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Read-me file: (paper DS1382) \\
J/A+AS/   \\
Title: THE OBSERVED PERIODS OF Ap AND Bp STARS \\
by: Francesco A. Catalano (e-mail: fcatalano@alpha4.ct.astro.it) \\
and Pierre Renson (e-mail: renson@astro.ulg.ac.be \\
ADC Keywords: stars: early type - stars: chemically peculiar - 
stars: variable \\
Description: A catalogue of all the periods up to now proposed 
for the variations of CP2, CP3, and CP4 stars is presented. The main 
identifiers (HD and HR), the proper name, the variable-star name, and 
the spectral type and peculiarity are given for each star as far as 
the coordinates at 2000.0 and the visual magnitude. The nature of the 
observed variations (light, spectrum, magnetic field, etc.) is presented 
in a codified way. The catalogue is arranged in three tables: the bulk 
of the data, i.e. those referring to CP2, CP3, and CP4 stars, are given 
in Table~1, while the data concerning He-strong stars are given in 
Table~2 and those for eclipsing or ellipsoidal variables are collected 
in Table~3. Notes are also provided at the end of each table, mainly 
about duplicities. The catalogue contains data on 364 CP stars and is 
updated to 1996, October 31. \\ \\
File Summary: \\
The stars are listed in order of increasing running number (henceforth 
Rns number) in the {\it General Catalogue of Ap and Am Stars} (Renson 
et al. 1991). \\
The contents of the various columns of all three tables are the following:
\begin{itemize}
\item[1.] {\it first line}: HD (or HDE) number;  \\
{\it second line}: HR (= BS) number, if any;  \\
{\it third line}: Rns = running number in the {\it General Catalogue of 
Ap and Am stars} (Renson et al. 1991); 
\item[2.] {\it first line}: other name of the star, in order of preference: 
greek letter (Bayer) or number (Flamsteed) in the constellation (for the 
austral constellations we give the Gould (G.) number), GC number in the 
Boss (1937) catalogue, Durchmusterung number (BD, CoD, or CpD). In case 
of double stars a capital letter A, B, ... is appended to specify which 
component is considered; the capital letter is however omitted if the 
other component is far away or much weaker; \\
{\it second line}: variable star name (if any); \\
{\it third line}: Right Ascension at the epoch 2000.0 with format 
HH:MM:SS.S; 
\item[3.] {\it first line}: spectral type and peculiarity type. In the 
peculiarity type only the most abundant elements are considered. The 
abbreviation {\it He wk} means that the star belongs to the He weak 
subgroup;  \\
{\it second line}: the visual magnitude $m_V$. The values are generally 
quoted with two decimal digits; however such a precision is often illusive, 
especially when the luminosity variation is not very small. In case of 
double stars, when the angular separation of the components is only of 
the order of one or a few arcsec, the value found in the literature is the 
magnitude of the system as a whole; then a correction is applied in order 
to quote here the $m_V$ value of the Ap component alone (as it has been 
done by Renson in the {\it Catalogue General des Etoiles Ap et Am}, in 
which the $m_V$ values were however given with only one decimal digit). \\
{\it third line}: Declination at the epoch 2000.0 with format 
~$\pm$DD:PP:SS 
\item[4.] {\it first line}: most probable period (in days). The presence 
of a : after the period value indicates that it is approximate, a ? 
indicates that it is dubious. \\
{\it second line}: the type of variability is indicated according to the 
code:
\begin{itemize}
\item[$\ell$] : luminosity and/or color; 
\item[$m$] : magnetic field; 
\item[$s$] : spectral line intensity; 
\item[$v$] : wavelength displacements of the lines of an ion, interpreted 
as mean radial velocity variations for that ion; 
\end{itemize}
{\it third line}: a $\star$ is present if there is a remark in the notes; 
\item[5.] source catalogues: 
\begin{itemize}
\item[0 =] main catalogue: Catalano \& Renson 1984 
\item[1 =] first supplement: Catalano \& Renson 1988 
\item[2 =] second suppl.: Catalano et al. 1991 
\item[3 =] third suppl.: Catalano et al. 1993 
\item[4 =] fourth suppl.: Catalano \& Renson 1997 
\item[blank =] new reference or old reference only now added; 
\end{itemize}
\item[6.] proposed values of the period (in days) with their accuracy, if 
available, and references. If more values are reported by an author we 
list them separated by the symbol / (which thus means: {\it or}). If the 
other values are less probable we put them in parentheses. The presence 
of a : after the period value indicates that it is approximate, a ? 
indicates that it is dubious.
\end{itemize}
The references for the Catalogue are given at the end, together with 
those of the notes; the source catalogue is also indicated according to 
the above code. \\
The notes are referred by means of the Rns number, e.g. the running 
number in Renson et al. (1991)'s General Catalogue of Ap and Am Stars. \\
Most of the notes are reported to indicate the binarity character of 
some stars. \\
Visual doubles are indicated if the companion star is closer than about 
30 arcsec and the magnitude difference $\Delta m$ is smaller than 5 or 6 
magnitudes. This because our aim is to evidentiate the possibility that the 
presence of a companion might jeopardize the measurements. The informations 
we give generally concern the ADS number (Aitken 1932), if available, the 
angular distance in arcsec, and the magnitude difference between the 
components. \\
The spectroscopic binary character is indicated if the period is 
known; these data are mainly from Batten et al. (1978) catalogue. \\
Some notes are introduced to point out errors found in the literature 
or to put in evidence some very interesting characteristic. \\

\section*{References}
\begin{description}
\item Aitken R.G., 1932, New General Catalogue of Double Stars. Publ. 
Carnegie Inst. Washington No.417
\item Batten A.H., Fletcher J.M., Mann P.J., 1978, Publ. Dominion Ap. 
Obs. 15, 121
\item Boss B., 1937, General Catalogue of 33342 Stars for the Epoch 
1950.0, Publ. Carnegie Inst. Washington No.468
\item Catalano F.A., Renson P., 1984, A\&AS 55, 371
\item Catalano F.A., Renson P., 1988, A\&AS 72, 1
\item Catalano F.A., Renson P., Leone F., 1991, A\&AS 87, 59
\item Catalano F.A., Renson P., Leone F., 1993, A\&AS 98, 269
\item Catalano F.A., Renson P., 1997, A\&AS 121, 57
\item Renson P., Gerbaldi M., Catalano F.A., 1991, A\&AS 89, 429 
\end{description}
\vfill
\newpage

% pgtab1a.tex

\newpage
\footnotesize
Table~1. The periods for CP2, CP3, and CP4 stars. \\
\begin{tabular}{cccccl}   % 01
  &  &  &  &  &   \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & $m_V$ & Var. & Cat. & Proposed periods (in days) 
 and references  \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & Rem. 
 &   \\   \hline
  &  &  &  &  &   \\
  358 & $\alpha$~And & B9 MnHg & 0.964 & 0 & 0.9636 $\ell$ Rakosch 
 1971a,b   \\
   15 & $\alpha$~And & 2.07 & $\ell, s, v$ & 0 & 0.9636 $\ell$ Stift 
1973   \\
     50 & \multicolumn{2}{c}{00:08:23.3~$+$29:05:26} & $\star$ & 0 & 0.964 
 $s, v ?$ Rakosch 1976a  \\
  &  &  &  & 0 & 0.966222 $\ell, s$ Rakosch 1976b   \\
  &  &  &  & 0 & 0.96363162 $s, v$ Rakosch et al. 1981   \\
  &  &  &  & 1 & 0.96363162  $\ell$ Adelman \& Pyper 1983   \\
  &  &  &  & 4 & no var. $\ell$ Adelman et al. 1994   \\
  &  &  &  &  &   \\
  1048 & GC~281 & A1 Si & 2.4 ? & 0 & 2.418 (/0.705) $\ell$ Winzer 1974b \\
    49 &       & 6.25 & $\ell$ &  &   \\
    180 & \multicolumn{2}{c}{00:14:55.9~$+$22:17:04} &  &  &   \\
  &  &  &  &  &   \\
  1909 & 65G.~Scl & B9 Mn & 7.2 & 2 & 7.1944 $\pm$ 0.0023 $\ell$ 
 Schneider 1987   \\
    89 & AV~Scl & 6.55 & $\ell$ &  &   \\
    420 & \multicolumn{2}{c}{00:23:12.6~$-$31:02:09} & $\star$ &  &   \\
  &  &  &  &  &   \\
  2453 & GC~553 & A1 SrEuCr & 547 & 0 & $>1$ y ? $\ell$ Wolff \& Morrison 
  1971   \\
   ... & GR~And & 6.90 & $m, \ell$ & 0 & $\sim$2 y ? $\ell$ Wolff \& 
 Morrison 1973   \\
   560 & \multicolumn{2}{c}{00:28:28.6~$+$32:26:16} &  & 0 & 525 $m, \ell$ 
 Wolff 1975  \\
  &  &  &  & 1 & 525 $\ell$ Catalano \& Vaccari 1985 \\
  &  &  &  & 2 & 546.87$\pm$0.25 $m, \ell$ Catalano \& Leone 1990   \\
  &  &  &  &  &   \\
  3322 & GC~722 & B8 HgMn & 4.69 & 4 & no var. $\ell$ Winzer 1974b \\
   149 & PY~And & 6.50 & $\ell$ & 2 & 4.6904$\pm$0.0020 $\ell$ Catalano 
 \& Leone 1991   \\
   900 & \multicolumn{2}{c}{00:36:20.1~$+$27:15:17} & $\star$ &  &   \\
  &  &  &  &  &   \\
  3580 & 61G.~Cet & B8 Si & 1.479 & 0 & 1.480$\pm$0.005/2.94$\pm$0.02 
 $\ell$ Hensberge et al. 1977   \\
   ... & BB~Cet & 6.73 & $\ell$ & 0 & 1.4788$\pm$0.0002 $\ell$ 
  Hensberge et al. 1978   \\
    970 & \multicolumn{2}{c}{00:38:31.8~$-$20:17:48} &  &  &   \\
  &  &  &  &  &   \\
  3980 A & $\xi$~Phe A & A7 SrEuCr & 3.952 & 0 & $\sim$4 $\ell$ 
 Maitzen 1976a \\
   183 A & $\xi$~Phe & 5.73 & $\ell, m$ & 0 & 3.95 $\ell$ Maitzen 1979 \\
   1090 & \multicolumn{2}{c}{00:41:46.3~$-$56:30:06} & $\star$ & 0 & 
 2.13/0.68 $\ell$ Renson 1979   \\
  &  &  &  & 0 & 3.9516$\pm$0.0003 $\ell, m$ Maitzen et al. 1980   \\
  &  &  &  & 1 & 3.9516 $\ell, m$ Maitzen \& Vogt 1983 \\
  &  &  &  & 3 & 3.9516 $\ell(IR)$ Catalano et al. 1991 \\
  &  &  &  &  &   \\
  4778 & GC~999 & A1 CrSrEu & 2.562 & 0 & 2.156 $s$ Guderley 1967   \\
   234 & GO~And & 6.14 & $s, \ell, m$ & 0 & 2.156 $\ell$ Rakosch 1968 \\
  1250 & \multicolumn{2}{c}{00:50:18.3~$+$45:00:08} &  & 0 & 2.5475 $\ell$ 
 Winzer 1974b  \\
  &  &  &  & 0 & 2.156 $s$ Panek 1980   \\
  &  &  &  & 1 & 2.5481$\pm$0.0005(/1.64417$\pm$0.00003) $\ell, s$ 
 Hensberge 1986   \\
  &  &  &  & 2 & 2.5616$\pm$0.0001 $s, \ell, m$ Bohlender 1989   \\
  &  &  &  & 4 & 2.5616 $m$ Leroy 1995   \\
  &  &  &  &  &   \\
  5601 & BD$-11^{\circ}$177 & A0 Si & 1.11 & 0 & 1.110$\pm$0.002 ? $\ell$ 
 Hensberge et al. 1981   \\
   ... & BC~Cet & 7.65 & $\ell$ & 1 & 1.11 $\ell$ Maitzen \& Vogt 1983 \\
   1480 & \multicolumn{2}{c}{00:57:32.5~$-$10:28:32} &  &  &   \\
  &  &  &  &  &   \\
  5737 & $\alpha$~Scl & B6 He wk & 21.65 & 0 & 24$\pm$2 $s$ Pedersen 1979 \\
   280 &  & 4.31 & $s, m, \ell$ & 1 & 
 19.4$\pm$1/16.7$\pm$0.5(/0.949$\pm$0.003/0.486$\pm$0.001) ? \\
  1490 & \multicolumn{2}{c}{00:58:36.4~$-$29:21:27} & $\star$ &  & 
 ~~~~~$m, s$ Borra et al. 1983   \\
  &  &  &  & 1 & 19.4 $\ell$ Mathys \& Manfroid 1985   \\
  &  &  &  & 2 & 58.8 ? $\ell$ Kurtz \& Marang 1987a   \\
  &  &  &  & 3 & $\approx$16 ? $m$ Shore et al. 1987   \\
  &  &  &  & 2 & 21.655 $s$ Shore et al. 1988   \\
  &  &  &  & 2 & 21.647$\pm$0.009 $m, s$ Shore et al. 1990  \\
  &  &  &  & 4 & 21.652$\pm$0.008 $\ell$ Manfroid \& Renson 1994a  \\
  &  &  &  &  &   \\
  5797 & BD$+59^{\circ}$163 & A0 CrEuSr & 69 ? & 0 & 69.0(/45.5/57/67.5) 
 $\ell$ Wolff 1975   \\
   ... & V551~Cas & 8.47 & $\ell, s$ & 2 & 69.0(/45.5) $s$ Barzova \& 
 Iliev 1988   \\
  1530 & \multicolumn{2}{c}{01:00:33.5~$-$60:26:42} &  & 4 & 69.0/67.5 
 $s$ Iliev et al. 1992  \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 02
  &  &  &  &  &   \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & $m_{V}$ & Var. & Cat. & Proposed periods (in days) and 
 references  \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & Rem. 
 &  &   \\   \hline
  &  &  &  &  &   \\
  6178 & $\sigma$~Scl & A2V (p?) & 2.37 : ? & 4 &  2.36975$\pm$0.00020 
(/1.37675$\pm$0.00010/ others) $\ell$   \\
   293 &  & 5.50 & $\ell$ &  & ~~~~~Manfroid \& Renson 1994a  \\
  ... & \multicolumn{2}{c}{01:02:26.4~$-$31:33:07} &  &  &   \\
  &  &  &  &  &   \\
  6532 & CoD$-27^{\circ}$355 & A3 SrCr & 1.9450 & 1 & 0.8929$\pm$0.0024 
 $\ell$ Kurtz \& Kreidl 1985   \\
   ... & AP~Scl & 8.44 & $\ell$ & 2 & 1.9455$\pm$0.0019 $\ell$ Kurtz \& 
 Marang 1987a   \\
   1670 & \multicolumn{2}{c}{01:05:55.7~$-$26:43:45} &  &  & 
 1.944973$\pm$0.000011 $\ell$ Kurtz et al. 1996  \\
  &  &  &  &  &   \\
  7374 & 87~Psc & B9 SiHgMn & 2.8 ? & 0 & 2.812 ? $\ell$ Winzer 1974b \\
   364 &  & 5.97 & $\ell$ &  &     \\
  1850 & \multicolumn{2}{c}{01:14:07.6~$+$16:08:01} &  &  &   \\
  &  &  &  &  &   \\
  7546 & GC~1519 & B8 Si & 5.2 ? & 0 & 5.229 $\ell$ Winzer 1974b   \\
   369 &  & 6.61 & $\ell$ &  &   \\
  1870 & \multicolumn{2}{c}{01:16:24.5~$+$48:04:56} &  &  &   \\
  &  &  &  &  &   \\
  7676 & GC~1528 & A5 SrCrEu & 5.0976 & 2 & 2.47962 $\ell$ Strohmeir 1965 \\
   ... & VV~Scl & 8.40 & $\ell$ & 3 & 5.0976$\pm$0.0001 $\ell$ Renson 
 \& Manfroid 1992b  \\
  1880 & \multicolumn{2}{c}{01:16:06.8~$-$34:08:56} & $\star$ &  &   \\
  &  &  &  &  &   \\
  8441 & GC~1692 & A2 Sr & 69 & 0 & 2.9632 $m$ Steinitz 1965a,b   \\
   ... & HN~And & 6.70 & $\ell$ & 0 & 106.27$\pm$0.03 $v, m$ Renson 1966 \\
  2050 & \multicolumn{2}{c}{01:24:18.7~$+$43:08:32} & $\star$ & 0 & 106.27 
 $\ell$ van Genderen 1970   \\
  &  &  &  & 0 & 70-80 $\ell$ Wolff \& Morrison 1971 \\
  &  &  &  & 0 & 69.5$\pm$1.2 $\ell$ Wolff \& Morrison 1973  \\
  &  &  &  & 0 & 69.433 $\ell$ Rakosch \& Fiedler 1978 \\
  &  &  &  &  &   \\
  8783 & GC~1718 & A2 SrEuCr & ? & 1 & 21/1.05 $\ell$ Maitzen \& Vogt 
  1983   \\
   ... &  & 7.80 & $\ell$ & 2 & const. $\ell$ Maitzen \& Schneider 1983 \\
  2110 & \multicolumn{2}{c}{01:24:00.5~$-$72:19:27} &  &  &   \\
  &  &  &  &  &   \\
  9484 & GC~1877 & A0 Si & 0.7 ? & 1 & 0.694$\pm$0.005(/0.346$\pm$0.001) 
 $\ell$ Manfroid \& Mathys 1985   \\
   444 &  & 6.58 & $\ell$ &  &   \\
  2280 & \multicolumn{2}{c}{01:33:03.6~$-$09:00:53} &  &  &  \\
  &  &  &  &  &   \\
  9531 & GC~1892 & B8 He wk (TiSr) & 0.67 & 0 & 0.6684 $\ell$ Hildebrandt 
 1975   \\
   446 & KK~And & 5.90 & $\ell$ & 3 & 0.6684 $\ell$ Hric 1990   \\
  2330 & \multicolumn{2}{c}{01:34:16.5~$+$37:14:14} &  &  &   \\
  &  &  &  &  &   \\
  9996 & GC~1977 & B9 CrEuSi & 8000: & 0 & $\sim8400$ $s, m$ Preston \& 
 Wolff 1970   \\
   465 & GY~And & 6.37 & $m, s, \ell$ & 0 & 36.5 $\ell$ Winzer 1974b \\
  2470 & \multicolumn{2}{c}{01:38:31.8~$+$45:23:59} & $\star$ & 0 & 35-40 
 $\ell$ Rakosch \& Fiedler 1978  \\
  &  &  &  & 0 & 1796/4000/5360/7520 $m$, 1.8 ? $s, m$ Scholz 1978a \\
  &  &  &  & 1 & 22-24 y $\ell$ Dumont \& Le Borgne 1983 \\
  &  &  &  & 1 & 23.3 y $m$ Scholz 1983   \\
  &  &  &  & 1 & 23.3 y $m, s, \ell$ Scholz 1984   \\
  &  &  &  & 4 & 8000 : $\ell$ Adelman \& Pyper 1993  \\
  &  &  &  &  &   \\
  10221 & 43~Cas & A0 SiSr & 3.2 & 0 & 3.1848 $\ell$ Winzer 1974b   \\
    478 & V557~Cas & 5.57 & $\ell$ & 0 & 3.16 $\ell$ Hildebrandt 1975  \\
   2550 & \multicolumn{2}{c}{01:42:20.5~$+$68:02:35} &  &  &   \\
  &  &  &  &  &   \\
  10783 & GC~2141 & A2 SiCrSr & 4.133 & 0 & 4.134 $m$ Steinitz 1964  \\
    ... & UZ~Psc & 6.55 & $m, \ell, v$ & 0 & 4.1565 $\ell, m$ 
 van Genderen 1964   \\
   2670 & \multicolumn{2}{c}{01:45:42.5~$+$08:33:33} &  & 0 & 4.1565 
 $m, v$ Renson 1965a \\
  &  &  &  & 0 & 4.1565 $\ell, m, v$ van Genderen 1965 \\
  &  &  &  & 0 & 4.1334 $\ell$ van Genderen 1967  \\
  &  &  &  & 0 & 4.1327 $m, \ell ,v$ Stepien 1968b \\
  &  &  &  & 0 & 4.1327 $m, \ell, v$ Preston \& Stepien 1968c \\
  &  &  &  & 0 & 4.1560$\pm$0.0006 $m, v$ Renson 1969 \\
  &  &  &  & 0 & 4.1327 $\ell$ van Genderen 1971  \\
  &  &  &  & 3 & 4.13281$\pm$0.00014 $\ell$ Hardie et al. 1990 \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 03
  &  &  &  &  &   \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & $m_{V}$ & Var. & Cat. & Proposed periods (in days) and 
 references  \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & Rem. 
 &  &   \\   \hline
  &  &  &  &  &   \\
  10840 & GC~2140 & B9 Si & 2.1 & 0 & 2.100$\pm$0.007 $\ell$ Manfroid \& 
  Renson 1983b   \\
    ... & BM~Hyi & 6.78 & $\ell$  &  &      \\
   2700 & \multicolumn{2}{c}{01:44:33.0~$-$61:01:07} &  &  &   \\
  &  &  &  &  &   \\
  11502 & $\gamma$~Ari(S) & A1 SiCrSr & 1.6092 & 0 & 2.607 ? $s$ Deutsch 
 1947a   \\
    546 & $\gamma$~Ari & 4.64 & $\ell, m, s$ & 0 & 2.607 $\ell$ Rakosch 
 1963a   \\
   2930 & \multicolumn{2}{c}{01:53:31.8~$+$19:17:33} & $\star$ & 0 & 
 2.607 $\ell$ van Genderen 1971  \\
  &  &  &  & 0 & 1.7982(/2.604) $\ell$ Rakosch \& Fiedler 1978   \\
  &  &  &  & 0 & 2.6095 $\ell$ Maitzen et al. 1978b  \\
  &  &  &  & 0 & 1.6093$\pm$0.0020 $m$ Borra \& Landstreet 1980   \\
  &  &  &  & 2 & 1.60920$\pm$0.00004 $s$ Hatzes et al. 1989 \\
  &  &  &  &  &   \\
  12288 & BD$+68^{\circ}$144 & A2 CrSi & 35 & 0 & 34 $\ell$ Wolff \& 
 Morrison 1971   \\
    ... & V540~ Cas & 7.75 & $\ell, m$ & 0 & 34.9$\pm$0.3(/1.0297/1.0271) 
 $\ell$ Wolff \& Morrison 1973   \\
   3130 & \multicolumn{2}{c}{02:03:30.4~$+$69:34:56} &  & 4 & 
 34.79$\pm$0.12 $m$ Mathys et al. 1996  \\
  &  &  &  &  &   \\
  12447 & $\alpha^{2}$~Psc & A2 SiSrCr & 1.49 & 0 & $\sim 2 \; s$ Deutsch 
 1955b \\
    596 &  & 4.22 & $s, \ell, m$ & 0 & 0.7383 $\ell$ Winzer 1974b  \\
   3180 & \multicolumn{2}{c}{02:02:02.8~$+$02:45:49} & $\star$ & 0 & 
 1.49070 ? $m$ Borra \& Landstreet 1980  \\
  &  &  &  & 3 & 1.49070 $\ell(IR)$ Catalano et al. 1991  \\
  &  &  &  &  &   \\
  12767 & $\nu$~For & A0 Si & 1.9 & 0 & 1.89$\pm$0.02 $\ell$ Renson \& 
 Manfroid 1978b   \\
    612 & $\nu$~For & 4.69 & $\ell ,m$ & 0 & 1.892/1.877/1.908 $m$ Borra 
 \&  Landstreet 1980   \\
   3260 & \multicolumn{2}{c}{02:04:29.4~$-$29:17:49} &  & 0 & 
 1.89$\pm$0.02 $\ell$ Renson \& Manfroid 1981   \\
  &  &  &  &  &   \\
   12932 & BD$-19^o$384 & A5 SrEu & 3.5 ? & 3 & 3.5295 ? $\ell$ Schneider 
 et al. 1992   \\
    ... & BN~Cet & 10.2 & $\ell$ &  &   \\
   3310 & \multicolumn{2}{c}{02:06:15.8~$-$19:07:26} &  &  &   \\
  &  &  &  &  &   \\
  14392 & 63~And & B9 Si & 4.19 & 0 & 1.3040 $\ell$ Winzer 1974b   \\
    682 & PZ~And & 5.59 & $\ell$ & 1 & 1.3103 ? $\ell$ Pyper \& Adelman 
 1985  \\
   3620 & \multicolumn{2}{c}{02:20:58.2~$+$50:09:06} &  & 4 & 4.1920 
 $\ell$ Adelman et al. 1992   \\
  &  &  &  & 4 & 4.1890 $\ell$ Adelman \& Knox 1994   \\
  &  &  &  &  &   \\
  15089 A & $\iota$~Cas A & A4 Sr & 1.74 & 0 & 1.740 $s$ Deutsch 1946   \\
    707 A & $\iota$~Cas & 4.6 & $s, \ell, v$ & 0 & 1.7405 $s$ Bahner 1950 \\
   3760 & \multicolumn{2}{c}{02:29:04.0~$+$67:24:09} & $\star$ & 0 & 1.740 
 $\ell$ Provin 1952, 1953a   \\
  &  &  &  & 0 & 1.7418$\pm$0.0010 $\ell$ Rakosch 1962a  \\
  &  &  &  & 0 & 1.741551 $\ell$ Rakosch 1963a   \\
  &  &  &  & 0 & 1.74058 $\ell$ Klock 1965   \\
  &  &  &  & 0 & 1.73873$\pm$0.00003 $\ell$ van Genderen 1970 \\
  &  &  &  & 0 & 1.7406 $\ell(UV), v$ Molnar et al. 1976  \\
  &  &  &  & 0 & 1.74050$\pm$0.00003 $\ell$ Musielok et al. 1980  \\
  &  &  &  & 4 & 1.74050 $v, s$ Jasi\'nski et al. 1981   \\
  &  &  &  &  &   \\
  15144 A & GC~2933 & A5 SrCrEu & 16 ? & 0 & 2.997814 $v$ Babcock 
 1958a,b \\
    710 A & AB~Cet & 5.88 & $m$ & 0 & 9.329 ? $m$ Steinitz 1967 \\
   3770 & \multicolumn{2}{c}{02:26:00.3~$-$15:20:28} & $\star$ & 0 & 
 2.997814 $\ell$ van Genderen 1971   \\
  &  &  &  & 0 & 15.88 $m$ Bonsack 1981   \\
  &  &  &  &  &   \\
  18296 & 21~Per & A0 SiSr & 2.884 & 0 & 1.729$\pm$0.003 $\ell$ Rakosch 
 1962a  \\
    873 & LT~Per & 5.11 & $\ell, s, v, m$ & 0 & 1.720 $\ell$, 1.7272/2.664 
 $m$ Elvius \& Engberg 1967   \\
   4560 & \multicolumn{2}{c}{02:57:17.3~$+$31:56:03} & $\star$ & 0 & 
 2.883 $\ell$, 2.928/3.288 $m$ Stepien 1968b   \\
  &  &  &  & 0 & 1.7265$\pm$0.0003 $m, v$ ? Renson 1969   \\
  &  &  &  & 0 & 2.88422 $s, v,$ not $m$ Preston 1969c   \\
  &  &  &  & 0 & 2.883 $\ell$  van Genderen 1970   \\
  &  &  &  & 0 & 2.88422$\pm$0.00003 $s$ Glagolevskii et al. 1974   \\
  &  &  &  & 0 & 2.8842/1.729 $\ell$ Rakosch \& Fiedler 1978 \\
  &  &  &  & 3 & 2.88422 (+ 40 to 50 years ?) $m$ El'kin et al. 1987  \\
  &  &  &  & 4 & 2.88422 $s$ Wehlau et al. 1991   \\
  &  &  &  & 4 & 2.88422 $s(UV)$ Gonzales \& Artru 1993  \\
  &  &  &  &  &   \\
  19216 & BD$+33^{\circ}$578 & B9 p ? & 8 &  & 7.7 $\ell$ Stepien 1968b \\
    ... & V383~Per & 7.83 & $\ell$ &  &     \\
   4800 & \multicolumn{2}{c}{03:06:32.2~$+$33:37:31} & $\star$ &  &   \\
  &  &  &  &  &   \\
  19712 & BD$-2^{\circ}$563 & A0 CrEu & 2.2 & 0 & 2.1945$\pm$0.0050 
 $\ell$ Hensberge et al. 1981   \\
    ... & EE~Eri & 7.35 & $\ell$ &  &     \\
   4880 & \multicolumn{2}{c}{03:10:18.1~$-$01:41:42} &  &  &   \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 04
  &  &  &  &  &   \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & $m_{V}$ & Var. & Cat. & Proposed periods (in days) and 
 references  \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & Rem. 
 &  &   \\   \hline
  &  &  &  &  &   \\
  19832 & 56~Ari & B8 Si & 0.72790 & 0 & 2.563 $s$ Deutsch 1947b   \\
    954 & SX~Ari & 5.78 & $\ell, s, v, m$ & 0 & 0.728 $\ell$ Provin 
  1953b   \\
   4910 & \multicolumn{2}{c}{03:12:14.2~$+$27:15:25} &  & 0 & 0.728 $s$ 
 Deutsch 1953   \\
  &  &  &  & 0 & 0.72928/0.72550 ? $s, v$ Bonsack 1958   \\
  &  &  &  & 0 & 0.7279019$\pm$0.0000005 $\ell$ Rakosch 1963b \\
  &  &  &  & 0 & 0.7278925$\pm$0.0000030 $\ell$ Hardie \& Schroeder 1963 \\
  &  &  &  & 0 & 0.727890$\pm$0.000003 $s$ Peterson 1966  \\
  &  &  &  & 0 & 0.7278925 $s$ Bonsack \& Wallace 1970   \\
  &  &  &  & 0 & 0.7279 $\ell$ Blanco \& Catalano 1970   \\
  &  &  &  & 0 & 0.7278925 $s, v$ Aslanov \& Khokhlova 1972  \\
  &  &  &  & 0 & 0.727895 $\ell$ Panov 1974   \\
  &  &  &  & 0 & 0.727895 $\ell$ Wolff \& Morrison 1975   \\
  &  &  &  & 0 & 0.727895 $\ell$ Sch\"oneich et al. 1976a  \\
  &  &  &  & 0 & 0.7279 $\ell(UV)$ Leckrone 1976   \\
  &  &  &  & 0 & 0.7278925 $m, s$ Borra \& Landstreet 1980  \\
  &  &  &  & 1 & 0.7278925 $s$ Aslanov et al. 1976   \\
  &  &  &  & 1 & 0.727902 $\ell$ Hildebrandt et al. 1985  \\
  &  &  &  & 1 & 0.7278925 $\ell$ Musielok 1986   \\
  &  &  &  & 2 & 0.7278972$\pm$0.0000003 $\ell(H\beta)$ Musielok \& Madej 
 1988   \\
  &  &  &  & 2 & 0.72789761 $\ell(UV)$ Musielok 1988   \\
  &  &  &  & 4 & 0.727902 $\ell$ Adelman \& Fried 1993   \\
  &  &  &  & 4 & 0.7278925 $\ell(UV)$ Stepien \& Czechowski 1993   \\
  &  &  &  & 4 & 0.727895 $s$ Hatzes 1993  \\
  &  &  &  &  &   \\
  20629 & GC~3971 & A0 SiSrCr & 4.7 ? & 3 & 4.7 ? $\ell$ Cutispoto et al. 
 1990   \\
    ... & XX~Ari & 7.42 & $\ell$  &  &   \\
   5160 & \multicolumn{2}{c}{03:19:47.8~$+$19:04:35} &  &  &   \\
  &  &  &  &  &   \\
  21699 & GC~4205 & B8 He wk. Si & 2.49 & 0 & 2.4761(/1.678) $\ell$ 
 Winzer 1974b   \\
   1063 & V396~Per & 5.47 & $\ell, m, s$ & 1 & 2.4928(/1.6857) $\ell$ 
 Mallama \& Molnar 1974   \\
   5410 & \multicolumn{2}{c}{03:32:08.6~$+$48:01:25} &  & 1 & 2.5: $s$ 
 Shore \& Brown 1984   \\
  &  &  &  & 1 & 2.4928 $\ell$ Landis et al. 1985   \\
  &  &  &  & 1 & 2.49246$\pm$0.00035(/2.49097) $\ell$ Percy 1985  \\
  &  &  &  & 2 & 2.4765$\pm$0.0010 $m$, 2.4765(/2.68) $s(UV)$ Brown et al. 
 1985  \\
  &  &  &  & 3 & 2.49246 $s(UV)$ Shore et al. 1987   \\
  &  &  &  & 4 & 2.49246 $\ell$ Vet\"o 1993  \\
  &  &  &  &  &   \\
  22114 & BD$+37^{\circ}$794 & B9 He wk. & 3.4 ? & 1 & 3.426$\pm$0.020 
 $\ell$ North 1987   \\
  ... & V496~Per & 7.60 & $\ell$ &  &   \\
   5550 & \multicolumn{2}{c}{03:35:11.8~$+$38:00:55} &  &  &   \\
  &  &  &  &  &   \\
  22316 & GC~4315 & B9 CrHgSi & 2.98 & 4 & 2.9761$\pm$0.014 $m$ 
 Hill \& Blake 1996   \\
 1094 &  & 6.30 & $m$ &  &   \\
  5620 & \multicolumn{2}{c}{03:38:19.7~$+$56:55:58} &  &  &   \\
  &  &  &  &  &   \\
  22374 & 9~Tau & A1 CrSrSi & 10.6 ? & 0 & 10.6 $\ell$ Wolff \& Morrison 
 1971 \\
  ... & V486~Tau & 6.72 & $\ell$ & 0 & 10.61 $\ell$ Winzer 1974a,b \\
   5660 & \multicolumn{2}{c}{03:36:58.0~$+$23:12:40} &  & 0 & 10.61 ? 
 $\ell$ Wolff 1975  \\
  &  &  &  &  &   \\
  22470 & 20~Eri & A0 Si & 1.929 & 0 & 1.93$\pm$0.03 $\ell$ Renson \& 
 Manfroid 1978b   \\
   1100 & EG~Eri & 5.23 & $\ell, m$ & 0 & 1.93$\pm$0.02 $\ell$ Renson \& 
  Manfroid 1981   \\
   5710 & \multicolumn{2}{c}{03:36:17.4~$-$17:28:01} &  & 1 & 
 0.6785$\pm$0.0030/1.935$\pm$0.012 $m$ Borra et al. 1983   \\
  &  &  &  & 1 & 1.9387$\pm$0.0004 (or other nearby values) $\ell$ \\
  &  &  &  &  & ~~~~~Manfroid \& Mathys 1985   \\
  &  &  &  & 1 & 1.92895 $\ell(UV)$ \u{Z}elwanowa \& Sch\"{o}neich 1986 \\
  &  &  &  & 3 & 1.92895 $\ell(IR)$ Catalano et al. 1991  \\
  &  &  &  & 4 & 1.92893 $\ell$ Adelman \& Boyce 1995  \\
  &  &  &  &  &   \\
  22920 & 22~Eri & B8 Si & 3.95 ? & 2 & 3.95 $\ell$ Bartholdy 1988   \\
   1121 &  & 5.53 & $\ell$ & 2 & 3.96/1.33 $\ell$ North 1990 (priv. 
  comm.)   \\
   5840 & \multicolumn{2}{c}{03:40:38.3~$-$05:12:38} &  &  &   \\
  &  &  &  &  &   \\
  22961 & BD$+35^{\circ}$738 & A1 Sr & ? & 1 & 
 0.8163$\pm$0.021/1.2345$\pm$0.0018 $\ell$ North 1987   \\
  ... & V497~Per & 9.55 & $\ell$ &  &   \\
   5850 & \multicolumn{2}{c}{03:42:29.4~$+$35:38:20} &  &  &   \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 05
  &  &  &  &  &   \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & $m_{V}$ & Var. & Cat. & Proposed periods (in days) and 
 references  \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & Rem. 
 &  &   \\   \hline
  &  &  &  &  &  \\
 279021 & BD$+35^{\circ}$751 & A1 SrCrEu & 2.8 & 1 & 2.769$\pm$0.011 
 $\ell$ North 1987  \\
  ... & V498~Per & 9.50 & $\ell$ &  &  \\
   6120 & \multicolumn{2}{c}{03:49:48.9~$+$35:35:59} &  &  &  \\
  &  &  &  &  &   \\
  23950 & GC~4610 & B9 MnHgSi & 1.1 ? & 0 & 1.102 ? $\ell$ Winzer 1974b \\
   1185 &  & 6.07 & $\ell$ &  &   \\
   6130 & \multicolumn{2}{c}{03:49:55.1~$+$22:14:39} &  &  &   \\
  &  &  &  &  &   \\
  24155 & GC~4643 & B9 Si & 2.53 & 0 & 2.5352 $\ell$ Winzer 1974b   \\
   1194 & V766~Tau & 6.30 & $\ell, m$ & 0 & 2.53$\pm$0.03 $\ell$ Renson \& 
  Manfroid 1979   \\
   6190 & \multicolumn{2}{c}{03:51:15.8~$+$13:02:46} &  & 0 & 
 2.53465$\pm$0.00015 $\ell$ Renson \& Manfroid 1981   \\
  &  &  &  & 4 & 2.53465$\pm$0.00015 $m$ Bohlender et al. 1993  \\
  &  &  &  &  &  \\
 279110 & BD$+34^{\circ}$755 & B9 SiSrCr & 0.48 ? & 1 & 
 0.48394$\pm$0.00059 ? $\ell$ North 1987  \\
  ... & V499~Per & 9.5 & $\ell$ &  &  \\
    6230 & \multicolumn{2}{c}{03:52:24.7~$+$34:27:49} &  &  &  \\
  &  &  &  &  &   \\
  24587 & $\tau^{8}$~Eri & B6 p ? & 1.73 &  & 1.728 $\ell$ Mathys et al. 
 1986  \\
   1213 & $\tau^{8}$~Eri & 4.63 & $\ell$ &  &     \\
   6296 & \multicolumn{2}{c}{03:53:42.7~$-$24:36:44} & $\star$ &  &   \\
  &  &  &  &  &   \\
  24712 & GC~4729 & A9 SrEuCr & 12.46 & 0 & 26 ? $s$ Preston 1970   \\
   1217 & DO~Eri & 5.99 & $s, \ell, m$ & 0 & 12.5 $\ell$ Wolff \& 
 Morrison 1971   \\
   6320 & \multicolumn{2}{c}{03:55:16.1~$-$12:05:57} &  & 0 & 12.448 
 $m, s$ Preston 1972  \\
  &  &  &  & 0 & 12.448 $\ell$ Wolff \& Morrison 1973   \\
  &  &  &  & 0 & 12.460 $s$ Bonsack 1979   \\
  &  &  &  & 0 & 12.4580$\pm$0.0015 $\ell$ Kurtz 1982   \\
  &  &  &  & 1 & 12.4580$\pm$0.0015 $\ell$ Kurtz 1981   \\
  &  &  &  & 1 & 12.4564$\pm$0.0015 $\ell$ Kurtz \& Seeman 1983 \\
  &  &  &  & 2 & 12.4572$\pm$0.0003 $\ell$ Kurtz \& Marang 1987b \\
  &  &  &  & 3 & 12.4572 $\ell(IR)$ Catalano et al. 1991  \\
  &  &  &  & 3 & 12.4610$\pm$0.0025 $m$ Mathys 1991  \\
  &  &  &  & 4 & 12.4610 $m$ Leroy 1995   \\
  &  &  &  & 4 & 12.4610$\pm$0.0011 $m$ Bagnulo et al. 1995 \\
  &  &  &  &  &  \\
 281367 & BD$+32^{\circ}$698 & A8 SrEu & 0.7 ? & 1 & 0.68 ? $\ell$ North 
 1987  \\
  ... &  & 9.89 & $\ell$ &  &  \\
   6370 & \multicolumn{2}{c}{03:59:13.0~$+$32:42:47} &  &  &  \\
  &  &  &  &  &   \\
  25267 & $\tau^{9}$~Eri & A0 Si & 1.21+3.84 & 0 & 7.4 $\ell$ Bartolini 
 (priv. comm.)   \\
   1240 & $\tau^{9}$~Eri & 4.64 & $\ell, m$ & 0 & 5.954 $m$ Borra 
 \& Landstreet 1980   \\
   6440 & \multicolumn{2}{c}{03:59:55.5~$-$24:00:59} & $\star$ & 0 & 
 1.2094/1.2135? $\ell, m$ Hensberge et al. 1981 \\
  &  &  &  & 1 & 3.84394+1.21005 $\ell$ Manfroid et al. 1985 \\
  &  &  &  & 3 & 1.21005+3.83394 $\ell(IR)$ Catalano et al. 1991 \\
  &  &  &  &  &   \\
  25354 & GC~4847 & A2 EuCr & 3.901 & 0 & 3.9001$\pm$0.0003 $\ell$ Rakosch 
 1962a   \\
  ... & V380~Per & 7.85 & $\ell$ & 0 & 3.9001 $\ell$ van Genderen 1970 \\
   6460 & \multicolumn{2}{c}{04:03:10.9~$+$38:03:17} & $\star$ & 0 & 
 3.9007$\pm$0.0001 $\ell$ Burke et al. 1970 \\
  &  &  &  & 0 & 3.90072 $\ell$ Panov 1974   \\
  &  &  &  & 0 & 3.90072 $\ell$ Panov \& Sch\"oneich 1975   \\
  &  &  &  & 0 & 3.90072 $\ell$ Sch\"oneich et al. 1976a   \\
  &  &  &  &  &   \\
  25823 & 41~Tau & B9 SrSi & 7.2274 & 0 & 11.94$\pm$0.03 $\ell$ Rakosch 
 1962a \\
   1268 & GS~Tau & 5.20 & $\ell, m, v, s$ & 0 & 11.9629 $\ell, (m), (v)$ 
 Blanco \& Catalano 1972   \\
   6560 & \multicolumn{2}{c}{04:06:36.4~$+$27:36:00} & $\star$ & 0 & 22.3 ? 
 $\ell$ Stift 1973   \\
  &  &  &  & 0 & 7.227424 $v$ Abt \& Snowden 1973   \\
  &  &  &  & 0 & 7.227$\pm$0.005 $\ell, (m), s, v$ Wolff 1973 \\
  &  &  &  & 0 & 7.227424 $\ell$ Rakosch 1974   \\
  &  &  &  & 0 & 7.2274 $\ell$ Winzer 1974b   \\
  &  &  &  & 0 & 7.227424 $\ell$ Sch\"oneich et al. 1976a   \\
  &  &  &  & 1 & 7.227424 $\ell$ Muciek et al. 1984   \\
  &  &  &  & 1 & 7.227 $\ell$  Musielok 1986   \\
  &  &  &  & 2 & 7.227424 $\ell(H\beta)$ Musielok \& Madej 1988 \\
  &  &  &  & 2 & 7.227424 $\ell(UV)$ Artru \& Freire-Ferrero 1988 \\
  &  &  &  & 3 & 7.227424 $\ell$ Mantegazza et al. 1990   \\
  &  &  &  & 4 & 7.227424 $s$ Lanz et al. 1993   \\
  &  &  &  & 4 & 7.227424 $s(UV)$ Gonzales \& Artru 1993  \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 06
  &  &  &  &  &   \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & $m_{V}$ & Var. & Cat. & Proposed periods (in days) and 
 references  \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & Rem. 
 &  &   \\   \hline
  &  &  &  &  &   \\
  26571 & GC~5066 & B8 Si & 1.06 ? & 0 & 1.0646 $\ell$ Winzer 1974b \\
   1297 &  & 6.14 & $\ell$ &  &     \\
   6780 & \multicolumn{2}{c}{04:12:51.3~$+$22:24:48} &  &  &   \\
  &  &  &  &  &   \\
  27295 & 53~Tau & B9 Mn & 4.42 & 0 & 4.4302(/4.47) $\ell$ Winzer 1974b \\
   1339 & V1024~Tau & 5.48 & $\ell$ & 2 & 4.424125 $\ell$ Catalano et al. 
 1988   \\
   7000 & \multicolumn{2}{c}{04:19:26.1~$+$21:08:32} & $\star$ & 2 & 
 4.4248$\pm$0.0021 $\ell$ Catalano \& Leone 1991   \\
  &  &  &  & 4 & no var. $\ell$ Adelman 1993   \\
  &  &  &  &  &   \\
  27309 & 56~Tau & A0 SiCr & 1.569 & 0 & 1.5691 $\ell$ Winzer 1974b  \\
   1341 & V724~Tau & 5.38 & $\ell, s$ & 0 & 2.69 $\ell$ Hildebrandt 
 1972   \\
   7010 & \multicolumn{2}{c}{04:19:36.7~$+$21:46:24} &  & 0 & 2.69 $\ell$ 
 Nikolov 1974  \\
  &  &  &  & 0 & 2.7098 $\ell$ Hildebrandt 1975   \\
  &  &  &  & 0 & 2.7098 $\ell$ Sch\"oneich et al. 1976b   \\
  &  &  &  & 0 & 1.56896$\pm$0.00003 $\ell$ Musielok et al. 1980 \\
  &  &  &  & 1 & 1.5689 $s$ Iliev 1983   \\
  &  &  &  & 1 & 1.56896 $\ell$ Muciek et al. 1984   \\
  &  &  &  & 4 & 1.5688840$\pm$0.0000047 $\ell$ North \& Adelman 1995  \\
  &  &  &  &  &   \\
  27376 A & $\upsilon^{4}$~Eri A & B9 MnHg & ? & 1 & 0.51 ? $\ell$ Renson 
 \& Manfroid 1979, 1981   \\
   1347 A &  & 3.55 & $\ell$ & 1 & 
 0.959$\pm$0.006/1.93$\pm$0.02/8.5$\pm$0.7(/0.891$\pm$0.008/1.78$\pm$0.03) 
   \\
   7020 & \multicolumn{2}{c}{04:17:53.4~$-$33:47:54} & $\star$ &  & 
 ~~~~~$\ell$ Manfroid \& Mathys 1985  \\
  &  &  &  &  &   \\
  27463 A & 28G.~Ret A & A0 EuCr & 2.83 & 0 & 2.833$\pm$0.010 $\ell$ 
 Manfroid \& Renson 1981a  \\
   1357 A & TT~Ret & 6.9 & $\ell$ &  &   \\
   7050 & \multicolumn{2}{c}{04:16:21.0~$-$60:56:55} & $\star$ &  &   \\
  &  &  &  &  &   \\
  28843 & GC~5543 & B9 He wk & 1.3738 & 0 & 1.374$\pm$0.006(/3.67$\pm$0.01) 
 $s, \ell$ Pedersen \& Thomsen 1977 \\
  1441 & DZ~Eri & 5.79 & $s, \ell$ & 0 & 1.37375$\pm$0.00035 $s$ Pedersen 
1979   \\
  7380 & \multicolumn{2}{c}{04:32:37.4~$-$03:12:33} &  & 1 & 
 1.37390$\pm$0.00015 $\ell$ Manfroid \& Mathys 1984 \\
  &  &  &  & 1 & 1.373813$\pm$0.000012 $\ell$ Manfroid et al. 1984 \\
  &  &  &  & 1 & 1.37382 $\ell$ Mathys \& Manfroid 1985  \\
  &  &  &  & 1 & 1.37381$\pm$0.00001 $\ell$ Waelkens 1985  \\
  &  &  &  & 1 & 1.373813$\pm$0.000012 $\ell$ Mathys et al. 1986 \\
  &  &  &  &  &   \\
  29009 A & 46~Eri A & B9 Si & 3.7988 & 0 & 3.82$\pm$0.04 $\ell$ Renson 
 \& Manfroid 1978b   \\
   1449 A & EH~Eri & 5.72 & $\ell$ & 0 & 3.82$\pm$0.04 $\ell$ Renson \& 
 Manfroid 1981   \\
  7420 & \multicolumn{2}{c}{04:33:54.7~$-$06:44:20} & $\star$ & 1 & 
3.79864$\pm$0.00015(/3.84:) $\ell$ Manfroid \& Mathys 1984   \\
  &  &  &  & 2 & 3.798777$\pm$0.000015 $\ell$ Manfroid \& Renson 1989 \\
  &  &  &  &  &   \\
  29305 A & $\alpha$~Dor~A & A0 Si & 2.9432 & 0 & 2.95$\pm$0.04 $\ell$ 
 Renson \& Manfroid 1978b   \\
   1465 A & $\alpha$~Dor & 3.8 & $\ell$ & 0 & 2.95$\pm$0.03 $\ell$ Renson 
 \& Manfroid 1981   \\
   7490 & \multicolumn{2}{c}{04:33:59.8~$-$55:02:42} & $\star$ & 1 & 
 2.9433$\pm$0.0004 $\ell$ Manfroid \& Mathys 1985  \\
  &  &  &  & 1 & 2.943176$\pm$0.000043 $\ell$ Heck et al.1987  \\
  &  &  &  & 3 & 2.943176 $\ell(IR)$ Catalano et al. 1991  \\
  &  &  &  &  &   \\
  30466 & GC~5857 & A0 Si & 1.39 ? & 0 & 1.39$\pm$0.2/3.5 $\ell$ Burke et 
 al. 1970   \\
  ... & V473~Tau & 7.28 & $\ell$ & 0 & 2.7795$\pm$0.0001 $\ell$ Maitzen 
 1977   \\
   7870 & \multicolumn{2}{c}{04:49:16.0~$+$29:34:17} &  & 0 & 1.3900 $\ell$ 
 Rakosch \& Fiedler 1978   \\
  &  &  &  &  &   \\
  30849 & CoD$-49^{\circ}$1449 & A5 SrEuCr & 15.9 & 0 & 1.081/0.891 ? 
 $\ell$ Renson 1979   \\
  ... & SY~Pic & 8.86 & $\ell$ & 0 & 15.865$\pm$0.005(/15.731/15.600/15.999) 
 ? $\ell$   \\
   7970 & \multicolumn{2}{c}{04:48:38.5~$-$49:10:12} &  &  & ~~~~~Hensberge 
 et al. 1981 \\
  &  &  &  & 0 & 15.865$\pm$0.005 $\ell$ Hensberge et al. 1982  \\
  &  &  &  & 1 & 15.865 $\ell$ Maitzen \& Vogt 1983  \\
  &  &  &  &  &   \\
  32549 & 11~Ori & B9 SiCr & 4.64 & 0 & 1.2701 $\ell$ Winzer 1974b   \\
   1638 & V1032~Ori & 4.68 & $\ell, s$ & 0 & 4.63$\pm$0.09 $\ell$ Renson 
\& Manfroid 1979   \\
   8280 & \multicolumn{2}{c}{05:04:34.1~$+$15:24:15} &  & 0 & 4.640 $\ell$ 
 Renson 1980   \\
  &  &  &  & 0 & 4.64$\pm$0.08(prob. 4.6398$\pm$0.0008) $\ell$ Renson \& 
 Manfroid 1981   \\
  &  &  &  & 1 & 4.59 $\ell$ Mathys \& Manfroid 1985   \\
  &  &  &  & 4 & 4.6398 $s$ Hatzes 1993   \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 07
  &  &  &  &  &   \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & $m_{V}$ & Var. & Cat. & Proposed periods (in days) and 
 references  \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & Rem. 
 &  &   \\   \hline
  &  &  &  &  &   \\
  32633 & GC~6222 & B9 SiCr & 6.430 & 0 & 4.003 $m$ Babcock 1958a,b   \\
  ... & HZ~Aur & 7.06 & $m, \ell$ & 0 & 6.4351$\pm$0.0020 $\ell$ Rakosch 
 1962a,b   \\
   8320 & \multicolumn{2}{c}{05:06:08.4~$+$33:55:07} &  & 0 & 6.429 $\ell$ 
 Rakosch 1963a  \\
  &  &  &  & 0 & 6.431 $m, \ell$ Preston \& Stepien 1968a   \\
  &  &  &  & 0 & 6.4289$\pm$0.0008 $m, \ell$ Renson 1969   \\
  &  &  &  & 0 & 6.4300$\pm$0.0005 $m$ Renson 1972a   \\
  &  &  &  & 0 & 6.430-6.431 $\ell$ Stift 1973   \\
  &  &  &  & 0 & 6.42929$\pm$0.00050 $m$ Borra \& Landstreet 1980  \\
  &  &  &  & 1 & 6.42998$\pm$0.00012 $m$ Renson 1984b   \\
  &  &  &  & 1 & 6.431 $\ell$ Hildebrandt et al. 1985   \\
  &  &  &  & 3 & 6.42998 $m$ Mathys 1991   \\
  &  &  &  &  &   \\
  32650 & GC~6288 & B9 Si & 2.734 & 0 & 0.7325 $\ell$ Winzer 1974b  \\
   1643 & BN~Cam & 5.43 & $\ell$ & 3 & 2.73332 $\ell$ 
 \u{Z}i\u{z}\u{n}ovsk\'y et al. 1991   \\
   8350 & \multicolumn{2}{c}{05:12:22.4~$+$73:56:48} &  & 4 & 2.73475 
 $\ell$ Adelman 1996a   \\
  &  &  &  &  &   \\
  32964 A & 66~Eri A & B9.5 Hg & 7.86 & 2 & 7.8586$\pm$0.0029 $\ell$ 
 Schneider 1987   \\
   1657 A & EN~Eri & 5.10 & $\ell$ &  &   \\
   8410 & \multicolumn{2}{c}{05:06:45.7~$-$04:39:17} & $\star$ &  &   \\
  &  &  &  &  &   \\
  32966 & BD$-14^{\circ}$1045 & B9 Si & 3.1 & 0 & 3.095$\pm$0.015 $\ell$ 
 Manfroid \& Renson 1981a   \\
  ... & TU~Lep & 7.14 & $\ell$ &  &   \\
   8420 & \multicolumn{2}{c}{05:06:22.2~$-$14:41:48} &  &  &   \\
  &  &  &  &  &   \\
  33647 A & 43G.~Ori A & B9 MnHg & 0.57 ? & 0 & 0.567 $\ell$ North 1982 \\
   1690 A & V1085~Ori & 7.2 & $\ell$ & 1 & 0.56589$\pm$0.00057(/0.36/1.30) 
 $\ell$ North 1984   \\
   8580 & \multicolumn{2}{c}{05:11:41.3~$+$00:30:53} & $\star$ &  &   \\
  &  &  &  &  &   \\
  34452 & GC~6497 & B9 Si & 2.466 & 0 & 2.4660 $s$ Deutsch 1947a  \\
   1732 & IQ~Aur & 5.39 & $s, \ell, m$ & 0 & 2.4660 $\ell$ Rakosch 1962a \\
   8790 & \multicolumn{2}{c}{05:19:00.1~$+$33:44:55} &  & 0 & 2.4660 
 $\ell$ Nikolov 1977  \\
  &  &  &  & 0 & 2.466264 $\ell$ Panov \& Sch\"oneich 1975   \\
  &  &  &  & 0 & 2.4660 $s$ Pavlova et al. 1977   \\
  &  &  &  & 1 & 2.4662 $\ell$ Pyper \& Adelman 1985   \\
  &  &  &  & 2 & 2.4660$\pm$0.0001 $\ell, s$ Shylaja \& Babu 1986 \\
  &  &  &  & 4 & 2.466264$\pm$0.000050 $m$ Bohlender et al. 1993  \\
  &  &  &  &  &   \\
  34631 & GC~6482 & B9 Si & 2.2027 & 0 & 2.200$\pm$0.05 $\ell$ Manfroid \& 
 Renson 1981a   \\
 ... & TT~Pic & 7.02 & $\ell$ & 2 & 2.201192(/2.199693/...)$\pm$0.000015 
 $\ell$   \\
   8840 & \multicolumn{2}{c}{05:16:37.8~$-$45:54:49} &  &  & ~~~~~Renson 
 et al. 1990 (priv. comm.)   \\
  &  &  &  & 3 & 2.20269$\pm$0.00004 $\ell$ Manfroid et al. 1991  \\
  &  &  &  &  &   \\
  34797 & GC~6525 & B8 He wk Si & 2.287 & 1 & 2.28704$\pm$0.00004 $\ell$ 
 Waelkens 1985   \\
   1754 & TX~Lep & 6.53 & $\ell$ &  &   \\
   8880 & \multicolumn{2}{c}{05:19:18.3~$-$18:30:35} & $\star$ &  &   \\
  &  &  &  &  &   \\
  35298 & BD$+1^{\circ}$996 & B6 He wk & 1.85 & 1 & 1.9 ? $m$ Borra 1981 \\
  ... & V1156~Ori & 7.92 & $m, \ell$ & 0 & 1.85 $\ell$ North 1982   \\
   9020 & \multicolumn{2}{c}{05:23:50.4~$+$02:04:56} &  & 1 & 
 1.85336$\pm$0.00116 $\ell$ North 1984   \\
  &  &  &  &  &   \\
  35456 A & GC~6661 & B7 He wk & ? & 1 & 1.7/2.5/3.3/8.2 ? $m$ 
 Borra 1981  \\
   ... &  & 6.94 & $m$ &  &   \\
   9070 & \multicolumn{2}{c}{05:24:40.4~$-$02:29:52} &  &  &   \\
  &  &  &  &  &   \\
  35502 & BD$-2^{\circ}$1241 & B6 He wk & 1.7 ? & 1 & 1.7 ? $m$ Borra 
 1981  \\
   ... &  & 7.35 & $m$ &  &   \\
   9120 & \multicolumn{2}{c}{05:25:01.2~$-$02:48:56} &  &  &   \\
  &  &  &  &  &   \\
  36313 A & BD$-0^{\circ}$977 & B8 He wk Si & 0.589 & 1 & 3.5/6.2 ? $m$ 
 Borra 1981 \\
   ... & V1093~Ori & 8.7 & $\ell$ & 0 & 0.59 $\ell$ North 1982  \\
   9370 & \multicolumn{2}{c}{05:30:45.2~$-$00:22:24} & $\star$ & 1 & 
 0.58931$\pm$0.00012 $\ell$ North 1984   \\
  &  &  &  &  &   \\
  36526 & BD$-1^{\circ}$933 & B8 He wk & 1.54 & 1 & 1.6 ? $m$ Borra 1981 \\
  ... & V1099~Ori & 8.30 & $m, \ell$ & 0 & 1.54 $\ell$ North 1982   \\
   9460 & \multicolumn{2}{c}{05:32:13.1~$-$01:36:02} &  & 1 & 
 1.5405$\pm$0.0014 $\ell$ North 1984   \\
  &  &  &  &  &   \\
  36540 & BD$-4^{\circ}$1162 & B7 He wk & 2.17 & 0 & 2.18 $\ell$ North 
 1982 \\
  ... & V1101~Ori & 8.15 & $\ell$ & 1 & 2.1709$\pm$0.0029 North 1984   \\
   9480 & \multicolumn{2}{c}{05:32:14.9~$-$04:31:06} &  &  &   \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 08
  &  &  &  &  &   \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & $m_{V}$ & Var. & Cat. & Proposed periods (in days) and 
 references  \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & Rem. 
 &  &   \\   \hline
  &  &  &  &  &   \\
  36668 & BD$+0^{\circ}$1113 & B7 He wk Si & 2.12 & 1 & 2.1/2.7/3.0 ? $m$ 
 Borra 1981  \\
   ... & V1107~Ori & 8.07 & $m, \ell$ & 0 & 2.11 $\ell$ North 1982   \\
   9560 & \multicolumn{2}{c}{05:33:26.1~$+$00:37:17} &  & 1 & 
 2.1211$\pm$0.0026 $\ell$ North 1984   \\
  &  &  &  &  &   \\
  36916 & GC~6918 & B8 SiMn & 1.565 & 0 & 1.564$\pm$0.007 $\ell$ Renson \& 
 Manfroid 1978b   \\
  ... & V1045~Ori & 6.73 & $\ell$ & 0 & 1.564$\pm$0.007 $\ell$ Renson \& 
 Manfroid 1981   \\
   9700 & \multicolumn{2}{c}{05:34:54.0~$-$04:06:38} &  & 1 & 
 1.56515$\pm$0.00004 $\ell$ North 1984   \\
  &  &  &  & 1 & 1.5652$\pm$0.0001 $\ell$ Manfroid \& Mathys 1985 \\
  &  &  &  &  &   \\
  37058 & BD$-4^{\circ}$1187 & B3 He wk Sr & 14.6 & 0 & 15.26$\pm$0.30 $s, 
 \ell$ Pedersen \& Thomsen 1977   \\
   ... & V359~Ori & 7.34 & $s, \ell$ & 0 & 14.612$\pm$0.075 $s$ Pedersen 
 1979   \\
   9850 & \multicolumn{2}{c}{05:35:33.3~$-$04:50:15} & $\star$ &  &   \\
  &  &  &  &  &   \\
  37140 & BD$-0^{\circ}$1018 & B8 He wk SiSr & 2.71 & 0 & 2.70 $\ell$ 
 North 1982  \\
   ... & V1130~Ori & 8.55 : & $\ell$ & 1 & 2.7088$\pm$0.0030 $\ell$ North 
 1984   \\
   9910 & \multicolumn{2}{c}{05:36:18.8~$-$00:18:13} &  &  &   \\
  &  &  &  &  &   \\
  37151 & GC~6961 & B8 He wk Si & 0.804 & 1 & 5.6732$\pm$0.0143 + 
 4.1513$\pm$0.0092 ? $\ell$ North 1984   \\
  ... & V1179~Ori & 7.39 & $\ell$ & 1 & 0.804404$\pm$0.000026 $\ell$ 
 North 1987   \\
   9930 & \multicolumn{2}{c}{05:36:06.3~$-$07:23:47} &  &  &   \\
  &  &  &  &  &   \\
  37210 & BD$-6^{\circ}$1254 & B8 He wk Si & 11.05 & 0 & 11.2?(/0.92) 
 $\ell$ North 1982   \\
   ... & V1133~Ori & 8.12 & $\ell$ & 1 & 11.0494$\pm$0.0040 $\ell$ 
  North 1984   \\
   9950 & \multicolumn{2}{c}{05:36:31.0~$-$06:27:14} &  &  &   \\
  &  &  &  &  &   \\
  37633 & BD$-2^{\circ}$1332 & B9 SiEu & 1.57 & 0 & 1.56 $\ell$ North 
 1982 \\
  ... & V1147~Ori & 9.02 & $\ell$ & 1 & 1.5718$\pm$0.0011 $\ell$ North 
 1984   \\
  10130 & \multicolumn{2}{c}{05:39:46.2~$-$02:40:32} &  &  &   \\
  &  &  &  &  &   \\
  37642 & BD$-3^{\circ}$1167 & B9 He wk Si & 1.08 & 1 & 0.8 ? $m$ Borra 
 1981  \\
  ... & V1148~Ori & 8.05 & $\ell$ & 0 & 1.08 $\ell$ North 1982  \\
  10150 & \multicolumn{2}{c}{05:39:55.4~$-$03:19:50} &  & 1 & 
 1.07977$\pm$0.00068/1.08034$\pm$0.00076 $\ell$ North 1984   \\
  &  &  &  &  &   \\
  37808 & GC~7095 & B9 Si & 1.0991 & 0 & 1.099$\pm$0.004 $\ell$ Renson \& 
 Manfroid 1978b   \\
   1957 & V1051~Ori & 6.48 & $\ell, s$ & 0 & 1.099$\pm$0.005 $\ell$ 
 Renson \& Manfroid 1981   \\
  10210 & \multicolumn{2}{c}{05:40:46.1~$-$10:24:33} &  & 0 & 1.099 $\ell$ 
 Maitzen 1981  \\
  &  &  &  & 1 & 1.0960$\pm$0.0001 (or other nearby values) $\ell$ \\
  &  &  &  &  & ~~~~~Manfroid \& Mathys 1985   \\
  &  &  &  & 4 & 1.09909$\pm$0.00003 $\ell, s$ Leone et al. 1993   \\
  &  &  &  &  &   \\
  38823 & BD$-0^{\circ}$1089 & A5 SrEu & 8.64 & 0 & 8.635$\pm$0.002 $\ell$ 
 Hensberge et al.1981   \\
  ... & V1054~Ori & 7.35 & $\ell$ &  &   \\
  10440 & \multicolumn{2}{c}{05:48:25.5~$-$00:45:35} &  &  &   \\
  &  &  &  &  &   \\
  39317 & 137~Tau & B9 SiEuCr & 2.65 & 0 & 1.5889 $\ell$ Winzer 1974b \\
   2033 & V809~Tau & 5.59 & $\ell$ & 0 & 2.63? $\ell$ Renson \& Manfroid 
 1979   \\
  10560 & \multicolumn{2}{c}{05:52:22.3~$+$14:10:18} &  & 0 & 
 2.65$\pm$0.04(2.654/2.634/2.694$\pm$0.002) $\ell$ Renson 1980   \\
  &  &  &  & 0 & 2.6541$\pm$0.0003(or other nearby values) $\ell$ \\
  &  &  &  &  & ~~~~~Renson \& Manfroid 1981   \\
  &  &  &  &  &   \\
  40312 A & $\theta$~Aur A & A0 Si & 3.619 & 0 & 1.3717 $\ell$ Winzer 
 1974b \\
   2095 A & $\theta$~Aur & 2.67 & $\ell, m, s$ & 0 & 
 1.34$\pm$0.05/3.8$\pm$0.4 $m$ Landstreet \& Borra 1977   \\
  10750 & \multicolumn{2}{c}{05:59:43.2~$+$37:12:45} & $\star$ & 0 & 
 3.618$\pm$0.002 $m$ Borra \& Landstreet 1980 \\
  &  &  &  & 1 & 1.3717(/1.3735/3.618) $s$ Kolev \& Georgeva 1982 \\
  &  &  &  & 1 & 3.6190$\pm$0.0005 $s, \ell$ Adelman et al. 1984 \\
  &  &  &  & 1 & 3.6190 $\ell$ Madej et al. 1984   \\
  &  &  &  & 1 & 3.620 $s$ Kolev \& Georgeva 1986 \\
  &  &  &  & 2 & 3.6190 $\ell(H\beta)$  Musielok \& Madej 1988   \\
  &  &  &  & 3 & 3.619 $s$ Rice \& Wehlau 1990   \\
  &  &  &  & 3 & 3.6187$\pm$0.0003 $s$ Hatzes 1991a   \\
  &  &  &  & 4 & 3.6188$\pm$0.0001 $\ell$ Adelman 1996a   \\
  &  &  &  &  &   \\
  40394 & 36~Aur & A0 SiFe & 1.1 ? & 0 & 1.0853/0.927 $\ell$ Winzer 1974b \\
   2101 &  & 5.73 & $\ell$ &  &     \\
  10790 & \multicolumn{2}{c}{06:00:58.5~$+$47:54:06} &  &  &   \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 09
  &  &  &  &  &   \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & $m_{V}$ & Var. & Cat. & Proposed periods (in days) and 
 references  \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & Rem. 
 &  &   \\   \hline
  &  &  &  &  &   \\
  41089 & GC~7626 & B9 SrEuCr & 1.3785 & 0 & 1.376$\pm$0.004 $\ell$ 
 Manfroid \& Renson 1981a   \\
  ... & TW~Col & 6.57 & $\ell$ & 1 & 1.37857$\pm$0.00008 (or other nearby 
  values) $\ell$   \\
  10990 & \multicolumn{2}{c}{06:00:51.0~$-$42:52:14} &  &  & 
 ~~~~~Manfroid \& Mathys 1985   \\
  &  &  &  & 3 & 1.37853$\pm$0.00004 $\ell$ Renson \& Manfroid 1992a \\
  &  &  &  &  &   \\
  41269 & GC~7701 & B9 Si & 1.7 ? & 0 & 1.68/2.47 $\ell$ Winzer 1974b \\
   2139 &  & 6.25 & $\ell$ &  &   \\
  11030 & \multicolumn{2}{c}{06:05:34.0~$+$33:35:57} &  &  &   \\
  &  &  &  &  &  \\
  ... & Gr.9 NGC~2169 & A0 Si & 1.563 & 4 & 1.56(/0.77) $\ell$ Maitzen \& 
 Lebzelter 1993  \\
   ... &  & 10.8 & $\ell$ & 4 & 0.606: $\ell$ Renson 1994  \\
  11180 & \multicolumn{2}{c}{06:08:24.0~$+$13:56:42} & $\star$ & 4 & 
 1.56300$\pm$0.00001 $\ell$ Manfroid \& Renson 1994b  \\
  &  &  &  &  &   \\
  42536 & GC~7875 & A0 SrCr & 1.4 ? & 0 & 3.6 ? $\ell$ Renson \& Manfroid 
 1979   \\
   2195 & V653~Mon & 6.16 & $\ell$ & 0 & 3.65$\pm$0.10 ? $\ell$ Renson \& 
 Manfroid 1981   \\
  11340 & \multicolumn{2}{c}{06:11:01.3~$-$06:45:15} &  & 1 & 
 1.36$\pm$0.02 ? $\ell$ Manfroid \& Mathys 1985   \\
  &  &  &  &  &   \\
  42616 & GC~7913 & A1 SrCrEu & 17 & 0 & 17.0 $\ell$ Rakosch \& Fiedler 
 1978   \\
  ... & QR~Aur & 7.17 & $\ell$ &  &   \\
  11390 & \multicolumn{2}{c}{06:13:43.1~$+$41:41:50} &  &  &   \\
  &  &  &  &  &   \\
  42657 A & GC~7894 & B9 MnHg & 0.72 & 0 & 0.724$\pm$0.008 $\ell$ Renson 
 \& Manfroid 1979   \\
   2202 A & V638~Mon & 6.28 & $\ell$ & 0 & 0.724$\pm$0.004 $\ell$ 
 Renson \& Manfroid 1981   \\
  11400 & \multicolumn{2}{c}{06:11:43.7~$-$04:39:56} & $\star$ &  &   \\
  &  &  &  &  &   \\
  43819 & GC~8101 & B9 Si & 1 ? & 0 & 1.0785 $\ell$ Winzer 1974b   \\
   2258 & V1155~Ori & 6.29 & $\ell$ & 0 & 0.93/1.077 ? $\ell$ Maitzen 
 1980   \\
  11620 & \multicolumn{2}{c}{06:19:01.8~$+$17:19:31} &  &  &   \\
  &  &  &  &  &   \\
  45530 A & GC~8380 & A0 Si & 1.58 & 0 & 1.585$\pm$0.010 $\ell$ Manfroid 
 \& Renson 1983b   \\
  ... & V648~Mon & 7.75 & $\ell$ &  &   \\
  12070 & \multicolumn{2}{c}{06:28:13.8~$+$05:16:18} & $\star$ &  &   \\
  &  &  &  &  &   \\
  45583 & BD$-4^{\circ}$1530 & B9 Si & 1.177 ? & 1 & 
 1.1771773$\pm$0.0000087(/0.8672) $\ell$ North 1987   \\
  ... & V682~Mon & 7.99 & $\ell$ &  &   \\
  12120 & \multicolumn{2}{c}{06:28:10.8~$-$04:53:56} &  &  &   \\
  &  &  &  &  &   \\
  47152 & 53~Aur & A0 EuCrHg & 2.8 ? & 0 & 2.78/0.61/0.73/1.56 ? $\ell$ 
 Winzer 1974b   \\
   2425 &  & 5.77 & $\ell$ &  &   \\
  12670 & \multicolumn{2}{c}{06:38:23.0~$+$28:59:03} & $\star$ &  &   \\
  &  &  &  &  &   \\
  49333 & 12~CMa & B7 He wk Si & 2.1792 & 0 & 2.181$\pm$0.009 $s, \ell$ 
 Pedersen \& Thomsen 1977   \\
   2509 & HK~CMa & 6.07 & $s, \ell, m$ & 0 & 2.1800$\pm$0.0007 $s$ 
 Pedersen 1979   \\
  13340 & \multicolumn{2}{c}{06:47:01.5~$-$21:00:56} &  & 4 & 
 2.18010$\pm$0.00020 $m$ Bohlender et al. 1993   \\
  &  &  &  & 4 & 2.179232$\pm$0.000009 $\ell$ Catalano\& Leone 1996  \\
  &  &  &  &  &   \\
  49606 & 33~Gem & B8 He wk MnHgSi & 3.35 ? & 2 & 3.099? $m$ 
 Chunakova et al. 1981   \\
   2519 & OV~Gem & 5.86 & $m, \ell, s$ & 2 & 3.3546(/1.41864) $\ell, m, 
  s$ Glagolevskii et al. 1985   \\
  13440 & \multicolumn{2}{c}{06:49:49.8~$+$16:12:10} &  &  &   \\
  &  &  &  &  &   \\
  49976 & GC~8955 & A1 SrCrEu & 2.9767 & 0 & $\le$2: ? $s$ Babcock 1958a \\
   2534 & V592~Mon & 6.32 & $s, \ell, m, v$ & 0 & 3.0 $\ell$ Maitzen 
 1973   \\
  13560 & \multicolumn{2}{c}{06:50:42.3~$-$08:02:28} &  & 0 & 
 2.976$\pm$0.001 $m, \ell, s, v$ Pilachowski et al. 1974   \\
  &  &  &  & 0 & 2.9760$\pm$0.0001 $\ell$ Maitzen \& Albrecht 1975 \\
  &  &  &  & 4 & 2.97666$\pm$0.00008 $\ell$ Catalano \& Leone 1994b  \\
  &  &  &  &  &   \\
  51418 & GC~9158 & A0 HoDy & 5.438 & 0 & 5.44 $\ell, s$ Gulliver et al. 
 1972   \\
  ... & NY~Aur & 6.62 & $\ell, s, m, v$ & 0 & 5.4379$\pm$0.0004/5.4351 
 $\ell, s$ Gulliver \& Winzer 1973   \\
  14180 & \multicolumn{2}{c}{06:59:20.1~$+$42:18:53} & $\star$ & 0 & 5.4379 
 $m, v$ Jones et al. 1974   \\
  &  &  &  & 0 & 5.431 $s$ Hardorp 1975   \\
  &  &  &  & 0 & 5.4379 $\ell$ Musielok et al. 1980   \\
  &  &  &  & 1 & 5.4379 $\ell$ Pyper \& Adelman 1983   \\
  &  &  &  & 1 & 5.4379 $s, v$ Iliev \& Barzova 1986   \\
  &  &  &  & 2 & 5.4379 $\ell(H\beta)$ Musielok \& Madej 1988   \\
  &  &  &  & 2 & 5.4379 $s$ Iliev \& Barzova 1988   \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 10
  &  &  &  &  &   \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & $m_{V}$ & Var. & Cat. & Proposed periods (in days) and 
 references  \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & Rem. 
 &  &   \\   \hline
  &  &  &  &  &   \\
  53116 & BD$-0^{\circ}$1572 & A0 SrEu & 11.98 & 0 & 
 11.978$\pm$0.005/18.105$\pm$0.007 $\ell$ Hensberge et al. 1981  \\
  ... & V646~Mon & 8.90 & $\ell$ & 0 & 11.978$\pm$0.005 $\ell$ Hensberge 
 et al. 1982   \\
  14620 & \multicolumn{2}{c}{07:03:47.5~$-$01:05:59} &  &  &   \\
  &  &  &  &  &   \\
  54118 & 27G.~Car & A0 Si & 3.275 & 0 & 3.2$\pm$0.1 $m$ Borra \& 
 Landstreet 1975   \\
   2683 & V386~Car & 5.17 & $m, \ell$ & 0 & 3.275$\pm$0.015 $\ell$ 
 Manfroid \& Renson 1981a   \\
  14860 & \multicolumn{2}{c}{07:04:18.3~$-$56:44:59} &  & 1 & 
 3.2754$\pm$0.0005 (or other nearby values) $\ell$ \\
  &  &  &  &  & ~~~~~Manfroid \& Mathys 1985   \\
  &  &  &  & 1 & 3.27536 $\ell$ Mathys \& Manfroid 1985   \\
  &  &  &  & 3 & 3.27536 $\ell(IR)$ Catalano et al. 1991   \\
  &  &  &  & 3 & 3.275170$\pm$0.000015 $\ell$ Catalano \& Leone 1993a \\
  &  &  &  & 4 & 3.27533$\pm$0.00020 $m$ Bohlender et al. 1993  \\
  &  &  &  & 4 & 3.27535$\pm$0.00010 $\ell$ Manfroid \& Renson 1994a \\
  &  &  &  &  &   \\
  55579 A & GC~9577 & A0 Sr & 2.3 ? & 0 & 2.2997/1.78 ? $\ell$ Winzer 
 1974b \\
   2722 A &  & 6.89 & $\ell$ &  &   \\
  15120 & \multicolumn{2}{c}{07:14:26.5~$+$24:42:40} & $\star$ &  &   \\
  &  &  &  &  &   \\
  55719 & 70G.~Pup & A3 SrCrEu & 36.5 ? & 0 & 36.48/30.39? $m$ Bonsack 
 1976b  \\
   2727 &  & 5.31 & $m$ &  &   \\
  15140 & \multicolumn{2}{c}{07:12:15.8~$-$40:29:56} & $\star$ &  &   \\
  &  &  &  &  &   \\
  55892 & 71G.~Pup & F0 p? & 0.94 & 1 & 0.9363$\pm$0.0050 $\ell$ Hensberge 
 et al. 1981   \\
   2740 & QW~Pup & 4.49 & $\ell$ &  &   \\
  15230 & \multicolumn{2}{c}{07:12:33.6~$-$46:45:34} &  &  &   \\
  &  &  &  &  &   \\
  56022 & 72G.~Pup & A0 SiCrSr & 0.918 & 0 & 0.90$\pm$0.02 $\ell$ Renson 
 et al. 1976   \\
   2746 & OU~Pup & 4.88 & $\ell$ & 0 & 0.9183$\pm$0.0013 $\ell$ 
 Hensberge et al. 1981   \\
  15250 & \multicolumn{2}{c}{07:13:13.4~$-$45:10:58} &  & 1 & 
 0.91889$\pm$0.00003 $\ell$ Heck et al. 1987   \\
  &  &  &  & 2 & 0.91840 $\ell$ Hempelmann \& Sch\"oneich 1988  \\
  &  &  &  &  &   \\
  56350 & GC~9613 & A0 EuCrSr & 1.9 & 0 & 1.904$\pm$0.005 $\ell$ Manfroid 
 \& Renson 1981a   \\
  ... & V387~Car & 6.72 & $\ell$ &  &   \\
  15360 & \multicolumn{2}{c}{07:13:40.0~$-$53:40:04} &  &  &   \\
  &  &  &  &  &   \\
  56455 & 77G.~Pup & A0 Si & 2.064 & 0 & 2.24$\pm$0.05/1.72 $\ell$ Renson 
 et al. 1976   \\
   2761 & PR~Pup & 5.72 & $\ell$ & 1 & 1.9346$\pm$0.0001 $\ell$ Waelkens 
 1985   \\
  15400 & \multicolumn{2}{c}{07:14:46.1~$-$46:50:59} &  & 3 & 
 2.06370$\pm$0.00015 $\ell$ Catalano \& Leone 1993a \\
  &  &  &  &  &   \\
  57946 A & CoD$-36^{\circ}$3554 & B8 Si & 2.2 & 1 & 2.169$\pm$0.033 
 $\ell$ Manfroid \& Mathys 1986   \\
  ... &  & 8.7 & $\ell$ &  &   \\
  15780 & \multicolumn{2}{c}{07:21:53.2~$-$36:37:41} & $\star$ &  &   \\
  &  &  &  &  &   \\
  58292 & GC~9854 & A0 Si & 2.9 ? & 0 & 2.95$\pm$0.03(/1.484$\pm$0.010) 
 $\ell$ Manfroid \& Renson 1983b   \\
  ... & V388~Car & 7.94 & $\ell$ &  &    \\
  15910 & \multicolumn{2}{c}{07:21:51.5~$-$55:46:16} &  &  &   \\
  &  &  &  &  &   \\
  58448 & GC~9861 & B8 Si & 0.83 & 0 & 0.831$\pm$0.003 $\ell$ Manfroid \& 
  Renson 1983b   \\
  ... & V389~Car & 6.92 & $\ell$ &  &   \\
  15970 & \multicolumn{2}{c}{07:21:41.1~$-$61:57:05} &  &  &   \\
  &  &  &  &  &   \\
  59435 & BD$-8^{\circ}$1937 & A5 SrCrEu & long &  & $> 3$ y ? $m$ Wade 
 et al. 1996c   \\
  ... &  & 7.98 & $m$ &  &   \\
  16240 & \multicolumn{2}{c}{07:29:35.5~$-$09:15:34} & $\star$ &  &   \\
  &  &  &  &  &   \\
  60431 & CoD$-46^{\circ}$3219 & B4 SiMg & 0.476 & 2 & 
 0.475518$\pm$0.000059 $\ell$ North et al. 1988a   \\
  ... & V343~Pup & 8.61 & $\ell$ &  &   \\
  16510 & \multicolumn{2}{c}{07:32:07.6~$-$46:56:33} & $\star$ &  &   \\
  &  &  &  &  &   \\
  60435 & CpD$-57^{\circ}$1246 & A3 SrEu & 7.67 & 1 & 7.69 ? $\ell$ 
 Matthews et al. 1986   \\
  ... & V409~Car & 8.90 & $\ell$ & 2 & 7.6662$\pm$0.0001 $\ell$ 
 Matthews et al. 1987   \\
  16520 & \multicolumn{2}{c}{07:30:57.0~$-$57:59:29} &  & 2 & 
 7.6793$\pm$0.0006 $\ell$ Kurtz et al. 1990   \\
  &  &  &  &  &   \\
  61966 & GC~10312 & B9 Si & 1.04 ? & 0 & 1.040$\pm$0.003 $\ell$ Manfroid 
 \& Renson 1981b   \\
   2971 & V390~Car & 6.06 & $\ell$ & 1 & 
 1.035$\pm$0.005/0.962$\pm$0.005/27.0$\pm$3.5 $\ell$  \\
  17010 & \multicolumn{2}{c}{07:39:00.4~$-$53:16:24} &  &  & 
 ~~~~~Manfroid \& Mathys 1985 \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 11
  &  &  &  &  &   \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & $m_{V}$ & Var. & Cat. & Proposed periods (in days) and 
 references  \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & Rem. 
 &  &   \\   \hline
  &  &  &  &  &   \\
  62140 & 49~Cam & A8 SrEu & 4.287 & 0 & 4.285$\pm$0.001 $m, s, \ell$ 
 Bonsack et al. 1974   \\
   2977 & BC~Cam & 6.48 & $m, s, \ell$ & 0 & 4.2348 $\ell$ Winzer 1974b \\
  17050 & \multicolumn{2}{c}{07:46:27.4~$+$62:49:50} &  & 4 & 
 4.2866$\pm$0.0005 $m$ Leroy et al. 1995a   \\
  &  &  &  & 4 & 4.2867 $m$ Leroy 1995 \\
  &  &  &  & 4 & 4.2867$\pm$0.0004 $m$ Leroy et al. 1995b  \\
  &  &  &  & 4 & 4.28679$\pm$0.00005 $\ell$ Adelman 1996a \\
  &  &  &  &  &   \\
  63401 & GC~10506 & B9 Si & 2.4 & 0 & 2.41$\pm$0.02 $\ell$ Hensberge et 
 al. 1976   \\
   3032 & OX~Pup & 6.34 & $\ell$ &  &   \\
  17480 & \multicolumn{2}{c}{07:47:05.8~$-$39:19:52} &  &  &   \\
  &  &  &  &  &   \\
  64972 & GC~10725 & B8 Si & 0.73 & 0 & 0.727$\pm$0.003 ? $\ell$ Manfroid 
 \& Renson 1983b   \\
  ... & V341~Pup & 7.20 & $\ell$ & 1 & 0.725 $\ell$ Mathys \& Manfroid 
 1985   \\
  17830 & \multicolumn{2}{c}{07:55:21.8~$-$28:17:02} &  &  &   \\
  &  &  &  &  &   \\
  65270 & GC~10746 & B6 p ? & 0.85 &  & 0.85 $\ell$ Renson 1977a  \\
  ... & V342~Pup & 6.74 & $\ell$ &  & 0.84937$\pm$0.00014 (or other 
 nearby values) $\ell$  \\
  17884 & \multicolumn{2}{c}{07:55:50.2~$-$45:58:48} & $\star$ &  & 
 ~~~~~Mathys et al. 1986  \\
  &  &  &  &  &   \\
  65339 & 53~Cam & A3 SrEuCr & 8.027 & 0 & 7.80 $m$ Babcock (cited in 
 Deutsch 1958)   \\
   3109 & AX~Cam & 6.04 & $m, \ell, s, v$ & 0 & 7.986 $m$ Babcock 
  1958a   \\
  17910 & \multicolumn{2}{c}{08:01:42.4~$+$60:19:28} & $\star$ & 0 & 
 7.9863 $m$ Babcock 1958b   \\
  &  &  &  & 0 & 8.0269 $m$ Babcock (cited in Jarzebowski 1960b)  \\
  &  &  &  & 0 & 8.0269 $\ell$ Jarzebowski 1960b   \\
  &  &  &  & 0 & 8.0248 $m$ Babcock 1960   \\
  &  &  &  & 0 & 8.0248 $\ell$ Jarzebowski 1960d   \\
  &  &  &  & 0 & 8.024/8.00552 $\ell$ Rakosch 1962a   \\
  &  &  &  & 0 & 8.026 $m$ Babcock 1963   \\
  &  &  &  & 0 & 8.0278 $m, \ell$ Preston \& Stepien 1968b   \\
  &  &  &  & 0 & 8.0278 $\ell$ Wolff \& Wolff 1971a   \\
  &  &  &  & 0 & 8.0269 $m$ Huchra 1972   \\
  &  &  &  & 0 & 1.14229 $\ell$ Rakosch (cited in Faraggiana 1973) \\
  &  &  &  & 0 & 1.14229 $v$ + 8.0... $s, v$ + long Faraggiana 1973   \\
  &  &  &  & 4 & 8.0278 $m$ Kemp \& Wolstencroft 1974   \\
  &  &  &  & 0 & 8.0206 $\ell$ Panov 1974   \\
  &  &  &  & 0 & 8.0278 $m, v$ Scholz 1975   \\
  &  &  &  & 0 & 8.0206 $\ell$ Sch\"oneich et al. 1976a   \\
  &  &  &  & 0 & 8.0267 $m$ Borra \& Landstreet 1977   \\
  &  &  &  & 0 & 8.0267 $m$ Stepien 1978   \\
  &  &  &  & 0 & 8.0/1.14 ? $\ell$ Mezzetti et al. 1979   \\
  &  &  &  & 0 & 8.0278$\pm$0.0011 $\ell$ Musielok et al. 1980   \\
  &  &  &  & 1 & 8.0278 $s$ Kuvshinov \& Plachinda 1982   \\
  &  &  &  & 2 & 8.0267 $\ell$ Burnashev et al. 1983   \\
  &  &  &  & 2 & 8.0267 $\ell(H\beta)$ Musielok \& Madej 1988   \\
  &  &  &  & 2 & 8.0267 $s, m$ Landstreet 1988   \\
  &  &  &  & 3 & 8.0267 $s$ Babel 1992   \\
  &  &  &  & 4 & 8.0267 $m$ Leroy et al. 1993   \\
  &  &  &  & 4 & 8.0269 $m$ Leroy 1995   \\
  &  &  &  &  &   \\
  65987 & GC~10810 & B9 SiSr & 1.45 ? & 0 & 1.41 ? $\ell$ North et al. 
 1982   \\
  ... & V356~Car & 7.62 & $\ell$ & 1 & 1.44962$\pm$0.00018/1.4068 
 $\ell$  North 1984   \\
  18130 & \multicolumn{2}{c}{07:58:02.9~$-$60:36:53} & $\star$ &  &   \\
  &  &  &  &  &  \\
  ... & CpD$-60^{\circ}$978 & A0 SiCrEu & 1.812 & 0 & 1.81 ? $\ell$ 
 North et al. 1982  \\
  ... & V391~Car & 8.92 & $\ell$ & 1 & 1.812077$\pm$0.000071 $\ell$ 
 North 1984  \\
  18140 & \multicolumn{2}{c}{07:58:00.0~$-$60:49:00} & $\star$ &  &  \\
  &  &  &  &  &   \\
  66255 & GC~10878 & A0 Si & 6.818 & 0 & 6.8 $\ell$ Renson 1977a   \\
   3151 & PY~Pup & 6.12 & $\ell$ & 0 & 6.82$\pm$0.04 $\ell$ Renson \& 
 Manfroid 1978a   \\
  18250 & \multicolumn{2}{c}{08:00:29.0~$-$48:52:19} &  & 1 & 
 6.816$\pm$0.005 (or other nearby values) $\ell$  \\
  &  &  &  &  & ~~~~~Manfroid \& Mathys 1985   \\
  &  &  &  & 1 & 6.8178$\pm$0.0016 $\ell$ Heck et al. 1987   \\
  &  &  &  & 3 & 6.81780$\pm$0.00015 $\ell$ Catalano \& Leone 1993a \\
  &  &  &  &  &   \\
  66295 & CpD$-60^{\circ}$1015 & B9 Si & 2.45 & 1 & 
 2.450091$\pm$0.000035(/2.4474/2.4363/2.4336) $\ell$ North 1987  \\
  ... & V422~Car & 9.1 & $\ell$ &  &   \\
  18280 & \multicolumn{2}{c}{07:59:21.2~$-$60:48:57} &  &  &   \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 12
  &  &  &  &  &   \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & $m_{V}$ & Var. & Cat. & Proposed periods (in days) and 
 references  \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & Rem. 
 &  &   \\   \hline
  &  &  &  &  &   \\
  66605 A & GC~10927 & A0 Si & 2.22 & 0 & 2.23 $\ell$ Renson 1977a   \\
  ... & QQ~Pup & 6.7 & $\ell$ & 0 & 2.226$\pm$0.008 $\ell$ Renson \& 
 Manfroid 1978a   \\
  18400 & \multicolumn{2}{c}{08:02:27.1~$-$44:40:01} & $\star$ & 1 & 
 2.2304$\pm$0.0005 (or other nearby values) $\ell$  \\
  &  &  &  &  & ~~~~~Manfroid \& Mathys 1985   \\
  &  &  &  & 1 & 2.2232$\pm$0.0002 $\ell$ Heck et al. 1987   \\
  &  &  &  &  &   \\
  66624 A & 246G.~Pup A & B9 Si & 2.01 & 0 & 2.007$\pm$0.009 $\ell$ 
 Manfroid \& Renson 1981a   \\
   3162 A & V336~Pup & 5.52 & $\ell$ & 1 & 2.0082$\pm$0.0004 (or other 
 nearby values) $\ell$   \\
  18410 & \multicolumn{2}{c}{08:02:44.8~$-$41:18:36} & $\star$ &  & 
 ~~~~~Manfroid \& Mathys 1985   \\
  &  &  &  & 1 & 2.00823 $\ell$ Mathys \& Manfroid 1985   \\
  &  &  &  &  &   \\
  66698 & CoD$-29^{\circ}$5439 & A0 Eu & 4.1 & 0 & 4.12$\pm$0.08 $\ell$ 
 Manfroid \& Renson 1983b   \\
  ... & V337~Pup & 7.76 & $\ell$ &  &   \\
  18430 & \multicolumn{2}{c}{08:03:42.1~$-$29:25:08} &  &  &   \\
  &  &  &  &  &   \\
  68074 & CoD$-49^{\circ}$3370 & B9 Si & 1.18 & 1 & 
 1.18220$\pm$0.00042 $\ell$ North 1987   \\
  ... & KW~Vel & 8.24 & $\ell$ &  &   \\
  18810 & \multicolumn{2}{c}{08:08:41.6~$-$49:29:50} &  &  &   \\
  &  &  &  &  &   \\
  68351 & 15~Cnc & A0 SiCr & 3.2 ? & 0 & 4.116 $\ell$ Stepien 1968b  \\
   3215 & BM~Cnc & 5.63 & $\ell$ & 0 & 3.18 $\ell$ Winzer 1974b   \\
  18900 & \multicolumn{2}{c}{08:13:08.9~$+$29:39:24} & $\star$ &  &   \\
  &  &  &  &  &   \\
  71808 & CpD$-56^{\circ}$1643 & B9 Si & 2.4 & 1 & 2.387$\pm$0.034 $\ell$ 
 Manfroid \& Mathys 1986   \\
  ... &  & 8.87 & $\ell$ &  &   \\
  19820 & \multicolumn{2}{c}{08:26:33.2~$-$57:18:06} &  &  &   \\
  &  &  &  &  &   \\
  71866 & GC~11639 & A1 EuSrSi & 6.800 & 0 & 6.79916 $m$ Babcock 1956, 
 1958a,b   \\
  ... & TZ~Lyn & 6.73 & $m, \ell$ & 0 & 6.799 $\ell$ Jarzebowski 1960a \\
  19850 & \multicolumn{2}{c}{08:31:10.7~$+$40:13:30} &  & 0 & 6.79916 
 $\ell$ Jarzebowski 1960b,d   \\
  &  &  &  & 0 & 6.79760$\pm$0.00005 $\ell$ Rakosch 1962c   \\
  &  &  &  & 0 & 6.80001 $m$ Preston \& Pyper 1965   \\
  &  &  &  & 0 & 6.80001 $\ell$ Stepien 1968b  \\
  &  &  &  & 0 & 6.80005$\pm$0.00013 $\ell$ Bartolini \& Battistini 1969 \\
  &  &  &  & 0 & 6.80001 $\ell$ Wolff \& Wolff 1971a   \\
  &  &  &  & 0 & 6.80054 $\ell$ Panov 1974   \\
  &  &  &  & 0 & 6.80054 $\ell$ Sch\"oneich et al. 1976a   \\
  &  &  &  & 4 & 6.8 $m$ Tuominen \& Piirola 1978   \\
  &  &  &  & 4 & 6.80001 $m$ Tuominen \& Piirola 1981   \\
  &  &  &  & 1 & 6.80054 $\ell$ Hildebrandt et al. 1985   \\
  &  &  &  & 2 & 6.80054$\pm$0.00002 $\ell$ Catalano \& Leone 1990 \\
  &  &  &  & 4 & 6.8005 $m$ Leroy et al. 1993   \\
  &  &  &  & 4 & 6.80054 $m$ Leroy 1995   \\
  &  &  &  & 4 & 6.80022$\pm$0.00006 $m$ Bagnulo et al. 1995   \\
  &  &  &  &  &   \\
  72968 & 3~Hya & A2 SrCrEu & 11.3 & 0 & 4.606 $m$ Steinitz \& Pyper 
 1970  \\
   3398 & HV~Hya & 5.74 & $m, \ell$ & 0 & 5.57 $\ell, (m)$ Wolff \& 
  Wolff 1971a   \\
  20240 & \multicolumn{2}{c}{08:35:28.2~$-$07:58:56} &  & 0 & 
 11.305$\pm$0.002 $m, \ell$ Maitzen et al. 1978a \\
  &  &  &  & 0 & 1.18 $\ell$ Renson (priv. comm.)   \\
  &  &  &  & 1 & 11.305$\pm$0.002 $\ell$ Heck et al. 1987   \\
  &  &  &  & 2 & 11.305$\pm$0.002 $\ell$ Catalano \& Leone 1990 \\
  &  &  &  &  &   \\
  73340 & 47G.~Vel & B9 Si & 2.6676 & 0 & 2.67 $\ell$ Renson 1977a  \\
   3413 & HV~Vel & 5.80 & $\ell, s, m$ & 0 & 2.6679$\pm$0.0004 $\ell$ 
 Renson et al. 1978   \\
  20360 & \multicolumn{2}{c}{08:35:52.1~$-$50:58:11} &  & 1 & 2.670(/1.06) 
 $s$ Hube \& Walker 1976   \\
  &  &  &  & 1 & 2.66745$\pm$0.00007 (or other nearby values) $\ell$ \\
  &  &  &  &  & ~~~~~Manfroid \& Mathys 1985   \\
  &  &  &  & 1 & 2.66753$\pm$0.00025 $\ell$ Heck et al. 1987   \\
  &  &  &  & 3 & 2.667588$\pm$0.000015 $\ell$ Catalano \& Leone 1993a \\
  &  &  &  & 4 & 2.66753$\pm$0.00025 $m$ Bohlender et al. 1993  \\
  &  &  &  &  &   \\
  74169 & CpD$-52^{\circ}$1581 & A1 SiCrSr & 4.6 ? & 1 & 
 4.5875$\pm$0.0134(/2.86) $\ell$ North 1984   \\
  ... & KR~Vel & 7.23 & $\ell$ &  &   \\
  20660 & \multicolumn{2}{c}{08:39:59.4~$-$53:15:39} &  &  &   \\
  &  &  &  &  &   \\
  74196 & 55G.~Vel & B7 He wk & 0.39 ? & 1 & 0.3880 ? $\ell$ Jakate 1979 \\
   3448 &  & 5.56 & $\ell$ & 1 & 0.3880 ? $\ell(UV)$ \u{Z}elwanowa \& 
 Sch\"oneich 1986  \\
  20680 & \multicolumn{2}{c}{08:40:17.5~$-$53:00:56} &  & 4 & no var. 
 $\ell$ Catalano \& Leone 1996   \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 13
  &  &  &  &  &   \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & $m_{V}$ & Var. & Cat. & Proposed periods (in days) and 
 references  \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & Rem. 
 &  &   \\   \hline
  &  &  &  &  &   \\
  74521 & 49~Cnc & A1 SiEuCr & 7.77 & 0 & 5.43 $\ell$ Stepien 1968b  \\
   3465 & BI~Cnc & 5.65 & $\ell, m$ & 0 & 4.2359 $\ell$ Winzer 1974b  \\
  20790 & \multicolumn{2}{c}{08:44:45.0~$+$10:04:54} &  & 0 & 4.2393 $\ell$ 
 Rakosch \& Fiedler 1978   \\
  &  &  &  & 3 & 7.7730(/7.5786/1.1475) ? $m$ Mathys 1991   \\
  &  &  &  & 3 & 7.769$\pm$0.001/7.576 ? $\ell$ Lanz \& Mathys 1991a \\
  &  &  &  & 3 & 7.76851$\pm$0.00015 $\ell$ Catalano \& Leone 1993b \\
  &  &  &  &  &   \\
  74535 A & 61G.~Vel A & B9 Si & 3.38 & 1 & 3.37629$\pm$0.00376 $\ell$ 
 North 1984   \\
   3466 A & KT~Vel & 5.63 & $\ell$ &  &   \\
  20800 & \multicolumn{2}{c}{08:42:19.0~$-$53:06:00} & $\star$ &  &   \\
  &  &  &  &  &   \\
  74560 & 62G.~Vel & B4 MgSi & 1.55 & 1 & 1.553/1.551 $\ell$ Waelkens \& 
 Rufener 1985   \\
   3467 & HY~Vel & 4.83 & $\ell$ & 2 & 1.553 $\ell$ Waelkens \& 
 Rufener 1983   \\
  20840 & \multicolumn{2}{c}{08:42:25.5~$-$53:06:50} &  &  &   \\
  &  &  &  &  &   \\
  75333 & 14~Hya & B9 MnHg & 6 : ? &  & $\sim 6$ ? $\ell$ Renson et al. 
 1976  \\
   3500 & KX~Hya & 5.30 & $\ell$ &  &   \\
  21100 & \multicolumn{2}{c}{08:49:21.7~$-$03:26:35} &  &  &   \\
  &  &  &  &  &  \\
 298246 & CoD$-51^{\circ}$3378 & B9 SiMg & 1.3 & 2 & 1.282$\pm$0.006 
 $\ell$ North et al. 1988a  \\
  ... & KY~Vel & 9.8 & $\ell$ &  &  \\
  21710 & \multicolumn{2}{c}{08:57:07.1~$-$52:15:32} &  &  &  \\
  &  &  &  &  &   \\
  77350 & $\nu$~Cnc & B9 SiCrHg & 4.19 ? & 0 & 4.191$\pm$0.003 $s, v$ 
 Kozlova et al. 1975   \\
   3595 &  & 5.45 & $s, v$ &  &   \\
  21860 & \multicolumn{2}{c}{09:02:44.3~$+$24:27:10} & $\star$ &  &   \\
  &  &  &  &  &   \\
  79158 & 36~Lyn & B9 He wk & 3.835 & 3 & 1.3:/1.9: $m$ Shore et al. 1987 \\
   3652 &  & 5.31 & $m, s$ & 2 & 3.834$\pm$0.001 $m, s$ Shore et al. 
  1990   \\
  22480 & \multicolumn{2}{c}{09:13:48.2~$+$43:13:04} &  & 4 & 3.83483 $m$ 
 Bohlender 1994 \\
  &  &  &  &  &   \\
  79416 A & 106G.~Vel A & B9 Si ? & 2.91 & 0 & 2.9085$\pm$0.0002 $\ell$ 
 Caldwell \& Cousins 1982   \\
   3661 A & KL~Vel & 5.57 & $\ell$ &  &   \\
  22530 & \multicolumn{2}{c}{09:12:30.6~$-$43:36:49} & $\star$ &  &   \\
  &  &  &  &  &   \\
  80316 & BD$-19^{\circ}$2674 & A3 SrEu & 2.08 ? & 1 & 
 4.18$\pm$0.12/2.075$\pm$0.034/0.5682$\pm$0.0019 $\ell$  \\
  ... & LX~Hya & 7.81 & $\ell$ &  & ~~~~~Manfroid \& Mathys 1986   \\
  22850 & \multicolumn{2}{c}{09:18:25.1~$-$20:22:17} &  & 2 & 2.075: 
 $\ell$ Kurtz 1990  \\
  &  &  &  & 4 & 2.0886(/4.1773) $m$ Leroy 1995   \\
  &  &  &  &  &   \\
  81009 A & GC~12936 & A3 CrSrEu & 34.0 & 0 & 69/34.5 $\ell$ Wolff 1975 \\
   3724 A & KU~Hya & 6.53 & $\ell, m$ & 0 & 34.1$\pm$0.2 $\ell$ Hensberge 
 et al. 1976   \\
  22990 & \multicolumn{2}{c}{09:22:50.9~$-$09:50:19} & $\star$ & 0 & 
 33.97$\pm$0.02 $\ell$ Hensberge et al. 1981   \\
  &  &  &  & 1 & 33.96$\pm$0.01 $\ell$ Waelkens 1985   \\
  &  &  &  & 4 & 33.984$\pm$0.002 $\ell$ Adelman 1996a   \\
  &  &  &  & 4 & 33.96$\pm$0.02 $m$ Mathys et al. 1996   \\
  &  &  &  &  &   \\
  81289 & CoD$-43^{\circ}$5225 & A2 EuSrCr & 1.86 : & 1 & 1.859$\pm$0.024 
 $\ell$ Manfroid \& Mathys 1986   \\
  ... &  & 8.43 & $\ell$ &  &   \\
  23080 & \multicolumn{2}{c}{09:23:25.6~$-$43:36:05} &  &  &   \\
  &  &  &  &  &   \\
  83266 & CoD$-47^{\circ}$5048 & A0 SiCrSr & 5.1 : & 1 & 5.063$\pm$0.051 
 $\ell$ Manfroid \& Mathys 1986   \\
  ... &  & 8.72 & $\ell$ &  &   \\
  23750 & \multicolumn{2}{c}{09:35:38.2~$-$48:30:50} &  &  &   \\
  &  &  &  &  &   \\
  83368 A & GC~13284 & A8 SrCrEu & 2.8520 & 0 & 1.43 $\ell$ Renson 1977a \\
   3831 A & IM~Vel & 6.18 & $\ell, m$ & 0 & 1.428$\pm$0.005 $\ell$ 
 Renson \& Manfroid 1978a   \\
  23770 & \multicolumn{2}{c}{09:36:25.4~$-$48:45:05} & $\star$ & 0 & 
 2.8519$\pm$0.0030 $\ell$ Kurtz 1982   \\
  &  &  &  & 0 & 1.42602$\pm$0.00006 $\ell$ Renson et al. 1983  \\
  &  &  &  & 1 & 2.8519$\pm$0.0030 $\ell$ Kurtz 1981   \\
  &  &  &  & 1 & 2.85195$\pm$0.00010 $m, \ell$ Thompson 1983   \\
  &  &  &  & 1 & 1.42602$\pm$0.00006 $\ell$ Renson et al. 1984   \\
  &  &  &  & 1 & 2.8519 $\ell$ Mathys \& Manfroid 1985   \\
  &  &  &  & 1 & 2.85189$\pm$0.00019 $\ell$ Heck et al. 1987   \\
  &  &  &  & 2 & 2.85204 $\ell$ Kurtz \& Shibahashi 1986   \\
  &  &  &  & 2 & 2.851962$\pm$0.000014 $\ell$ Kurtz \& Marang 1988 \\
  &  &  &  & 3 & 2.851962 $m$ Mathys 1991   \\
  &  &  &  & 3 & 2.851982$\pm$0.000005 $\ell, m$ Kurtz et al. 1992 \\
  &  &  &  & 4 & 2.851982 $\ell$ Catalano \& Leone 1994b   \\
  &  &  &  & 4 & 2.851982 $m$ Mathys 1994   \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 14
  &  &  &  &  &   \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & $m_{V}$ & Var. & Cat. & Proposed periods (in days) and 
 references  \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & Rem. 
 &  &   \\   \hline
  &  &  &  &  &   \\
  83625 & GC~13327 & A0 SiSr & 1.08 & 0 & 1.08 $\ell$ Renson 1977a  \\
  ... & IO~Vel & 6.89 & $\ell$ & 0 & 1.080$\pm$0.004 $\ell$ Renson \& 
 Manfroid 1978a   \\
  23850 & \multicolumn{2}{c}{09:38:03.3~$-$54:13:09} & $\star$ & 1 & 
 1.08184$\pm$0.00015 (or other nearby values) $\ell$ \\
  &  &  &  &  & ~~~~~Manfroid \& Mathys 1985   \\
  &  &  &  & 1 & 1.07852$\pm$0.00005 $\ell$ Heck et al. 1987   \\
  &  &  &  &  &   \\
  84041 A & CoD$-28^{\circ}$7536 & A5 SrEu & 3.7 & 4 & 3.69$\pm$0.01 
 $\ell$ Martinez et al. 1993   \\
  ... & AI~Ant & 9.4 & $\ell$ &  &   \\
  23990 & \multicolumn{2}{c}{09:41:34.4~$-$29:22:25} & $\star$ &  &   \\
  &  &  &  &  &   \\
  86199 & GC~13671 & B9 Si & 5.5 & 2 & 5.494 (or other nearby values) 
 $\ell$   \\
  ... & V423~Car & 6.76 & $\ell$ &  & ~~~~~Manfroid et al. 1987   \\
  24640 & \multicolumn{2}{c}{09:55:06.1~$-$57:22:59} &  &  &   \\
  &  &  &  &  &  \\
 304842 & CpD$-59^{\circ}$1731 & B8 Si & 2.32 & 1 & 2.3192$\pm$0.0046 
 $\ell$ North 1987  \\
  ... & V424~Car & 9.7 & $\ell$ &  &  \\
  25010 & \multicolumn{2}{c}{10:02:40.0~$-$59:57:48} & $\star$ &  &  \\
  &  &  &  &  &   \\
  88385 & CpD$-56^{\circ}$2919 & A0 CrEuSi & 14 : & 1 & 14.1$\pm$2.0 
 $\ell$ Manfroid \& Mathys 1986   \\
  ... &  & 8.08 & $\ell$ &  &   \\
  25310 & \multicolumn{2}{c}{10:09:49.5~$-$56:44:53} &  &  &   \\
  &  &  &  &  &   \\
  89069 & BD$+79^{\circ}$329 & A0 SrCrEu & 18 ? & 0 & $\sim$18 $\ell$ 
 Burke \& Lady 1977   \\
  ... & DI~Dra & 8.42 & $\ell$ &  &   \\
  25500 & \multicolumn{2}{c}{10:21:15.9~$+$78:45:51} &  &  &   \\
  &  &  &  &  &   \\
  89217 & GC~14120 & B9 Si & ? & 1 & 0.849/0.568 ? $\ell$ Manfroid \& 
 Mathys 1986   \\
  ... &  & 8.4 & $\ell$ &  &   \\
  25590 & \multicolumn{2}{c}{10:16:22.2~$-$49:39:49} &  &  &   \\
  &  &  &  &  &   \\
  89822 & 30H.~UMa & A0 SiHgSr & ? & 0 & 11.58 $s$ Oetken \& Orwert 
 1973   \\
   4072 & ET~UMa & 4.94 & $\ell$ & 2 & 7.5586$\pm$0.0038 $\ell$ Catalano 
 \& Leone 1991   \\
  25790 & \multicolumn{2}{c}{10:24:07.9~$+$65:33:59} & $\star$ & 4 & 
 no var. $\ell$ Adelman 1993  \\
  &  &  &  & 4 & no var. with P = 7.56 $\ell$ Zboril \& Budaj 1993   \\
  &  &  &  &  &   \\
  90044 & 25~Sex & B9 SiCrSr & 4.3790 & 0 & 4.37$\pm$0.04 $\ell$ Manfroid 
 \& Renson 1980, 1983a   \\
   4082 & SS~Sex & 5.96 & $\ell$  & 1 & 4.377 $\ell$ Adelman 1983 \\
  25890 & \multicolumn{2}{c}{10:23:26.5~$-$04:04:27} &  & 1 & 4.39$\pm$0.06 
 $\ell$ Manfroid \& Mathys 1985  \\
  &  &  &  & 3 & 4.3790$\pm$0.0004 $\ell$ Renson \& Manfroid 1991 \\
  &  &  &  & 3 & 4.37894$\pm$0.00015 $\ell$ Catalano \& Leone 1993b \\
  &  &  &  & 4 & 4.37900$\pm$0.00004 $\ell$ Manfroid \& Renson 1994a \\
  &  &  &  &  &   \\
  90264 & GC~14283 & B8 He wk & $\sim$1 ? & 0 & 
 0.9445$\pm$0.012/1.0565$\pm$0.015/17.7$\pm$4.4 $s$   \\
   4089 &  & 4.97 & $s$ &  & ~~~~~Pedersen \& Thomsen 1977   \\
  25960 & \multicolumn{2}{c}{10:22:58.1~$-$66:54:06} & $\star$ &  &   \\
  &  &  &  &  &   \\
  90569 & 45~Leo & A0 SrCrSi & 7.9 & 0 & $\sim 2 \; s$ Deutsch 1952c   \\
   4101 & CX~Leo & 6.02 & $\ell, m$ & 0 & 1.4450 ? $\ell$ Winzer 
 1974b  \\
  26010 & \multicolumn{2}{c}{10:27:39.0~$+$09:45:45} & $\star$ & 0 & 1.445 
 $\ell$ Wolff \& Morrison 1975   \\
  &  &  &  & 0 & 7.897$\pm$0.005 $m, \ell$ Bonsack 1976a   \\
  &  &  &  &  &   \\
  90763 & GC~14391 & A1 Sr & 3.6 ? & 1 & 
 3.57$\pm$0.02/0.637$\pm$0.004(/1.786$\pm$0.005) $\ell$   \\
   4109 &  & 6.05 & $\ell$ &  & ~~~~~Manfroid \& Mathys 1985   \\
  26060 & \multicolumn{2}{c}{10:28:44.0~$-$03:44:33} &  &  &   \\
  &  &  &  &  &   \\
  90994 & $\beta$~Sex & B6 p ? & 15 ? &  & 8 : / 15---16 $\ell$ 
 Manfroid \& Renson 1983a  \\
   4119 & $\beta$~Sex & 5.07 & $\ell$ &  & 15.4 ? $\ell$ Mathys et al. 
 1986  \\
  26165 & \multicolumn{2}{c}{10:30:17.5~$-$00:38:13} & $\star$ &  &   \\
  &  &  &  &  &   \\
  92385 & GC~14637 & B9 Si & 0.549 & 1 & 0.5490 $\ell$ North \& Waelkens 
 1983   \\
  ... & V407~Car & 6.73 & $\ell$ & 1 & 0.5491017$\pm$0.0000031 $\ell$ 
 North 1987   \\
  26620 & \multicolumn{2}{c}{10:38:17.6~$-$65:02:31} &  &  &   \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 15
  &  &  &  &  &   \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & $m_{V}$ & Var. & Cat. & Proposed periods (in days) and 
 references  \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & Rem. 
 &  &   \\   \hline
  &  &  &  &  &   \\
  92664 & 217G.~Car & B9 Si & 1.673 & 0 & 1.668$\pm$0.004/0.624$\pm$0.002 
 $\ell$ Hensberge et al. 1976  \\
   4185 & V364~Car & 5.51 & $\ell, m, s$ & 0 & 1.66816(/1.664--1.672) 
 $\ell$ Vanbeveren \& Hensberge 1979   \\
  26750 & \multicolumn{2}{c}{10:40:11.4~$-$65:06:01} &  & 1 & 
 1.6731$\pm$0.0001 $\ell, m$ Megessier \& Hensberge 1983 \\
  &  &  &  & 1 & 1.67544$\pm$0.00127 $\ell$ North 1984   \\
  &  &  &  & 1 & 1.6731 $\ell$ Megessier et al. 1985   \\
  &  &  &  & 1 & 1.67309 $\ell$ Megessier \& North 1987   \\
  &  &  &  & 4 & 1.67315$\pm$0.00010 $m$ Bohlender et al. 1993   \\
  &  &  &  & 4 & 1.6731 $s$ Lanz et al. 1993   \\
  &  &  &  &  &   \\
  93507 & CpD$-67^{\circ}$1494 & A0 SiCr & 550 : & 4 & 556$\pm$22 $m$ 
 Mathys et al. 1996   \\
   ... &  & 8.46 & $m$ &  &   \\
  27020 & \multicolumn{2}{c}{10:45:50.7~$-$68:07:50} &  &  &   \\
  &  &  &  &  &   \\
  94660 & 235G.~Vel & A0 EuCrSi & long & 4 & no var. during 8~d $\ell$ 
 Heck et al. 1976   \\
   4263 & KQ~Vel & 6.11 & $\ell$ & 4 & no var. during 9~d $\ell$ Renson 
 \& Manfroid 1978a  \\
  27310 & \multicolumn{2}{c}{10:55:01.1~$-$42:15:04} &  & 4 & long $\ell$ 
 Hensberge et al. 1981   \\
  &  &  &  & 4 & long $\ell$ Hensberge et al. 1984  \\
  &  &  &  & 4 & $\sim$2700 ? $\ell$ Hensberge 1993  \\
  &  &  &  &  &   \\
  96616 A & 4G.~Cen A & A3 Sr & 2.44 & 0 & 2.45 $\ell$ Renson 1977a   \\
   4327 A & V815~Cen & 5.26 & $\ell$ & 0 & 2.46$\pm$0.03 $\ell$ Renson \& 
 Manfroid 1978a   \\
  27860 & \multicolumn{2}{c}{11:07:16.7~$-$42:38:20} & $\star$ & 0 & 
 2.433$\pm$0.008 $\ell$ Manfroid \& Renson 1980   \\
  &  &  &  & 0 & 2.434$\pm$0.008(2.4341/2.4289) $\ell$ Manfroid \& 
 Renson 1983a   \\
  &  &  &  & 1 & 2.4394$\pm$0.0003 (or other nearby values) $\ell$  \\
  &  &  &  &  & ~~~~~Manfroid \& Mathys 1985   \\
  &  &  &  &  &   \\
  96707 & GC 15332 & A8 Sr ? & 0.928 & 0 & 0.8183(1.28/4.52) $\ell$ Winzer 
 1974b    \\
   4330 & EP~UMa & 6.08 & $\ell$ & 4 & 0.92834 $\ell$ Zverko \& 
 \u{Z}i\u{z}\u{n}ovsk\'{y} 1991   \\
  27890 & \multicolumn{2}{c}{11:09:39.9~$+$67:12:37} &  &  &   \\
  &  &  &  &  &   \\
  96910 & CoD$-47^{\circ}$6547 & B9 SiCrEu & 13.5 : ? & 1 & 
  0.50942$\pm$0.00052/13.5$\pm$1.8 $\ell$ Manfroid \& Mathys 1986  \\
  ... &  & 8.11 & $\ell$ &  &   \\
  27960 & \multicolumn{2}{c}{11:08:58.1~$-$48:24:11} &  &  &   \\
  &  &  &  &  &   \\
  98088 A & GC~15514 & A8 SrCrEu & 5.90513 & 0 & 5.905$\pm$0.005 $v, s$ 
 Abt 1953  \\
   4369 A & SV~Crt & 6.13 & $v, m, s, \ell$ & 0 & 5.905 $m$ Babcock 
 1958a, b   \\
  28310 & \multicolumn{2}{c}{11:16:58.2~$-$07:08:05} & $\star$ & 0 & 
 5.90513$\pm$0.00002 $v$ Abt et al. 1968   \\
  &  &  &  & 0 & 5.90513 $\ell$ Maitzen 1973   \\
  &  &  &  & 0 & 5.90513 $v$ Wolff 1974   \\
  &  &  &  & 0 & 5.90513 $\ell$ Wolff \& Morrison 1975   \\
  &  &  &  & 4 & 5.905130 $\ell$ Catalano \& Leone 1994b   \\
  &  &  &  & 4 & 5.90513 $m$ Leroy 1995   \\
  &  &  &  &  &   \\
  98457 & CoD$-29^{\circ}$9003 & A0 Si & 11.5 & 1 & 11.535$\pm$0.002 $\ell$ 
 Waelkens 1985   \\
  ... & LS~Hya & 7.94 & $\ell$ &   \\
  28360 & \multicolumn{2}{c}{11:19:26.0~$-$30:19:22} & $\star$ &  &   \\
  &  &  &  &  &   \\
 103192 A & $\beta$~Hya A & B9 SiCrSr & 2.3567 & 0 & 1.94$\pm$0.06 $\ell$ 
 Renson et al. 1976   \\
   4552 A & $\beta$~Hya & 4.71 & $\ell$ & 0 & 2.344$\pm$0.009 $\ell$ 
 Manfroid \& Renson 1980, 1983a   \\
  29760 & \multicolumn{2}{c}{11:52:54.5~$-$33:54:29} & $\star$ & 4 & 
 2.35666$\pm$0.00002 $\ell$ Manfroid \& Renson 1994a   \\
  &  &  &  &  &   \\
 103789 & GC~16344 & A0p? & 0.68 & 4 & 0.675 $\ell$ Mathys et al. 1996  \\
   4571 & LV~Hya & 6.20 & $\ell$ &  &   \\
  29976 & \multicolumn{2}{c}{11:57:03.8~$-$33:18:56} &  &  &   \\
  &  &  &  &  &   \\
 108662 & 17~Com~A & A0 SrCrEu & 5.07 : & 0 & 5.09: $\ell, m$ Stepien 
 1968a  \\
   4752 & AI~Com & 5.28 & $\ell, m, s$ & 0 & 5.0808$\pm$0.0003 $m, \ell,
 s$ Preston et al. 1969   \\
  31550 & \multicolumn{2}{c}{12:28:54.7~$+$25:54:46} & $\star$ & 0 & 5.0808 
 $\ell$ Winzer 1974b   \\
  &  &  &  & 0 & 5.1 $\ell$ Panov \& Sch\"oneich 1976b   \\
  &  &  &  & 0 & 5.0808 $\ell$ Hrivnak 1977   \\
  &  &  &  & 1 & 5.08 $s$ Aslanov et al. 1976   \\
  &  &  &  & 1 & 5.0754 $\ell$ Musielok (priv. comm. to   \\
  &  &  &  &  & ~~~~~Hildebrandt et al. 1985)   \\
  &  &  &  & 2 & 5.0633 $m, \ell, s$ Rustamov \& Khotnyanskii 1980 \\
  &  &  &  & 4 & 5.0808 $m, s$ Rice \& Wehlau 1994b   \\
  &  &  &  & 4 & 5.0633 $m$ Leroy 1995   \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 16
  &  &  &  &  &   \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & $m_{V}$ & Var. & Cat. & Proposed periods (in days) and 
 references  \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & Rem. 
 &  &   \\   \hline
  &  &  &  &  &   \\
 108945 & 21~Com & A3 Sr & 2.004 & 0 & 7.75(/$\sim$1) $s$ Provin 1953c  \\
   4766 & UU~Com & 5.46 & $s, \ell$ & 0 & 1.0256 $s$ Deutsch 1955a \\
  31610 & \multicolumn{2}{c}{12:31:00.6~$+$24:34:01} &  & 0 & 
 1.10/11.0/2.1953 $\ell, s$ Bahner \& Mawridis 1957 \\
  &  &  &  & 0 & 1.026 $\ell$ Wolff \& Wolff 1971a   \\
  &  &  &  & 0 & 2.1953(/1.02/1.10) $\ell (+s)$ Blanco \& Catalano 1972  \\
  &  &  &  & 0 & 0.9178 ? $\ell$ Weiss et al. 1980   \\
  &  &  &  & 1 & 1.03 $s$ Aslanov et al. 1976   \\
  &  &  &  & 3 & 1.83736 $\ell(H\beta)$ Zverko 1987  \\
  &  &  &  & 3 & 2.00435$\pm$0.00080 $\ell$ Kreidl et al. 1990   \\
  &  &  &  & 3 & 2.00435 $\ell, s$ Megessier 1990   \\
  &  &  &  &  &   \\
 110066 & GC~17231 & A1 SrCrEu & long & 0 & 10 years ? $\ell$ Wolff 1975 \\
   4816 & AX~CVn & 6.42 & $\ell$ & 1 & $\sim$4900(/9800) ? $\ell$ 
 Adelman 1981  \\
  31960 & \multicolumn{2}{c}{12:39:16.9~$+$35:57:07} &  &  &  \\
  &  &  &  &  &   \\
 110073 & $\ell$~Cen & B8 Mn & 0.5 ? & 2 & 0.457 ? $\ell$ Manfroid \& 
 Renson 1983   \\
   4817 &  & 4.63 & $\ell$ &  &   \\
  31980 & \multicolumn{2}{c}{12:39:52.6~$-$39:59:15} &  &  &   \\
  &  &  &  &  &  \\
  ... & GC~17353 & A5 Cr & 2.87 & 0 & 2.8730$\pm$0.0002(/2.8551/...) 
 $\ell$ Renson 1978a  \\
  ... & BR~Cru & 8.8 & $\ell$ &  &  \\
  32250 & \multicolumn{2}{c}{12:46:24.1~$-$56:30:10} & $\star$ &  &  \\
  &  &  &  &  &   \\
 111133 & GC~17366 & A1 SrCrEu & 16.307 & 0 & $\sim$11 ? $\ell$ Stepien 
 1968a   \\
   4854 & EP~Vir & 6.33 & $\ell, m, s, v$ & 0 & 16.3 $\ell$ Wolff \& 
 Wolff 1971b   \\
  32310 & \multicolumn{2}{c}{12:47:02.3~$+$05:57:01} &  & 0 & 
 16.30$\pm$0.03 $\ell, m, s, v$ Wolff \& Wolff 1972 \\
  &  &  &  & 0 & 16.31 $s$ Engin 1974   \\
  &  &  &  & 0 & 16.304 $\ell$ Buchholz \& Maitzen 1979   \\
  &  &  &  & 4 & 16.3047$\pm$0.0020 $\ell$ Adelman et al. 1992  \\
  &  &  &  & 4 & 16.48281$\pm$0.00040 $\ell$ Catalano \& Leone 1994b \\
  &  &  &  & 4 & 16.30720$\pm$0.00032 $\ell$ North \& Adelman 1995   \\
  &  &  &  &  &   \\
 112185 & $\varepsilon$~UMa & A1 CrEuMn & 5.089 & 0 & 0.95203 $v$ 
 Ludendorff 1909   \\
   4905 & $\varepsilon$~UMa & 1.76 & $v, \ell, s, m $ & 0 & 0.95203 
 $\ell$ Guthnik 1917a   \\
  32580 & \multicolumn{2}{c}{12:54:01.7~$+$55:57:35} &  & 0 & 0.95203 $v, 
 \ell$ Guthnik \& Prager 1918   \\
  &  &  &  & 0 & 5.10$\pm$0.01 $s$ Guthnik 1931   \\
  &  &  &  & 0 & 5.099$\pm$0.001 $s$ Guthnik 1932   \\
  &  &  &  & 0 & 5.0887 $v, \ell$ Guthnik 1934   \\
  &  &  &  & 0 & 5.09: $s$ Struve \& Hiltner 1943   \\
  &  &  &  & 0 & 5.2: $s$ Swensson 1944   \\
  &  &  &  & 0 & 5.0887 $s$ Deutsch 1947a   \\
  &  &  &  & 0 & 5.0887 $\ell$ Provin 1953c   \\
  &  &  &  & 0 & 5.0887 $\ell(UV)$ Molnar 1975   \\
  &  &  &  & 0 & 5.0887 $\ell(UV)$ Leckrone 1976   \\
  &  &  &  & 0 & 5.0887 $\ell(UV)$ Mallama \& Molnar 1977   \\
  &  &  &  & 0 & 5.0887 $m, s$ Hubrig 1978   \\
  &  &  &  & 0 & 5.0887 $\ell$ Musielok et al. 1980   \\
  &  &  &  & 0 & 5.0887 $v$ Woszczyk \& Jasi\'nski 1980   \\
  &  &  &  & 0 & 5.0884 $m$ Glagolevskii et al. 1981   \\
  &  &  &  & 4 & 5.0887 $s$ Woszczyk \& Michalowski 1981   \\
  &  &  &  & 1 & 5.0887 $\ell$ Pyper \& Adelman 1985   \\
  &  &  &  & 2 & 5.0887 $\ell(H\beta)$ Musielok \& Madej 1988   \\
  &  &  &  & 3 & 5.0884 $s$ Rice \& Wehlau 1990   \\
  &  &  &  & 3 & 5.0887 $s, m$ Donati et al. 1990   \\
  &  &  &  & 3 & 5.0887$\pm$0.0013 $m$ Bohlender \& Landstreet 1990 \\
  &  &  &  & 3 & 5.0887 $s$ Hatzes 1991b   \\
  &  &  &  & 4 & 5.0887 $s$ Totochava \& Khokhlova 1991   \\
  &  &  &  &  &   \\
 112381 & GC~17563 & A0 SiCr & 2.8 & 0 & 2.84$\pm$0.04 $\ell$ Manfroid \& 
 Renson 1980, 1983a   \\
  ... & V823~Cen & 6.50 & $\ell, m$ & 4 & 2.84$\pm$0.04 $m$ Bohlender 
 et al. 1993   \\
  32630 & \multicolumn{2}{c}{12:56:58.4~$-$54:35:14} &  &  &   \\
\end{tabular}

% pgtab1b.tex

\footnotesize
\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 17
  &  &  &  &  &  \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & m$_{V}$ & var. & Cat. & Proposed periods (in days) 
 and references \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & 
 Rem. &  &  \\   \hline
  &  &  &  &  &  \\
 112413 & $\alpha^{2}$~CVn & A0 EuSiCr & 5.4693 & 0 & 5.50 $s, v$ 
 Belopolsky 1913a,b \\
   4915 & $\alpha^{2}$~CVn & 2.89 & $s, v, \ell, m$ & 0 & 5.54 $\ell$ 
  Guthnik \& Prager 1914  \\
  32650 & \multicolumn{2}{c}{12:56:01.7~$+$38:19:06} & $\star$ & 0 & 5.553 
 $\ell$ Guthnik 1917b  \\
  &  &  &  & 0 & 5.553 $\ell, v$ Guthnik \& Prager 1918  \\
  &  &  &  & 0 & 5.470 $\ell$ G\"ussow 1927  \\
  &  &  &  & 0 & 5.4695 $s$ Belopolsky 1928  \\
  &  &  &  & 0 & 5.470 $\ell$ G\"ussow 1930  \\
  &  &  &  & 0 & 5.4695 $v, s$ Farnsworth 1932a  \\
  &  &  &  & 0 & 5.46939 $v, s$ Farnsworth 1932b  \\
  &  &  &  & 0 & 5.46939 $s, \ell$ Tai 1939  \\
  &  &  &  & 0 & 5.46939 $s, v$ Struve \& Swings 1943  \\
  &  &  &  & 0 & 5.46939 $s$ Deutsch 1947a  \\
  &  &  &  & 0 & 5.46939 $\ell$ Nikonov \& Brodskaya 1950  \\
  &  &  &  & 0 & 5.46939 $m$ Babcock \& Burd 1952  \\
  &  &  &  & 0 & 5.46939 $\ell$ Provin 1953c  \\
  &  &  &  & 0 & 5.46939 $s$ Burbridge \& Burbridge 1955  \\
  &  &  &  & 0 & 5.46939 $m$ Babcock 1958a, b  \\
  &  &  &  & 0 & 5.46939 $\ell$ Jarzebowski 1960b  \\
  &  &  &  & 0 & 5.46939 $\ell, s, v, m$ Pyper 1969  \\
  &  &  &  & 0 & 5.46939 $v$ Cohen et al. 1969  \\
  &  &  &  & 0 & 5.46939 $v, s, m$ Oetken et al. 1970  \\
  &  &  &  & 0 & 5.46939 $m$ Preston 1971  \\
  &  &  &  & 0 & 5.46939 $\ell$ Wolff \& Wolff 1971a  \\
  &  &  &  & 0 & 5.4693$\pm$0.0001 $\ell$ Renson 1972b  \\
  &  &  &  & 0 & 5.4694 $\ell(UV)$ Molnar 1973  \\
  &  &  &  & 4 & 5.46939 $m$ Kemp \& Wolstencroft 1974  \\
  &  &  &  & 0 & 5.46939 $m$ Landstreet et al. 1975  \\
  &  &  &  & 0 & 5.46939 $m$ Borra \& Landstreet 1977  \\
  &  &  &  & 0 & 5.46939 $m$ Borra \& Vaughan 1978  \\
  &  &  &  & 0 & 5.46939 $s$ Kopylov et al. 1978  \\
  &  &  &  & 0 & 5.46939 $m$ Wolff 1978  \\
  &  &  &  & 1 & 5.46939 $s$ Kuvshinov \& Plachinda 1981  \\
  &  &  &  & 1 & 5.46939 $\ell$ Madej et al. 1984  \\
  &  &  &  & 2 & 5.46939 $s$ Khokhlova \& Pavlova 1984  \\
  &  &  &  & 2 & 5.46939 $m$ Romanyuk 1984  \\
  &  &  &  & 2 & 5.46939 $m, s$ Romanyuk 1986  \\
  &  &  &  & 2 & 5.46939 $\ell(H\beta)$ Musielok \& Madej 1988  \\
  &  &  &  & 3 & 5.46939 $m$ Donati \& Semel 1990  \\
  &  &  &  & 4 & 5.46939 $m$ Romanyuk 1991  \\
  &  &  &  &  &  \\
 114365 & 179G.~Cen & A0 Si& 1.2719 & 0 & 1.272$\pm$0.002 $\ell$ 
 Manfroid \& Renson 1980, 1983a  \\
  4965 & V824~Cen & 6.06 & $\ell$ & 3 & 1.271925$\pm$0.000015 $\ell$ 
 Catalano \& Leone 1993a \\
  33070 & \multicolumn{2}{c}{13:10:58.4~$-$52:34:01} &  &  &   \\
  &  &  &  &  &  \\
 115599 & CpD$-57^{\circ}$5986 & A2 Si & 0.675 & 0 & 0.6755$\pm$0.0005 
 $\ell$ Moffat 1977  \\
  ... & V819~Cen & 9.00 & $\ell$ &  &  \\
  33420 & \multicolumn{2}{c}{13:19:21.7~$-$58:11:42} &  &  &  \\
  &  &  &  &  &  \\
 115708 & BD$+27^{\circ}$2234 & A3 SrEu & 5.076 & 0 & 5.07 :? 
 (/1.2422/2.536/...) ? $\ell$ Wolff 1975  \\
  ... & HH~Com & 7.80 & $\ell$ & 4 & 5.554/5.077 $m$ Leroy et al. 1993 \\
  33450 & \multicolumn{2}{c}{13:18:37.2~$+$26:21:57} &  & 4 & 5.0762 
 $m$ Leroy 1995  \\
  &  &  &  & 4 & 5.07622$\pm$0.00040 $m$ Wade et al. 1996a  \\
  &  &  &  &  &  \\
 115735 & 21 CVn & B9 He wk Si & 0.77 ? & 2 & 0.767 ? $\ell$ Zverko 1984 \\
   5023 & BK CVn & 5.15 & $\ell$ &  &  \\
  33470 & \multicolumn{2}{c}{13:18:14.5~$+$49:40:55} &  &  &  \\
  &  &  &  &  &  \\
 116458 & 67G.~Mus & A0 SiEuCr & 148 & 4 & var.? $m$ Wood \& Campusano 
 1975   \\
   5049 &  & 5.67 & $\ell, m$ & 4 & 70.651 $v$ Wood et al 1977  \\
  33590 & \multicolumn{2}{c}{13:25:50.2~$-$70:37:38} & $\star$ & 4 & 
no var. $\ell$, 70.651 $v$ Maitzen \& Wood 1977  \\
  &  &  &  & 4 & var. ? $s$ Dworetsky et al. 1980  \\
  &  &  &  &  & long $m$ Mathys 1991  \\
  &  &  &  & 4 & 147.9$\pm$0.6 $\ell, m$ Hensberge 1993  \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}    % 18
  &  &  &  &  &  \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & m$_{V}$ & var. & Cat. & Proposed periods (in days) 
 and references \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & 
 Rem. &  &  \\   \hline
  &  &  &  &  &  \\
 116890 & GC~18189 & B9 Si & 4.301 & 0 & 4.5 $\ell$ Maitzen \& Wood 1977 \\
   5066 & EZ~Mus & 6.20 & $\ell$ & 0 & 4.3127$\pm$0.0010(/4.3032/4.3224) 
 $\ell$ Stift 1979  \\
  33720 & \multicolumn{2}{c}{13:28:46.7~$-$69:37:38} &  & 3 & 
 4.301176$\pm$0.000012 $\ell$ Catalano \& Leone 1993a \\
  &  &  &  &  &  \\
 118022 & 78~Vir & A2 CrEuSr & 3.722 & 0 & 12.26 $\ell, m$ Stepien 1968b \\
   5105 & CW~Vir & 4.93 & $\ell, m, v, s$ & 0 & 3.7220 $m, v, s, \ell$ 
  Preston 1969b  \\
  34020 & \multicolumn{2}{c}{13:34:07.9~$+$03:39:32} &  & 0 & 3.7220 
 $\ell$ Wolff \& Wolff 1971a  \\
  &  &  &  & 0 & 3.7220 $\ell$ van Genderen 1971  \\
  &  &  &  & 0 & 3.7220 $m$ Wolff \& Bonsack 1972  \\
  &  &  &  & 0 & 3.7220 $\ell$ Winzer 1974b  \\
  &  &  &  & 0 & 3.7220 $m$ Wolff 1978  \\
  &  &  &  & 0 & 3.7220 $m$ Borra \& Landstreet 1980  \\
  &  &  &  & 2 & 3.7220 $\ell(H\beta)$ Musielok \& Madej 1988  \\
  &  &  &  & 2 & 3.7220 $m(B_{s})$ Ryabchikova et al. 1988  \\
  &  &  &  & 4 & 3.722084$\pm$0.000042 $\ell$ Catalano \& Leone 1994b \\
  &  &  &  & 4 & 3.7220 $m$ Leroy 1995  \\
  &  &  &  &  &  \\
 119213 & GC~18496 & A3 SrCr & 2.44991 & 0 & 1.706$\pm$0.001 $\ell$ Burke 
 \& Howard 1972  \\
   5153 & CQ~UMa & 6.28 & $\ell, s, m$ & 0 & 1.6980 $\ell$ Winzer 1974b  \\
  34410 & \multicolumn{2}{c}{13:40:21.3~$+$57:12:28} &  & 0 & 2.451 
 $\ell, s$ Wolff \& Morrison 1975  \\
  &  &  &  & 0 & 2.45002$\pm$0.00018 $\ell$ Mikulasek 1975  \\
  &  &  &  & 0 & 2.433 $\ell$ Sch\"oneich et al. 1976b  \\
  &  &  &  & 0 & 2.433 $\ell$ Mikulasek 1976  \\
  &  &  &  & 0 & 2.449967$\pm$0.000025(/4.9) $\ell$ Grygar et al. 1978 \\
  &  &  &  & 0 & 2.449967$\pm$0.000025 $\ell$ Mikulasek et al. 1978 \\
  &  &  &  & 0 & 2.449981$\pm$0.000031 $\ell$ Pavlovski 1979  \\
  &  &  &  & 0 & 2.44988$\pm$0.00005 $\ell$ Musielok et al. 1980  \\
  &  &  &  & 1 & 2.44997 $\ell$ Pyper \& Adelman 1985  \\
  &  &  &  & 2 & 2.449961 $m$ Mikulasek et al. 1984  \\
  &  &  &  & 2 & 2.449967 $m$ Glagolevskii et al. 1984  \\
  &  &  &  & 2 & 2.449909$\pm$0.000011 $\ell$ Mikulasek 1987, 1988  \\
  &  &  &  & 2 & 2.44988 $\ell(H\beta)$ Musielok \& Madej 1988  \\
  &  &  &  & 4 & 2.4499086$\pm$0.0000047 $\ell$ Jetsu et al. 1992  \\
  &  &  &  & 4 & 2.4499141$\pm$0.0000038 $\ell$ 
 \u{Z}i\u{z}\u{n}ovsk\'{y} \& Mikul\'{a}\u{s}ek 1995  \\
  &  &  &  &  &  \\
 119419 & GC~18555 & A0 SiCrEu & 2.60 & 0 & 2.605$\pm$0.010 $\ell$ 
 Manfroid \& Renson 1980, 1983a  \\
   5158 & V827~Cen & 6.46 & $\ell, m, s$ & 2 & 2.605 $m$ Thompson et al. 
 1987  \\
  34470 & \multicolumn{2}{c}{13:44:16.0~$-$51:00:45} &  & 3 & 2.6006 
 $m, s$ Mathys 1991  \\
  &  &  &  & 3 & 2.6006$\pm$0.0003/2.5900 $\ell$ Lanz \& Mathys 1991a \\
  &  &  &  & 3 & 2.60562$\pm$0.00018 $\ell$ Catalano \& Leone 1993b \\
  &  &  &  & 4 & 2.6006$\pm$0.0003 $m$ Bohlender et al. 1993  \\
  &  &  &  &  &  \\
 120198 & 84~UMa & A0 EuCr & 1.3807 & 0 & $>$1 $\ell$ Jackish 1972  \\
   5187 & CR~UMa & 5.68 & $\ell, s$ & 0 & 1.3799 ? $\ell$ Winzer 1974b \\
  34660 & \multicolumn{2}{c}{13:46:35.6~$+$54:25:58} &  & 0 & 
 1.37996$\pm$0.00008 $\ell$ Burke \& Barr 1981  \\
  &  &  &  & 4 & 1.380682 $s, \ell$ Rice \& Wehlau 1994a  \\
  &  &  &  &  &  \\
 122532 & 307G.~Cen & B9 Si & 3.681 & 0 & 1.837$\pm$0.008 $\ell$ Manfroid 
 \& Renson 1980, 1983a  \\
   5269 & V828~Cen & 6.10 & $\ell, m, s$ & 2 & 
 3.6790$\pm$0.0040/3.6622$\pm$0.0040 $m$ Thompson et al. 1987 \\
  35150 & \multicolumn{2}{c}{14:03:27.5~$-$41:25:24} & $\star$ & 3 & 
 3.68069 $m, s$ Mathys 1991  \\
  &  &  &  & 3 & 3.6807$\pm$0.0001 $\ell$ Lanz \& Mathys 1991a  \\
  &  &  &  & 3 & 3.68070$\pm$0.00005 $\ell$ Catalano \& Leone 1993a \\
  &  &  &  & 4 & 3.6807$\pm$0.0001 $m$ Bohlender et al. 1993  \\
  &  &  &  &  &  \\
 123515 & 320G.~Cen A & B8 Si ? & 1.5 & 1 & 1.456 $\ell$ Waelkens \& 
 Rufener 1985  \\
   5296 A & V869~Cen & 5.97 & $\ell$ & 4 & 1.45594 + 1.5168 + 1.3725 + 
 2.1818 $\ell$ Waelkens 1993  \\
  35380 & \multicolumn{2}{c}{14:09:35.0~$-$51:30:17} & $\star$ &  &  \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 19
  &  &  &  &  &  \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & m$_{V}$ & var. & Cat. & Proposed periods (in days) 
 and references \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & 
 Rem. &  &  \\   \hline
  &  &  &  &  &  \\
 124224 & GC~19157 & B9 Si & 0.52068 & 0 & 0.52067 $s$ Deutsch 1952b  \\
   5313 & CU~Vir & 5.00 & $s, v, \ell, m$ & 0 & 0.52067 $v$ Deutsch 
  1955b  \\
  35560 & \multicolumn{2}{c}{14:12:15.8~$+$02:24:34} &  & 0 & 
 0.52067 $\ell$ Hardie 1958  \\
  &  &  &  & 0 & 0.520686$\pm$0.000003 $s$ Peterson 1966  \\
  &  &  &  & 0 & 0.5206804$\pm$0.0000014 $\ell$ Hardie et al. 1967  \\
  &  &  &  & 0 & 0.52067 $v, s$ Aydin 1968  \\
  &  &  &  & 0 & 0.520679 $\ell$ Abuladze 1968  \\
  &  &  &  & 0 & 0.520679 $s, v$ Khokhlova \& Riabchikova 1970  \\
  &  &  &  & 0 & 0.52067688 $\ell$ Blanco \& Catalano 1971  \\
  &  &  &  & 0 & 0.52067 $v$ Abt \& Snowden 1973  \\
  &  &  &  & 0 & 0.5207 $\ell$ Winzer 1974b  \\
  &  &  &  & 0 & 0.52067688 $\ell$ Weiss et al. 1976  \\
  &  &  &  & 0 & 0.5212$\pm$0.0005/0.921$\pm$0.001/1.090$\pm$0.001/  \\
  &  &  &  &  & ~~~~~/11.95$\pm$0.08 $m$ Landstreet \& Borra 1977  \\
  &  &  &  & 0 & 0.520675 $s$ Pedersen 1978  \\
  &  &  &  & 0 & 0.52067688 $s$ Pedersen 1977, 1979  \\
  &  &  &  & 0 & 0.520675 $m$ Borra \& Landstreet 1980  \\
  &  &  &  & 1 & 0.520679 $s$ Aslanov et al. 1976  \\
  &  &  &  & 1 & 0.52067688 $\ell$ Pyper \& Adelman 1985  \\
  &  &  &  & 4 & 0.5206800$\pm$0.0000005 $\ell$ Adelman et al. 1992  \\
  &  &  &  & 4 & 0.520675 $s$ Hatzes 1993  \\
  &  &  &  &  &  \\
 125248 & 236G.~Vir & A1 EuCr & 9.295 & 0 & 3.18 $s$ Morgan 1931  \\
   5355 & CS~Vir & 5.87 & $s, m, \ell, v$ & 0 & 9.295 $s$ Deutsch 1947a \\
  35760 & \multicolumn{2}{c}{14:18:38.3~$-$18:42:58} & $\star$ & 0 & 9.295 
 $m$ Babcock 1947  \\
  &  &  &  & 0 & 9.295 $\ell$ Stibbs 1950  \\
  &  &  &  & 0 & 9.295 $m, v$ Babcock 1951  \\
  &  &  &  & 0 & 9.2954 $m$ Babcock 1958a, b  \\
  &  &  &  & 0 & 9.2957$\pm$0.0002 $m$ Adam 1965  \\
  &  &  &  & 0 & 9.2954 $m, s$ Hockey 1969  \\
  &  &  &  & 0 & 9.2954 $\ell$ Maitzen \& Rakosch 1970  \\
  &  &  &  & 0 & 9.2954 $\ell$ Wolff \& Wolff 1971a  \\
  &  &  &  & 0 & 9.2954 $\ell$ Maitzen \& Moffat 1972  \\
  &  &  &  & 0 & 9.29541$\pm$0.00007 $\ell$ Renson 1975  \\
  &  &  &  & 0 & 9.29477$\pm$0.00005 $\ell$ Blanco et al. 1978  \\
  &  &  &  & 0 & 9.2954 $m$ Borra \& Landstreet 1980  \\
  &  &  &  & 1 & 9.2954 $\ell$ Pyper \& Adelman 1985  \\
  &  &  &  & 3 & 9.2954 $m$ Mathys 1991  \\
  &  &  &  & 3 & 9.29571$\pm$0.00018 $\ell$ Catalano et al. 1992  \\
  &  &  &  & 4 & 9.2954 $s$ Mathys 1994  \\
  &  &  &  &  &  \\
 125630 & GC~19369 & A2 SiCrSr & 2.206 & 0 & 2.205$\pm$0.004 $\ell$ 
 Manfroid \& Renson 1980, 1983a  \\
  ... & BS~Cir & 6.79 & $\ell$ &  & 2.205 $\ell$ Mathys \& Manfroid 
 1985  \\
  35880 & \multicolumn{2}{c}{14:23:32.1~$-$66:38:42} & $\star$ & 3 & 
 2.20552$\pm$0.00016 $\ell$ Catalano \& Leone 1993b \\
  &  &  &  &  &  \\
 125823 & $a$~Cen & B5 He wk & 8.8177 & 0 & 8.8061 $s$ Jaschek et al. 
 1968  \\
   5378 & V761~Cen & 4.40 & $s, v, \ell, m$ & 0 & 8.812$\pm$0.004 $s$ 
  Norris 1968  \\
  35910 & \multicolumn{2}{c}{14:23:02.3~$-$39:30:43} &  & 0 & 8.8172 
 $s$ /8.814 $s, \ell, v$ Norris 1971  \\
  &  &  &  & 0 & 8.814 $v$ Underhill et al. 1973  \\
  &  &  &  & 0 & 8.814 $m, v$ Wolff \& Morrison 1974  \\
  &  &  &  & 0 & 8.8171$\pm$0.0003 $s, \ell$ Pedersen \& Thomsen 1977 \\
  &  &  &  & 1 & 8.8171 $m$ Borra et al. 1983  \\
  &  &  &  & 4 & 8.817744$\pm$0.000019 $\ell$ Catalano \& Leone 1996 \\
  &  &  &  &  &  \\
 126515 & GC~19462 & A2 CrSr & 130.0 & 0 & 130.0 $m, s$ Preston 1970a  \\
  ... & FF Vir & 7.10 & $m, s, \ell$ & 0 & 130 $\ell$ Catalano 1981 (priv. 
 comm.)  \\
  36050 & \multicolumn{2}{c}{14:25:55.9~$+$00:59:34} &  & 0 & 130 $\ell$ 
 Hensberge et al. 1983 (priv. comm.)  \\
  &  &  &  & 1 & 130.0 $\ell$ Hensberge et al. 1986  \\
  &  &  &  & 2 & 130.0$\pm$0.1 $\ell$ Catalano \& Leone 1990  \\
  &  &  &  & 3 & 130.0 $m$ Mathys 1991  \\
  &  &  &  & 4 & 129.99$\pm$0.04 $\ell$ North \& Adelman 1995 \\
  &  &  &  & 4 & 129.95$\pm$0.02 $m$ Mathys et al. 1996 \\
  &  &  &  &  &  \\
 128898 & $\alpha$~Cir & A9 SrEu & 4.479 & 0 & 1.00440 $v, s$ Lavagnino 
 1960  \\
   5463 & $\alpha$ Cir & 3.19 & $v, s, \ell$ & 0 & 4: months ? $m$ Wood 
 \& Campusano 1975  \\
  36710 & \multicolumn{2}{c}{14:42:30.4~$-$64:58:31} & $\star$ & 0 & 
 $\sim 12$ ? $m$ Borra \& Landstreet 1975  \\
  &  &  &  & 4 & 0.995350$\pm$0.000005 ? $\ell$ Kurtz et al. 1993  \\
  &  &  &  & 4 & 4.4790$\pm$0.0001 $\ell$ Kurtz et al. 1994  \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 20
  &  &  &  &  &  \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & m$_{V}$ & var. & Cat. & Proposed periods (in days) 
 and references \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & 
 Rem. &  &  \\   \hline
  &  &  &  &  &  \\
 129174 & $\pi^{1}$~Boo & B9 MnHg & 2.24 ? & 0 & 2.2445 ? $s$ Deutsch 
 1947a  \\
   5475 &  & 4.94 & $s, \ell$ & 0 & 2.2445 ? $\ell$ Winzer 1974b  \\
  36820 & \multicolumn{2}{c}{14:40:43.6~$+$16:25:06} & $\star$ &  &  \\
  &  &  &  &  &  \\
 133029 A & GC~20205 & B9 SiCrSr & 2.89 & 0 & 1.054 $m, \ell?, v?$ Renson 
 1969  \\
   5597 A & BX~Boo & 6.37 & $\ell ,m$ & 0 & 0.1666/0.1686 $m$ Steinitz 
 \& Pyper 1971b  \\
  37770 & \multicolumn{2}{c}{15:00:38.7~$+$47:16:38} & $\star$ & 0 & 
 0.7412/0.7442 $\ell$ Panov 1974  \\
  &  &  &  & 0 & 2.8881 $\ell$ Winzer 1974b  \\
  &  &  &  & 0 & 2.8881 $\ell$ Wolff \& Morrison 1975  \\
  &  &  &  & 0 & 0.741285 $\ell$ /0.7447 $m$ Panov \& Sch\"oneich 
 1976a, b  \\
  &  &  &  & 0 & 2.88706$\pm$0.00034 $v, \ell$ Bonsack 1977  \\
  &  &  &  & 0 & 0.6080772/0.6080722 $\ell, m$ Panov 1978  \\
  &  &  &  & 0 & 2.8881 $\ell$ Rakosch \& Fiedler 1978  \\
  &  &  &  & 0 & 2.8881 $\ell$ Adelman \& White 1980  \\
  &  &  &  & 0 & 2.8881 $m$ Borra \& Landstreet 1980  \\
  &  &  &  & 1 & 0.7412 $s$ Aslanov et al. 1976  \\
  &  &  &  & 1 & 2.8881 $\ell$ Hildebrandt et al. 1985  \\
  &  &  &  &  &  \\
 133652 & GC~20303 & B9 Si & 2.304 & 4 & var. ? $s$ Bonsack 1974   \\
  5619 & HZ~Lup & 5.97 & $\ell, m$ & 3 & 2.3040$\pm$0.0003 $\ell, m$ 
 Lanz et al. 1991  \\
  37900 & \multicolumn{2}{c}{15:06:33.2~$-$30:55:07} &  & 4 & 
 2.3040$\pm$0.0003 $m$ Bohlender et al. 1993  \\
  &  &  &  &  &  \\
 133880 & 56G.~Lup & B9 Si & 0.8775 & 4 & 4-5 : $m$ Borra \& Landstreet 
 1975   \\
   5624 & HR~Lup & 5.79 & $m, \ell$ & 1 & 0.87746$\pm$0.00001 $\ell$ 
 Waelkens 1985  \\
  38010 & \multicolumn{2}{c}{15:08:12.1~$-$40:35:02} &  & 2 & 
 0.877485$\pm$0.000020 $m$  Landstreet 1990  \\
  &  &  &  &  &  \\
 134214 & GC~20368 & F2 SrEuCr & 248 : & 2 & 1:(0.2584/0.4819/long) ? 
 $\ell$ Kreidl \& Kurtz 1986  \\
  ... & HI~Lib & 7.48 & $\ell$ & 4 & 248 : $\ell$ Kreidl et al. 1994  \\
  38100 & \multicolumn{2}{c}{15:09:02.4~$-$13:59:58} &  &  &  \\
  &  &  &  &  &  \\
 134793 & BD$+9^{\circ}$3006 & A4 SrEuCr & 2.78 & 0 & $\sim$2 ? $m$ 
 Babcock 1958a, b  \\
  ... & LV~Ser & 7.56 & $m, \ell$ & 0 & 2.7806 $\ell$ Maitzen 1976a, b \\
  38240 & \multicolumn{2}{c}{15:11:34.4~$+$08:31:01} &  & 0 & 2.7806 
 $\ell$ Blanco et al. 1976  \\
  &  &  &  & 0 & 2.7800$\pm$0.0001 $\ell$ Blanco et al. 1978  \\
  &  &  &  &  &  \\
 135297 & GC~20485 & A0 SrCrEu & 2.8 ? & 0 & 2.8 $\ell$ Maitzen (cited in 
  Dachs 1971)  \\
  ... & FI~Ser & 7.98 & $\ell$ &  &  \\
  38390 & \multicolumn{2}{c}{15:14:21.0~$+$00:22:11} &  &  &  \\
  &  &  &  &  &  \\
 137193 & GC~20727 & B9 Si & 4.9 & 1 & 4.907(/0.8291) $\ell$ North \& 
  Waelkens 1983  \\
  ... & HQ~Lup & 7.39 & $\ell, m$ & 1 & 4.8719$\pm$0.0023(/4.926) $\ell$ 
  North 1987  \\
  38980 & \multicolumn{2}{c}{15:26:06.9~$-$39:53:21} &  & 2 & 4.907 
 $m$ Thompson et al. 1987  \\
  &  &  &  &  &  \\
 137509 & GC~20810 & B8 He wk SiCrFe & 4.49 & 3 & 
 2.6150$\pm$0.0004/2.8715/.../2.4169 $m$ Mathys 1991  \\
  ... & NN~Aps & 6.90 & $m, \ell, s$ & 3 & 4.4912$\pm$0.0010 $\ell, m$ 
 Lanz \& Mathys 1991b  \\
  39090 & \multicolumn{2}{c}{15:31:27.1~$-$71:03:43} &  & 3 & 
 4.4912$\pm$0.0005 $\ell$ Catalano \& Leone 1993b  \\
  &  &  &  & 4 & 4.4920 $m, s$ Mathys 1994  \\
  &  &  &  &  &  \\
 137909 A & $\beta$~CrB A & A9 SrEuCr & 18.487 & 0 & 18.497 $m$ Steinitz 
 1964 \\
   5747 A & $\beta$~CrB & 3.9 & $m, v, \ell, s$ & 0 & 18.487$\pm$0.002 
  $m$ Preston \& Sturch 1967  \\
  39200 & \multicolumn{2}{c}{15:27:49.7~$+$29:06:21} & $\star$ & 0 & 18.482 
 $m, v$ Renson 1969  \\
  &  &  &  & 0 & 18.487? $\ell$ Burke et al. 1970  \\
  &  &  &  & 0 & 18.487 $\ell$ Brodskaya 1970  \\
  &  &  &  & 0 & 18.487 $\ell$ Wolff \& Wolff 1971a  \\
  &  &  &  & 0 & 18.487 $m$ Wolff \& Bonsack 1972  \\
  &  &  &  & 0 & 18.487 $v, m$ Aslanov \& Rustamov 1976a, b  \\
  &  &  &  & 0 & 18.487 $m$ Wolff 1978  \\
  &  &  &  & 0 & 18.487 $m$ Borra \& Landstreet 1980  \\
  &  &  &  & 3 & 18.490 $m$ Vogt et al. 1980  \\
  &  &  &  & 1 & 18.4856 $s$ Kuvshinov \& Plachinda 1982  \\
  &  &  &  & 1 & 18.487 $\ell$ Pyper \& Adelman 1985  \\
  &  &  &  & 2 & 18.487 $m$ Romanyuk 1984  \\
  &  &  &  & 2 & 18.487 $\ell, s$ Burnashev et al. 1986  \\
  &  &  &  & 2 & 18.487 $m$ Plachinda 1986, 1988  \\
  &  &  &  & 2 & 18.487 $m, s$ Romanyuk 1986  \\
  &  &  &  & 2 & 18.4868$\pm$0.0006 $m$ Kurtz 1989  \\
  &  &  &  & 3 & 18.4868 $m, s$ Mathys 1991  \\
  &  &  &  & 4 & 18.487 $m$ Romanyuk 1991  \\
  &  &  &  & 4 & 18.487 $\ell$ Adelman et al. 1992  \\
  &  &  &  & 4 & 18.487 $m$ Leroy et al. 1993  \\
  &  &  &  & 4 & 18.4868 $m$ Leroy 1995  \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 21
  &  &  &  &  &  \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & m$_{V}$ & var. & Cat. & Proposed periods (in days) 
 and references \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & 
 Rem. &  &  \\   \hline
  &  &  &  &  &  \\
 137949 & 33~Lib & F0 SrEuCr & 7.2 ? & 0 & 18.4 ? $m$ van den Heuvel 1971 \\
  ... & GZ Lib & 6.68 & $m$ & 0 & 23.26 ? $m$ Wolff 1975  \\
  39240 & \multicolumn{2}{c}{15:29:34.8~$-$17:26:27} & $\star$ & 0 & 
 7.194 ? $m$ Kurtz 1982  \\
  &  &  &  &  & non var. $\ell$ Catalano \& Leone 1994b  \\
  &  &  &  &  &  \\
 138519 & GC~20916 & B8 Si & 12.1 & 3 & 12.136 (or nearby value) $\ell$ 
 North 1992b  \\
  ... &  & 7.91 & $\ell$ &  &  \\
  39440 & \multicolumn{2}{c}{15:35:26.8~$-$57:25:02} &  &  &  \\
  &  &  &  &  &  \\
 140160 & $\chi$~Ser & A1 Sr & 1.596 & 0 & 2.675 $s$ Deutsch 1947a  \\
   5843 & $\chi$~Ser & 5.33 & $s, \ell$ & 0 & 1.59584 $s$ Deutsch 
 1952a  \\
  39840 & \multicolumn{2}{c}{15:41:47.4~$+$12:50:51} &  & 0 & 1.59584 
 $\ell$ Provin 1953c  \\
  &  &  &  & 0 & 1.59584 $\ell$ van Genderen 1971  \\
  &  &  &  & 0 & 1.59584 $\ell$ Blanco \& Catalano 1971  \\
  &  &  &  & 0 & 0.25 ? $\ell$ Jackish 1972  \\
  &  &  &  & 0 & 1.5958 $\ell(UV)$ Leckrone 1976  \\
  &  &  &  & 0 & 1.59584 $\ell$ Musielok et al. 1980  \\
  &  &  &  & 1 & 1.596 $s$ Aslanov et al. 1976  \\
  &  &  &  & 4 & 1.59581 $\ell$ Adelman et al. 1992  \\
  &  &  &  &  &  \\
 140728 & GC~21154 & A0 SiCr & 1.296 & 0 & 1.30508(/4.2283) $\ell$ Wehlau 
  1962b  \\
   5857 & BP~Boo & 5.51 & $\ell, s$ & 0 & 4.228 ? $v$ Leung 1967  \\
  39990 & \multicolumn{2}{c}{15:42:50.7~$+$52:21:39} &  & 0 & 1.30488 
 $\ell$ Blanco et al. 1973  \\
  &  &  &  & 0 & 1.3049 $\ell$ Winzer 1974b  \\
  &  &  &  & 1 & 1.30508 $s$ Aslanov et al. 1976  \\
  &  &  &  & 3 & 1.29557 $s$ Hatzes 1990  \\
  &  &  &  &  &  \\
 142070 & BD$-0^{0}$3026 & A0 SrCrEu & 3.37 & 4 & 3.3737$\pm$0.0011 $m$ 
 Mathys et al. 1996   \\
  ...  &  & 7.97 & $m$ &  &   \\
  40330 & \multicolumn{2}{c}{15:52:35.0~$-$01:01:53} &  &  &   \\
  &  &  &  &  &  \\
 142301 & 3~Sco & B8 He wk Si & 1.459 & 0 & 3.13$\pm$0.03 ? $m$ Landstreet 
 \& Borra 1976  \\
   5912 & V927~Sco & 5.87 & $m, s, \ell$ & 0 & 1.461$\pm$0.007? $s, 
 \ell$ Pedersen \& Thomsen 1977  \\
  40380 & \multicolumn{2}{c}{15:54:39.6~$-$25:14:37} &  & 0 & 
 1.45955$\pm$0.00030 $m$ Landstreet et al. 1979  \\
  &  &  &  & 1 & 1.45937$\pm$0.00005 $\ell$ North 1984  \\
  &  &  &  &  &  \\
 142884 & GC~21422 & B9 Si & 0.803 & 1 & 0.8030 $\ell$ North \& Waelkens 
  1983  \\
  ... & V928~Sco & 6.76 & $\ell$ & 1 & 0.80299$\pm$0.00002(/0.8039) 
  $\ell$ North 1987  \\
 40510 & \multicolumn{2}{c}{15:57:48.8~$-$23:31:38} &  &  &  \\
  &  &  &  &  &  \\
 142990 & GC~21442 & B7 He wk & 0.979 & 0 & 
 $\sim$40:/0.492$\pm$0.003(/0.976$\pm$0.015) $s, \ell$  \\
   5942 & V913~Sco & 5.43 & $s, \ell, m$ &  & ~~~~~Pedersen \& Thomsen 
 1977  \\
  40530 & \multicolumn{2}{c}{15:58:34.9~$-$24:49:54} &  & 1 & 
 0.97843$\pm$0.00008(/0.492585$\pm$0.000015) $m$  \\
  &  &  &  &  & ~~~~~Borra et al. 1983  \\
  &  &  &  & 1 & 0.315 ? $\ell$ Borra et al. 1985  \\
  &  &  &  & 4 & 0.985$\pm$0.006(/0.982920$\pm$0.000020) $m$ Bohlender 
 et al. 1993  \\
  &  &  &  & 4 & 0.979070$\pm$0.000011 $\ell$ Catalano \& Leone 1996  \\
  &  &  &  &  &  \\
 143658 & GC~21561 & B9 Si & 5.2 & 0 & 5.2$\pm$0.2 $\ell$ Renson \& 
 Manfroid 1980  \\
  ... & QY~Nor & 6.47 & $\ell$ & 1 & 5.18 $\ell$ Mathys \& Manfroid 1985 \\
  40710 & \multicolumn{2}{c}{16:04:21.4~$-$53:42:37} &  &  &  \\
  &  &  &  &  &  \\
 143807 & $\iota$~CrB & A0 MnHg & ? & 0 & 20-30 ? $\ell$ Winzer 1947b  \\
   5971 &  & 4.98 & $\ell$ &  &  \\
  40740 & \multicolumn{2}{c}{16:01:26.6~$+$29:51:04} & $\star$ &  &  \\
  &  &  &  &  &  \\
 144231 & GC~21650 & B9 Si & 4.391 & 0 & 4.41$\pm$0.08 $\ell$ Renson \& 
  Manfroid 1980  \\
  ... & LL~TrA & 6.88 & $\ell$ & 1 & 4.39 $\ell$ Mathys \& Manfroid 
  1985  \\
  40860 & \multicolumn{2}{c}{16:08:33.0~$-$62:58:55} &  & 3 & 
 4.39136$\pm$0.00010 $\ell$ Catalano \& Leone 1993a  \\
  &  &  &  &  &  \\
 144334 & 19G.~Sco & B8 He wk & 1.495 & 1 & 3.61+0.04-0.06 $m$ Borra et 
 al. 1983  \\
   5988 & V929~Sco & 5.91 & $\ell, m$ & 1 & 1.492(/0.5982) $\ell$ North 
  \& Waelkens 1983  \\
  40900 & \multicolumn{2}{c}{16:06:06.4~$-$23:36:23} &  & 1 & 
 1.494971$\pm$0.000024 $\ell, m$ North 1987  \\
  &  &  &  & 4 & 1.494971 $\ell$ Catalano \& Leone 1996  \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 22
  &  &  &  &  &  \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & m$_{V}$ & var. & Cat. & Proposed periods (in days) 
 and references \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & 
 Rem. &  &  \\   \hline
  &  &  &  &  &  \\
 144667 A & GC~21680 & A0 He wk & 2 : & 4 & 2.028 : $\ell$ Kurtz \& Marang 
 1995  \\
   6000 A &  & 6.65 & $\ell$ &  &  \\
  41010 & \multicolumn{2}{c}{16:08:34.7~$-$39:05:35} & $\star$ &  &  \\
  &  &  &  &  &  \\
 144897 & CoD$-40^{\circ}$10236 & B8 EuCr & 48 & 4 & 48.43$\pm$0.14 $m$ 
 Mathys et al. 1996  \\
  ... &  & 8.61 & $m$ &  &    \\
  41060 & \multicolumn{2}{c}{16:09:51.2~$-$41:09:29} &  &  &  \\
  &  &  &  &  &  \\
 145102 & 31G.~Sco & B9 Si & 1.42 & 0 & 
 0.539$\pm$0.005/0.584$\pm$0.01/0.772$\pm$0.01/0.873$\pm$0.01/  \\
  ... & V952~Sco & 6.59 & $\ell$ &  & 
~~~~~1.17$\pm$0.02/1.41$\pm$0.02/3.44$\pm$0.15/7.0$\pm$0.3 $\ell$  \\
  41120 & \multicolumn{2}{c}{16:10:16.0~$-$26:54:33} &  &  & 
 ~~~~~Vanbeveren \& Hensberge 1978  \\
  &  &  &  & 1 & 1.693 $\ell$ Borra et al. 1985  \\
  &  &  &  & 1 & 1.417951$\pm$0.000063(/1.4233/1.4207) $\ell$ North 1987 \\
  &  &  &  &  &  \\
 145389 & $\varphi$~Her & B9 MnHg & 7.83 ? & 0 & 7.832 $\ell$ Rakosch \& 
  Fiedler 1978  \\
   6023 &  & 4.22 & $\ell$ &  &  \\
  41160 & \multicolumn{2}{c}{16:08:46.2~$+$44:56:06} & $\star$ &  &  \\
  &  &  &  &  &  \\
 146998 & CoD$-25^{\circ}$11477 & A6 SrCr & 1.2 ? & 1 & 1.192/1.189 ? 
 $\ell$ Borra et al. 1985  \\
  ... & V953~Sco & 9.54 & $\ell$ &  &  \\
  41520 & \multicolumn{2}{c}{16:20:09.8~$-$25:51:27} &  &  &  \\
  &  &  &  &  &  \\
 147010 & GC~21960 & B9 SiCrSr & 3.9207 & 0 & 5.7 ? $s$ Kameswara Rao \& 
  Rajamohan 1982  \\
  ... & V933~Sco & 7.39 & $s, \ell, m$ & 0 & 3.92/1.34 $\ell$ 
 North 1982  \\
  41530 & \multicolumn{2}{c}{16:20:05.5~$-$20:03:22} &  & 1 & 
 3.9210$\pm$0.0001 $\ell$ North 1984  \\
  &  &  &  & 1 & 3.998 $\ell$ Borra et al. 1985  \\
  &  &  &  & 2 & 3.9210 $m$ Thompson et al. 1987  \\
  &  &  &  & 3 & 3.9210 $m, s$ Mathys 1991  \\
  &  &  &  & 3 & 3.92076$\pm$0.00015 $\ell$ Lanz \& Mathys 1991a  \\
  &  &  &  & 4 & 3.9210 $\ell$ Adelman et al. 1992  \\
  &  &  &  & 3 & 3.920676$\pm$0.000025 $\ell$ Catalano \& Leone 1993b \\
  &  &  &  & 4 & 3.92076 $m$ Mathys 1994  \\
  &  &  &  &  &  \\
 147105 & CoD$-25^{\circ}$11483 & A3 SrCrEu & 1.9 ? & 1 & 0.661 $\ell$ 
 Borra et al. 1985  \\
  ... & V961~Sco & 8.81 & $\ell$ & 1 & 1.90685$\pm$0.00014(/1.981/1.998) 
 $\ell$ North 1987 \\ 
  41560 & \multicolumn{2}{c}{16:20:49.3~$-$25:23:39} &  &  &  \\
  &  &  &  &  &  \\
 147890 & GC~22076 & A0 SiSr & 4.336 & 1 & 4.331 $\ell$ North \& Waelkens 
 1983  \\
  ... & V936~Sco & 7.66 & $\ell$ & 1 & 5.00 $\ell$ Borra et al. 1985  \\
  41720 & \multicolumn{2}{c}{16:25:39.2~$-$29:24:02} &  & 1 & 
 4.33578$\pm$0.00011 $\ell$ North 1987  \\
  &  &  &  &  &  \\
 148112 & $\omega$~Her & A0 CrEu & 3.043 & 0 & 1.5296(/2.89) $\ell$ 
  Winzer 1974b  \\
   6117 & $\omega$~Her & 4.57 & $s, m$ & 0 & 2.951 $\ell$ 
  Sch\"oneich \& Hildebrandt 1976  \\
  41850 & \multicolumn{2}{c}{16:25:25.0~$+$14:02:00} & $\star$ & 0 & 
 1.5296 ? $m$ Borra \& Landstreet 1980  \\
  &  &  &  & 2 & 2.951 $s, v$ Aslanov 1987  \\
  &  &  &  & 3 & 3.04296 $s, m$ Hatzes 1991b  \\
  &  &  &  &  &  \\
 148199 & GC~22126 & B9 He wk SiSr & 7.8 (?) & 2 & 8.3$\pm$1.5/2.7$\pm$0.2 
 $m$ Thompson et al. 1987  \\
  ... &  & 7.01 & $m, \ell$ & 3 & 7.73(/1.165) $\ell$ Catalano \& Leone 
 1993b  \\
  41870 & \multicolumn{2}{c}{16:27:29.7~$-$29:17:18} &  & 4 & 
 7.8$\pm$0.6(/7.7255:/1.165$\pm$0.015) $m$  \\
  &  &  &  &  & ~~~~~~Bohlender et al. 1993  \\
  &  &  &  &  &  \\
 148330 & GC~22102 & A2 SiSr & 4.288 & 1 & 2.144202 $\ell$, 2.144039 $v$ 
  \u{Z}i\u{z}\u{n}ovsk\'y 1983  \\
   6127 & DQ~Dra & 5.74 & $\ell, m, v, s$ & 1 & 2.144202 $\ell, s, v$ 
  \u{Z}i\u{z}\u{n}ovsk\'y 1986  \\
  41910 & \multicolumn{2}{c}{16:24:25.3~$+$55:12:18} &  & 2 & 4.288404 
 $m, \ell, v, s$ \u{Z}i\u{z}\u{n}ovsk\'y \& Romanyuk 1990  \\
  &  &  &  &  &  \\
 148898 & $\omega$~Oph & A6 SrCrEu & 1.8 ? & 0 & $\sim 2 \; s$ Deutsch 
 1952c \\
   6153 & $\omega$~Oph & 4.45 & $s, \ell, m$ & 0 & 
  0.74618$\pm$0.0002/2.968$\pm$0.003 $\ell$  \\
  42070 & \multicolumn{2}{c}{16:32:08.2~$-$21:27:59} &  &  & 
 ~~~~~Renson \& Maitzen 1978  \\
  &  &  &  & 0 & 0.58 $m$ ? Borra \& Landstreet 1980  \\
  &  &  &  & 0 & 2.99$\pm$0.05(/1.5) $\ell$ Renson \& Manfroid 1980 \\
  &  &  &  & 1 & 1.79/4.65 $\ell$ Mathys \& Manfroid 1985  \\
  &  &  &  & 1 & 1.79$\pm$0.02/4.67$\pm$0.08(/2.33$\pm$0.02) $\ell$  \\
  &  &  &  &  & ~~~~~Manfroid \& Mathys 1985  \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 23
  &  &  &  &  &  \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & m$_{V}$ & var. & Cat. & Proposed periods (in days) 
 and references \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & 
 Rem. &  &  \\   \hline
  &  &  &  &  &  \\
 149822 & GC~22335 & B9 SiCrSr & 1.459 & 0 & 1.4590 $\ell$ Winzer 1974b \\
   6176 & V773~Her & 6.38 & $\ell$ & 0 & 1.45876$\pm$0.00008 $\ell$ 
  Burke \& Barr 1981  \\
  42390 & \multicolumn{2}{c}{16:36:42.9~$+$15:29:51} &  &  &  \\
  &  &  &  &  &  \\
 149911 & GC~22360 & A0 CrSiSr & 6 : ? & 0 & 6: $\ell$ Maitzen 1976a  \\
   6179 &  & 6.08 & $\ell$ &  &  \\
  42420 & \multicolumn{2}{c}{16:38:01.6~$-$06:32:17} &  &  &  \\
  &  &  &  &  &  \\
 150035 & CoD$-27^{\circ}$11054 & A3 CrEuSr & 0.54 ? & 1 & 
 0.544/0.545/0.543 $\ell$ Borra et al. 1985  \\
  ... & V955~Sco & 8.66 & $\ell$ &  &  \\
  42440 & \multicolumn{2}{c}{16:39:31.6~$-$27:17:08} &  &  &  \\
  &  &  &  &  &  \\
 150549 & 41G.~TrA & A0 Si & 3.8 & 0 & 3.76$\pm$0.05 $\ell$ Renson \& 
  Manfroid 1980  \\
   6204 & LP~TrA & 5.12 & $\ell$ &  &  \\
  42610 & \multicolumn{2}{c}{16:46:40.0~$-$67:06:35} &  &  &  \\
  &  &  &  &  &  \\
 151199 & GC~22521 & A3 Sr & 6.14 ? & 0 & 6.143 ? $v, s, (\ell ?)$ 
 G\"okkaya 1970  \\
   6226 &  & 6.17 & $v, s$ &  &  \\
  42760 & \multicolumn{2}{c}{16:42:58.5~$+$55:41:24} &  &  &  \\
  &  &  &  &  &  \\
 151525 & 45~Her & B9 EuCr & 4.12 & 0 & 1.3116 $\ell$ Winzer 1974b  \\
   6234 & V776~Her & 5.23 & $\ell, s$ & 0 & 1.31159$\pm$0.000010 $\ell$ 
  Burke \& Barr 1981  \\
  42850 & \multicolumn{2}{c}{16:47:46.4~$+$05:14:48} &  & 3 & 4.1164 
 $s, \ell$ Hatzes 1991b  \\
  &  &  &  &  &  \\
 151965 & GC~22693 & B9 Si & 1.6084 & 0 & 1.85/4.2 $\ell$ Hilditch 1975 \\
  ... & V911~Sco & 6.34 & $\ell, m$ & 3 & 1.60841$\pm$0.00002 $\ell, m$ 
 Lanz \& Mathys 1991a  \\
  43000 & \multicolumn{2}{c}{16:52:27.4~$-$40:43:24} &  & 4 & 1.60841 
 $m$ Bohlender et al. 1993  \\
  &  &  &  &  &  \\
 152107 A & 52~Her A & A3 SrCrEu & 3.857 & 0 & 0.96 $m, \ell$ Stepien 
 1968a \\
   6254 A & V637~Her & 4.83 & $m, \ell, s, v$ & 0 & 3.88 $s$ Henry 1971 \\
  43050 & \multicolumn{2}{c}{16:49:14.2~$+$45:59:00} & $\star$ & 0 & 
 3.8575$\pm$0.0005 $s, m, \ell$ Wolff \& Preston 1978  \\
  &  &  &  & 0 & 3.900 $m$ Gerth 1978  \\
  &  &  &  & 0 & 3.8575$\pm$0.0005 $m$ Borra \& Landstreet 1980  \\
  &  &  &  & 0 & 3.976 $m$ /3.86/7.15 $v$ Gerth 1981  \\
  &  &  &  & 1 & 3.8575 $s, \ell, v$ /13 years $m$ /14 d $v$ Scholz 1984 \\
  &  &  &  & 2 & 3.85750$\pm$0.000015 $\ell$ Sch\"oneich et al. 1988  \\
  &  &  &  & 3 & 3.85646 (+12.5 years) $m, v$ Gerth 1990  \\
  &  &  &  & 4 & 3.8575 ? $\ell$ Adelman et al. 1992  \\
  &  &  &  & 4 & 70.67148/2.6343(/0.92578) $m$ Bychkov et al. 1992  \\
  &  &  &  & 4 & 3.8575 $m$ Leroy 1995  \\
  &  &  &  &  &  \\
 152308 & 49~Her & A0 CrEu & 1 ? & 0 & 1.0978(/0.918) ? $\ell$ Winzer 
  1974b  \\
   6268 & V823~Her & 6.51 & $\ell$ &  &  \\
  43110 & \multicolumn{2}{c}{16:52:04.9~$+$14:58:27} &  &  &  \\
  &  &  &  &  &  \\
 153882 A & GC~22960 & A1 CrEu & 6.0089 & 0 & 6.005 $m, v$ Gjellestad \& 
  Babcock 1953  \\
   6326 A & V451~Her & 6.29 & $m, v, \ell, s$ & 0 & 6.009 $m$ Babcock 
  1958a, b  \\
  43450 & \multicolumn{2}{c}{17:01:33.1~$+$14:56:59} & $\star$ & 0 & 
 6.0075 $\ell$ Jarzebowski 1960a, b  \\
  &  &  &  & 0 & 6.0075 $\ell$ Chugainov 1961  \\
  &  &  &  & 0 & 6.00925 $m$ Preston \& Pyper 1965  \\
  &  &  &  & 0 & 6.00925 $\ell$ Stepien 1968b  \\
  &  &  &  & 0 & 6.00925 $\ell$ van Genderen 1971  \\
  &  &  &  & 0 & 6.0087 $m, v$ Hockey 1971  \\
  &  &  &  & 0 & 6.00925 $\ell$ Panov \& Sch\"oneich 1975  \\
  &  &  &  & 0 & 6.00925 $\ell$ Sch\"oneich et al. 1976a  \\
  &  &  &  & 0 & 6.0115$\pm$0.0015 $\ell$ Rakosch \& Fiedler 1978  \\
  &  &  &  & 3 & 6.00932 $m$ Vogt et al. 1980  \\
  &  &  &  & 1 & 6.0094$\pm$0.0001 $\ell$ Hempelmann 1981  \\
  &  &  &  & 3 & 6.00890$\pm$0.00015 $m, s$ Mathys 1991  \\
  &  &  &  & 4 & 6.00890 $\ell$ Catalano \& Leone 1994b \\
  &  &  &  &  &  \\
 153947 A & CoD$-37^{\circ}$11215 & B9 Si & 2.66 & 2 & 
 2.662$\pm$0.003(/2.640:/2.686:) $\ell$ North et al. 1988b  \\
  ... & V974~Sco & 8.81 & $\ell$ & 4 & 2.6633$\pm$0.0001 (or nearby 
 value) $\ell$ Poretti 1992  \\
  43480 & \multicolumn{2}{c}{17:04:09.3~$-$37:46:03} & $\star$ &  &  \\
  &  &  &  &  &  \\
 153948 & CoD$-37^{\circ}$11216 & A2 Si & 1.64 ? & 1 & 1.166/8.119 $\ell$ 
 North \& Waelkens 1983  \\
  ... & V948~Sco & 9.35 & $\ell$ & 1 & 
 1.636996$\pm$0.000047(/0.8063/0.8072  \\
  43490 & \multicolumn{2}{c}{17:04:15.6~$-$38:03:07} &  &  & 
 ~~~~~/2.6370) $\ell$ North 1987  \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 24
  &  &  &  &  &  \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & m$_{V}$ & var. & Cat. & Proposed periods (in days) 
 and references \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & 
 Rem. &  &  \\   \hline
  &  &  &  &  &  \\
 159376 & 52~Oph & B9 Si & 9.738 & 0 & 9.75$\pm$0.4 $\ell$ Renson \& 
 Manfroid 1980  \\
   6545 & V2125~Oph & 6.48 & $\ell$ & 1 & 9.74073$\pm$0.00071 $\ell$ 
 North 1987  \\
  44850 & \multicolumn{2}{c}{17:35:18.5~$-$22:02:38} &  & 4 & 
 9.73830$\pm$0.00010 $\ell$ Manfroid \& Renson 1994a  \\
  &  &  &  &  &  \\
 318107 & CoD$-32^{\circ}$13074 & B8 Si ? & 52 ? & 1 & 
 52.376$\pm$0.047(/49.0/4.527) $\ell$ North 1987  \\
  ... & V970~Sco & 9.34 & $\ell$ &  &  \\
  45100 & \multicolumn{2}{c}{17:39:38.0~$-$32:18:06} & $\star$ &  &  \\
  &  &  &  &  &  \\
 318100 & CoD$-32^{\circ}$13103 & B9 SiCr ? & 1 : ? & 1 & 
 1.03016$\pm$0.00004(/1.05847/1.05997/  \\
  ... & V971~Sco & 9.81 & $\ell$ &  & ~~~~~0.67025/0.67414) $\ell$ 
 North 1987  \\
  45120 & \multicolumn{2}{c}{17:40:12.0~$-$32:09:00} & $\star$ &  &  \\
  &  &  &  &  &  \\
 162374 & GC~24259 & B7 He wk & 1.66 & 0 & 1.658$\pm$0.025/2.52$\pm$0.06/... 
 $s$ Pedersen 1979  \\
   6647 & V957~Sco & 5.88 & $s, \ell$ & 1 & 1.658552$\pm$0.000099 
 $\ell$ North 1984  \\
  45840 & \multicolumn{2}{c}{17:52:13.7~$-$34:47:57} &  &  &  \\
  &  &  &  &  &  \\
 162576 & GC~24285 & B9 SiCr & ? & 1 & 
 3.43628$\pm$0.00089/0.772914$\pm$0.000054 $\ell$ North 1984  \\
  ... & V958~Sco & 6.97 & $\ell$ &  &  \\
  45860 & \multicolumn{2}{c}{17:53:16.0~$-$34:37:15} &  &  &  \\
  &  &  &  &  &  \\
 162588 & GC~24293 & B9 Ca wk Si & 1.946 & 1 & 1.946381$\pm$0.000022 $\ell$ 
 North 1984  \\
  ... & V959~Sco & 7.27 & $\ell$ &  &  \\
  45890 & \multicolumn{2}{c}{17:53:23.4~$-$35:01:01} & $\star$ &  &  \\
  &  &  &  &  &  \\
 162725 & GC~24318 & B9 SiCr & 4.46 ? & 1 & 
  4.45597$\pm$0.00068/4.4588$\pm$0.0008 $\ell$ North 1984  \\
   6663 & V951~Sco & 6.41 & $\ell$ &  &  \\
  45990 & \multicolumn{2}{c}{17:53:58.2~$-$34:49:52} &  &  &  \\
  &  &  &  &  &  \\
 163555 & CoD$-30^{\circ}$15000 & B8 Si & 5.48 & 3 & 5.4771 (or nearby 
 value) $\ell$ North 1992b \\
  ... &  & 7.61 & $\ell$ &  &  \\
  46260 & \multicolumn{2}{c}{17:58:00.4~$-$30:03:55} &  &  &  \\
  &  &  &  &  &  \\
 164258 & GC~24499 & A3 SrCrEu & 0.83 & 0 & 2.41$\pm$0.03 ? $\ell$ Renson 
 \& Manfroid 1980  \\
   6709 & V2126~Oph & 6.36 & $\ell$ & 1 & 0.719$\pm$0.005(/0.359$\pm$0.001) 
 $\ell$  \\
  46450 & \multicolumn{2}{c}{18:00:15.7~$+$00:37:46} &  &  & 
 ~~~~~Manfroid \& Mathys 1985  \\
  &  &  &  & 4 & 0.829$\pm$0.005 $\ell$ Catalano \& Leone 1994b  \\
  &  &  &  &  &  \\
 164429 & GC~24495 & B9 SiCrSr & 0.517 & 0 & $>$1 $\ell$ Jackisch 1972 \\
   6718 & V771~Her & 6.50 & $\ell$ & 0 & 0.17872 ? $\ell$ Hildebrandt 
  1972  \\
  46480 & \multicolumn{2}{c}{17:58:52.3~$+$45:28:35} &  & 0 & 0.51747 
 $\ell$ Winzer 1974b  \\
  &  &  &  & 0 & 0.17872 $\ell$ Panov \& Sch\"oneich 1975  \\
  &  &  &  & 0 & 0.517436 $\ell$ Catalano et al. 1979  \\
  &  &  &  & 0 & 0.517468$\pm$0.000010 $\ell$ Burke \& Barr 1981  \\
  &  &  &  &  &  \\
 165474 & BD$+12^{\circ}$3382 & A7 SrCrEu & 23.4 ? & 4 & 23.38(/12.02) ? 
 $m$ Leroy 1995  \\
   6758 B &  & 7.46 & $m$ &  &  \\
  46650 & \multicolumn{2}{c}{18:05:42.8~$+$12:00:12} & $\star$ &  &  \\
  &  &  &  &  &  \\
 166469 & GC~24805 & A0 SiCrSr & 2.886 & 0 & 2.90$\pm$0.04 $\ell$ Renson 
  1978b  \\
   6802 & V4045~Sgr & 6.51 & $\ell$ & 1 & 2.8855$\pm$0.0008 (or other 
 nearby values) $\ell$  \\
  46860 & \multicolumn{2}{c}{18:11:58.2~$-$28:54:06} &  &  & 
 ~~~~~Manfroid \& Mathys 1985  \\
  &  &  &  & 3 & 2.88632$\pm$0.00015 $\ell$ Catalano \& Leone 1993b \\
  &  &  &  &  &  \\
 166596 & 3G.~CrA & B3 Si & 1.7 & 0 & 1.67$\pm$0.01(/0.83) $\ell$ Renson 
 \& Manfroid 1980  \\
   6804 & V692~CrA & 5.45 & $\ell$ & 1 & 1.678 $\ell$ Mathys \& 
 Manfroid 1985  \\
  46900 & \multicolumn{2}{c}{18:13:12.8~$-$41:20:10} &  & 4 & 1.67 $\ell$ 
 Hirata et al. 1987  \\
  &  &  &  &  &  \\
 168733 & 59G.~Sgr & B8 TiSr & 6.354 & 0 & 14.6$\pm$0.2 $m$ /11.7$\pm$0.2 
 $v$ Jones \& Wolff 1974  \\
   6870 & V4050~Sgr & 5.34 & $\ell$ & 0 & 6.3$\pm$0.3 $\ell$ Renson 
  1978b  \\
  47280 & \multicolumn{2}{c}{18:22:53.1~$-$36:40:10} & $\star$ & 3 & 
 6.35395 $\ell$ Manfroid \& Renson 1992  \\
  &  &  &  & 4 & 6.3540$\pm$0.0010 $\ell$ Manfroid \& Renson 1994a  \\
  &  &  &  &  &  \\
 169842 & BD$+6^{\circ}3752$ & A1 SrCr & 2.7 & 3 & 2.696 $\ell$ North 
 1992a (priv. comm.)  \\
  ... &  & 9.13 & $\ell$ &  &  \\
  47540 & \multicolumn{2}{c}{18:26:22.3~$+$06:51:25} & $\star$ &  &  \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 25
  &  &  &  &  &  \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & m$_{V}$ & var. & Cat. & Proposed periods (in days) 
 and references \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & 
 Rem. &  &  \\   \hline
  &  &  &  &  &  \\
 170000 A & $\varphi$~Dra A & A0 Si & 1.7165 & 0 & 1.7164 $\ell$ Winzer 
 1974b  \\
   6920 A & $\varphi$~Dra & 4.42 & $\ell, m$ & 0 & 1.716 $\ell$ 
  Sch\"oneich et al. 1976b  \\
  47620 & \multicolumn{2}{c}{18:20:45.3~$+$71:20:16} & $\star$ & 0 & 
 1.7164$\pm$0.0010 $m$ Landstreet \& Borra 1977  \\
  &  &  &  & 0 & 1.71626$\pm$0.00030 $\ell(UV)$ Jamar 1977  \\
  &  &  &  & 0 & 1.71646$\pm$0.00006 $\ell$ Musielok et al. 1980  \\
  &  &  &  & 1 & 1.71646 $\ell(UV)$ Sch\"oneich et al. 1986  \\
  &  &  &  & 1 & 1.71649$\pm$0.00002 $\ell$ Musielok 1986  \\
  &  &  &  & 2 & 1.71649 $\ell(H\beta)$ Musielok \& Madej 1988  \\
  &  &  &  &  &  \\
 170397 & GC~25232 & A0 SiCrEu & 2.191 & 0 & 2.21$\pm$0.03 $\ell$ Renson 
 1978b  \\
   6932 & V432~Sct & 6.03 & $\ell, m$ & 0 & 2.24: $m$ Borra \& Landstreet 
  1980  \\
  47750 & \multicolumn{2}{c}{18:29:46.8~$-$14:34:55} &  & 1 & 
 2.1912$\pm$0.0005 (or other nearby values) $\ell$  \\
  &  &  &  &  & ~~~~~Manfroid \& Mathys 1985  \\
  &  &  &  & 3 & 2.1912 $m$ Mathys 1991  \\
  &  &  &  & 3 & 2.19133$\pm$0.00015 $\ell$ Catalano \& Leone 1993b \\
  &  &  &  & 4 & 2.1915 $m$ Bohlender et al. 1993  \\
  &  &  &  &  &  \\
 170973 & GC~25308 & A0 SiCrSr & 18.2 ? & 0 & 0.9451(/1.06:) $\ell$ Winzer 
 1974b  \\
   6958 & MV~Ser & 6.43 & $\ell, m$ & 0 & 0.945099$\pm$0.000080 $\ell$ 
 Burke \& Barr 1981  \\
  47890 & \multicolumn{2}{c}{18:32:06.9~$+$03:39:35} & $\star$ & 3 & 
 18.2 ? $\ell$ Mathys 1991  \\
  &  &  &  & 4 & 18.2(/0.945099) ? $m$ Bohlender et al. 1993  \\
  &  &  &  &  &  \\
 171247 A & GC~25342 & B8 Si & 3.91 & 3 & 3.9124 $\ell$ North 1992b  \\
   6967 A &  & 6.42 & $\ell$ &  &  \\
  47950 & \multicolumn{2}{c}{18:33:23.3~$+$08:16:05} & $\star$ &  &  \\
  &  &  &  &  &  \\
 171586 A & GC~25401 & A2 SrCr & 2.1 & 0 & 2.1436 $\ell$ Winzer 1974a,b \\
  ... & FR~Ser & 6.46 & $\ell$ &  &  \\
  48090 & \multicolumn{2}{c}{18:35:36.5~$+$04:56:10} & $\star$ &  &  \\
  &  &  &  &  &  \\
 172883 & GC~25559 & B9 HgSi & ? & 3 & 2.58/0.72 ? $\ell$ Zverko et al 
 1990  \\
   7028 &  & 5.99 & $\ell$ &  &  \\
  48480 & \multicolumn{2}{c}{18:39:52.8~$+$52:11:46} &  &  &  \\
  &  &  &  &  &  \\
 173650 & GC~25695 & A0 SiSrCr & 9.975 & 0 & 10.1$\pm$0.1 $\ell, m$ 
 Wehlau 1962a  \\
   7058 & V535~Her & 6.51 & $\ell, m, v, s$ & 0 & 10.1353 $\ell$ 
 Blanco \& Catalano 1968  \\
  48660 & \multicolumn{2}{c}{18:45:35.6~$+$21:59:05} &  & 0 & 
 10.090 ? $m, v, s$ Renson 1969  \\
  &  &  &  & 0 & 9.9748$\pm$0.002 $\ell, m, v, s$ Rice 1968, 1970  \\
  &  &  &  & 0 & 9.9748 $\ell, m, v, s$ Burke et al. 1969  \\
  &  &  &  & 0 & 9.97427(/9.92970/0.906490/0.906861/0.907231/0.907602)  \\
  &  &  &  &  & ~~~~~$\ell$ van Genderen 1971  \\
  &  &  &  & 0 & 10.1353 $\ell$ Rakosch \& Fiedler 1978  \\
  &  &  &  & 0 & 9.9750$\pm$0.0006 $\ell$ Musielok et al.1980  \\
  &  &  &  & 1 & 9.9754 $\ell$ Hildebrandt et al. 1985  \\
  &  &  &  & 2 & 9.9754 $\ell(H\beta)$ Musielok \& Madej 1988  \\
  &  &  &  & 4 & 9.97548 $\ell$ Adelman et al. 1992  \\
  &  &  &  &  &  \\
 174779 & GC~25910 & A0 Si & ? & 3 & 158/0.995 ? $\ell$ North 1992b  \\
  ... &   & 6.65 & $\ell$ &  &  \\
  48940 & \multicolumn{2}{c}{18:54:29.1~$-$45:29:11} &  &  &  \\
  &  &  &  &  &  \\
 175362 & 31G.~CrA & B6 He wk MnSi & 3.674 & 0 & 3.71 $s$ Balona \& 
 Martin 1974 \\
   7129 & V686~CrA & 5.37 & $s, \ell, m, v$ & 0 & 7.34 $\ell, s$ 
 Balona 1975  \\
  49030 & \multicolumn{2}{c}{18:56:40.5~$-$37:20:35} &  & 0 & 3.670 
 $m, s, v, \ell$ Wolff \& Wolff 1976  \\
  &  &  &  & 0 & 3.683$\pm$0.070 $s$ Pedersen 1979  \\
  &  &  &  & 1 & 3.6740$\pm$0.0015 $m$ Borra et al. 1983  \\
  &  &  &  & 1 & 3.6733$\pm$0.0001 $\ell$ Waelkens 1985  \\
  &  &  &  & 2 & 3.6738$\pm$0.0004 $m$ Bohlender et al. 1987  \\
  &  &  &  & 3 & 3.67375$\pm$0.00010 $m, s$ Mathys 1991  \\
  &  &  &  & 4 & 3.67375 $s$ Lanz et al. 1993  \\
  &  &  &  & 4 & 3.67375$\pm$0.00004 $\ell$ Catalano \& Leone 1996  \\
  &  &  &  &  &  \\
 175744 & GC~25997 & B9 Si & 3.4 ? & 0 & 3.4252 ? $\ell$ Winzer 1974b \\
   7147 & V828~Her & 6.64 & $\ell$ &  &  \\
  49070 & \multicolumn{2}{c}{18:56:03.8~$+$17:59:43} &  &  &  \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 26
  &  &  &  &  &  \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & m$_{V}$ & var. & Cat. & Proposed periods (in days) 
 and references \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & 
 Rem. &  &  \\   \hline
  &  &  &  &  &  \\
 176232 & 10~Aql & A6 SrCr & 6.5 ? & 0 & 9.78 ? $\ell$ Stepien 1968b \\
   7167 & V1286~Aql & 5.90 & $\ell$ & 0 & long ? $\ell$ Wolff \& 
 Morrison 1973  \\
  49160 & \multicolumn{2}{c}{18:58:46.9~$+$13:54:24} &  & 0 & 6.05 ? 
 $\ell$ Guerrero \& Mantegazza 1973  \\
  &  &  &  & 0 & 6.5386/9.8080 $\ell$ Winzer 1974b  \\
  &  &  &  & 2 & ampl. 0.01:, short time scale $\ell$ Hube \& Anderson 
 1986  \\
  &  &  &  &  &  \\
 176582 & GC~26095 & B5 He wk & 0.814 ? & 1 & 0.8143 ? $s$ Pedersen 1976 \\
   7185 &  & 6.41 & $s$ &  &  \\
  49280 & \multicolumn{2}{c}{18:59:12.3~$+$39:13:02} &  &  &  \\
  &  &  &  &  &  \\
 177410 & GC~26146 & B9 Si & 1.1 & 0 & 1.1663 $\ell$ Winzer 1974b  \\
   7224 & EE~Dra & 6.51 & $\ell$ & 0 & 1.666 $\ell(UV)$ Jamar 1976  \\
  49490 & \multicolumn{2}{c}{18:58:52.6~$+$69:31:52} &  & 0 & 1.13 
 $\ell(UV)$ Renson (priv. comm.)  \\
  &  &  &  &  &  \\
 177517 & 138G.~Sgr & B9 HgSi & 0.4 : ?& 1 & 0.33772$\pm$0.00002 (or 
 other nearby values)  \\
   7230 &  & 5.97 & $\ell$ &  & ~~~~~/0.48773$\pm$0.00002 (or other 
 nearby values)  \\
  49500 & \multicolumn{2}{c}{19:05:41.2~$-$15:39:37} &  &  & 
 ~~~~~$\ell$ Manfroid \& Mathys 1985  \\
  &  &  &  &  &  \\
 179527 & 19~Lyr & B9 Si & 1.16 ? & 0 & 1.1608 ? $\ell$ Winzer 1974b  \\
   7283 & V471~Lyr & 5.95 & $\ell$ & 0 & 1.160898$\pm$0.000100 ? 
 $\ell$ Burke \& Barr 1981  \\
  49860 & \multicolumn{2}{c}{19:11:46.0~$+$31:17:00} &  &  &  \\
  &  &  &  &  &  \\
 343872 & BD$+24^{\circ}$3675 & B8 Si & 7.5 : & 1 & 7.52$\pm$0.3 $\ell$ 
 Schneider 1986  \\
  ... & QW~Vul & 9.8 & $\ell$ &  &  \\
  49880 & \multicolumn{2}{c}{19:12:31.5~$+$24:21:37} &  &  &  \\
  &  &  &  &  &  \\
 179761 & 21~Aql & B8 Hg ? & 1.7 & 0 & 1.71/2.3 ? $\ell$ Stepien 1968b \\
   7287 & V1288~Aql & 5.14 & $\ell$ & 0 & 1.73$\pm$0.01 $\ell$ 
 Vet\"o 1980  \\
  49900 & \multicolumn{2}{c}{19:13:42.7~$+$02:17:37} &  &  &  \\
  &  &  &  &  &  \\
 180583 & GC~26562 & F6 Sr ? & 1.4908 & 4 & 1.4908 $\ell$ Breger 1980  \\
   7308 & V473~Lyr & 6.18 & $\ell$ & 4 & 1.490813 $\ell$ Berdnikov \& 
 Vorziskova 1995   \\
  50100 & \multicolumn{2}{c}{19:15:59.5~$+$27:55:35} & $\star$ &  &  \\
  &  &  &  &  &  \\
 183056 & 4~Cyg & B9 Si & 0.7 ? & 0 & 0.68674 ? $\ell$ Winzer 1974b  \\
   7395 & V1741~Cyg & 5.16 & $\ell$ &  &  \\
  50610 & \multicolumn{2}{c}{19:26:09.1~$+$36:19:04} & $\star$ &  &  \\
  &  &  &  &  &  \\
 183806 & 63G.~Tel & A0 CrEuSr & 2.92 & 0 & 2.88$\pm$0.05 $\ell$ 
  Renson 1978b  \\
   7416 & PW~Tel & 5.60 & $\ell$ & 1 & 2.9213$\pm$0.0008 (or other nearby 
 values) $\ell$  \\
  50750 & \multicolumn{2}{c}{19:33:21.6~$-$45:16:19} & $\star$ &  & 
 ~~~~~Manfroid \& Mathys 1985  \\
  &  &  &  & 1 & 2.92133 $\ell$ Mathys \& Manfroid 1985  \\
  &  &  &  &  &  \\
 184905 & GC~27072 & A0 SiCr & 1.845 & 0 & $\sim$2 $s$ Deutsch 1952c, 
 1955b  \\
  ... & V1264~Cyg & 6.64 & $s, \ell$ & 0 & $\sim$1 $s$ Babcock 1958a,b  \\
  51000 & \multicolumn{2}{c}{19:34:44.0~$+$43:56:45} &  & 0 & 
 1.855$\pm$0.001 $\ell$ Burke et al. 1970  \\
  &  &  &  & 0 & 2.17$\pm$0.02(/1.85) $\ell$ Morrison \& Wolff 1971 \\
  &  &  &  & 0 & 1.845031 $\ell$ Panov (cited in Sch\"oneich 1975)  \\
  &  &  &  & 0 & 2.1725 $s$ Kumaigorodskaya \& Chunakova 1975  \\
  &  &  &  & 0 & 1.845031 $\ell$ Hildebrandt 1975  \\
  &  &  &  & 0 & 1.845031 $\ell$ Panov \& Sch\"oneich 1975  \\
  &  &  &  & 0 & 1.845031 $\ell$ Sch\"oneich \& Staude 1976  \\
  &  &  &  & 0 & 1.845031 $\ell$ Sch\"oneich et al. 1976a  \\
  &  &  &  & 0 & 2.17 $\ell$ Magalashvili \& Kumsishvili 1977  \\
  &  &  &  & 0 & 2.1701$\pm$0.0003 $v$ Rice 1976  \\
  &  &  &  & 0 & 1.845251$\pm$0.000010 $\ell$ Blanco et al. 1978  \\
  &  &  &  & 0 & 1.84550 $\ell$ Brodskaya 1978  \\
  &  &  &  & 0 & 1.84539$\pm$0.00005 $\ell$ Musielok et al. 1980  \\
  &  &  &  & 1 & 1.84539 $\ell$ Hildebrandt et al. 1985  \\
  &  &  &  & 2 & 1.84532$\pm$0.00004 $\ell$ Burke \& Thompson 1987  \\
  &  &  &  & 2 & 1.84539 $\ell(H\beta)$ Musielok \& Madej 1988  \\
  &  &  &  & 4 & 1.84535$\pm$0.00002 $\ell$ Adelman et al. 1994  \\
  &  &  &  &  &  \\
 185183 & GC~27161 & B9 Si & 1.7 ? & 0 & 1.737 ? $\ell$ Hensberge et al. 
 1977  \\
  ... & V4062~Sgr & 6.6 & $\ell$ &  &  \\
  51130 & \multicolumn{2}{c}{19:38:56.3~$-$28:36:26} &  &  &  \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 27
  &  &  &  &  &  \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & m$_{V}$ & var. & Cat. & Proposed periods (in days) 
 and references \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & 
 Rem. &  &  \\   \hline
  &  &  &  &  &  \\
 187473 & GC~27467 & B9 EuSrSi & 4.72 & 0 & 4.75$\pm$0.04 $\ell$ Hensberge 
 et al. 1977  \\
  ... & V4064~Sgr & 7.32 & $\ell$ & 0 & 4.718$\pm$0.001 $\ell$ Hensberge 
 et al. 1978  \\
  51690 & \multicolumn{2}{c}{19:51:10.3~$-$27:28:19} & $\star$ &  &  \\
  &  &  &  &  &  \\
 187474 & 235G.~Sgr & A0 EuCrSi & 2345 : & 0 & $\sim$700 $v$ Babcock \& 
 Burd (unpublished)  \\
   7552 & V3961~Sgr & 5.33 & $m, \ell, s$ & 0 & 690 $v$ Leeman 1964  \\
  51700 & \multicolumn{2}{c}{19:51:50.6~$-$39:52:28} & $\star$ & 0 & 
 $\sim$2500 $m$ Babcock (cited in Gollnow 1965)  \\
  &  &  &  & 0 & 325/426 ? $m$ Renson 1969  \\
  &  &  &  & 0 & 6.7 years $m$ Babcock (cited in Preston \& Wolff 1970) \\
  &  &  &  & 1 & 2450 : $\ell$ Hensberge et al. 1984  \\
  &  &  &  & 2 & 2340 : $m$ Didelon 1989 (priv.comm.)  \\
  &  &  &  & 3 & 2345$\pm$15 $m, s$ Mathys 1991  \\
  &  &  &  & 4 & 2345$\pm$15 $\ell$ Hensberge 1993  \\
  &  &  &  &  &  \\
 188041 & 90G.~Aql & A6 SrCrEu & 224 & 0 & 226 $m, s$ Babcock 1953, 1954, 
 1958a,b  \\
   7575 & V1291~Aql & 5.65 & $m, s, \ell$ & 0 & 224.5 $m$ Wolff 1969  \\
  51900 & \multicolumn{2}{c}{19:53:18.7~$-$03:06:52} &  & 0 & 
 227.84 $\ell$ van Genderen 1971  \\
  &  &  &  & 0 & 227.84 $\ell$ Jones \& Wolff 1973  \\
  &  &  &  & 0 & 0.992788 $\ell$ Panov (cited in Sch\"oneich 1975)  \\
  &  &  &  & 0 & 224.3$\pm$0.5 $\ell$ Renson 1975  \\
  &  &  &  & 0 & 224.93/0.99290 $\ell$ Panov \& Sch\"oneich 1975  \\
  &  &  &  & 0 & 224.5 $\ell$ Musielok et al. 1980  \\
  &  &  &  & 1 & 224.5 $\ell$ Musielok 1986  \\
  &  &  &  & 2 & 224.5 $\ell(H\beta)$ Musielok \& Madej 1988  \\
  &  &  &  & 3 & 224.0$\pm$0.2 $m$ Mathys 1991  \\
  &  &  &  & 4 & 223.9$\pm$0.2 $\ell$ Hensberge 1993  \\
  &  &  &  & 4 & 223.9 $m$ Leroy 1995  \\
  &  &  &  &  &  \\
 189832 & GC~27780 & A6 SrCrEu & 28.5 & 0 & $>$15 $\ell$ Renson 1978b  \\
  ... & V4133~Sgr & 6.91 & $\ell$ & 0 & 16.3 : $\ell$ Renson \& Manfroid 
 (priv. comm.)  \\
  52630 & \multicolumn{2}{c}{20:03:35.2~$-$38:51:10} &  & 1 & 
 18.89$\pm$0.04 (or other nearby values) $\ell$  \\
  &  &  &  &  & ~~~~~Manfroid \& Mathys 1985  \\
  &  &  &  & 1 & 18.886 $\ell$ Mathys \& Manfroid 1985  \\
  &  &  &  & 4 & 28.530$\pm$0.010 $\ell$ Manfroid \& Renson 1994a \\
  &  &  &  &  &  \\
 191110 & GC~27939 & B9.5 Hg & 6.28 & 2 & 6.2791$\pm$0.0025 $\ell$ 
 Schneider 1987  \\
   7694 & AV~Cap & 6.17 & $\ell$ &  &  \\
  53190 & \multicolumn{2}{c}{20:08:31.3~$-$10:03:45} & $\star$ &  &  \\
  &  &  &  &  &  \\
 191287 & BD$-18^{\circ}$5609 & B9 Eu & 1.623 & 1 & 1.62345$\pm$0.00002 
 $\ell$ Waelkens 1985  \\
  ... & AR~Cap & 8.22 & $\ell$ &  &  \\
  53290 & \multicolumn{2}{c}{20:09:42.0~$-$18:20:48} &  &  &  \\
  &  &  &  &  &  \\
 191495 & BD$+35^{\circ}$3987 & B7p ? & 0.79 & 4 & 0.789 $\ell$ Zakirov 
 \& Arzumanyants 1995  \\
  ... &  & 9.04 & $\ell$ &  &  \\
  ... & \multicolumn{2}{c}{20:08:53.6~$+$35:30:45} & $\star$ &  &  \\
  &  &  &  &  &  \\
 191980 & BD$+14^{\circ}$4219 & B5 He wk & 20 ? & 0 & $\sim$21 $\ell$ 
 Burke \& Lady 1977  \\
  ... & V1357~Aql & 7.90 & $\ell$ & 0 & 19.5$\pm$1/1.051$\pm$0.003 $\ell$ 
 Vet\"o et al. 1980  \\
  53520 & \multicolumn{2}{c}{20:12:03.9~$+$15:21:28} &  &  &  \\
  &  &  &  &  &  \\
 192678 & GC~28111 & A2 Cr & 6.42 & 0 & 18 : $\ell$ Stepien 1968b  \\
  ... & V1372~Cyg & 7.37 & $m$ & 4 & 4.77 ? $\ell$ Zverko \& 
 \u{Z}i\u{z}\u{n}ovsk\'{y} 1991  \\
  53740 & \multicolumn{2}{c}{20:13:36.3~$+$53:39:34} &  & 4 & 6.4186 
 $m$ Leroy 1995  \\
  &  &  &  &  & 6.4186$\pm$0.002 $m$ Wade et al. 1996b \\
  &  &  &  &  &  \\
 192913 & GC~28173 & A0 SiCr & 16.8 & 0 & 16.82 $\ell$ Bartolini et al. 
 1974  \\
  ... & MW~Vul & 6.66 & $\ell, s$ & 0 & 16.478 $\ell$ Winzer 1974a  \\
  53840 & \multicolumn{2}{c}{20:16:27.1~$+$27:46:34} &  & 0 & 
 16.478(/1.065/0.943) $\ell$ Winzer 1974b  \\
  &  &  &  & 0 & 16.3 $\ell$ Sch\"oneich et al. 1976b  \\
  &  &  &  & 0 & 16.846$\pm$0.008 $\ell$ Musielok et al. 1980  \\
  &  &  &  & 3 & 16.5 : $s$ Ryabchikova et al. 1990a  \\
  &  &  &  & 3 & 16.478 $s$ Ryabchikova et al. 1990b  \\
  &  &  &  & 4 & 16.840 $\ell$ Adelman \& Knox 1994  \\

\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 28
  &  &  &  &  &  \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & m$_{V}$ & var. & Cat. & Proposed periods (in days) 
 and references \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & 
 Rem. &  &  \\   \hline
  &  &  &  &  &  \\
 193722 & GC~28297 & B9 Si & 8.53 ? & 0 & 1.13316 $\ell, s, v$ Aslanov et 
 al. 1973  \\
   7786 & V1584~Cyg & 6.50 & $\ell$ & 0 & 1.1325 $\ell$ Winzer 1974b  \\
  54060 & \multicolumn{2}{c}{20:19:56.1~$+$46:50:14} & $\star$ & 0 & 
 1.132854 $\ell$ Panov \& Sch\"oneich 1975  \\
  &  &  &  & 0 & 1.132854 $\ell$ Sch\"oneich et al. 1976a  \\
  &  &  &  & 1 & 1.13285 $s$ Aslanov et al. 1976  \\
  &  &  &  & 1 & 8.5304 $\ell$ Hildebrandt et al. 1985  \\
  &  &  &  &  &  \\
 194783 & 2G.~Mic & B9 HgMn & 6 ? & 2 & $\sim$6 $s$ Rajamohan \& Paranjpye 
 1989  \\
   7817 &  & 6.09 & $s$ &  &  \\
  54330 & \multicolumn{2}{c}{20:28:46.7~$-$35:35:45} &  &  &  \\
  &  &  &  &  &  \\
 196178 & GC~28642 & B8 Si & 1.01 ? & 4 & var. ? $\ell$ Winzer 1974b  \\
   7870 & V2015~Cyg & 5.77 & $\ell$ & 4 & $< 3.7$ $m$ Borra \& 
Landstreet 1980  \\
  54690 & \multicolumn{2}{c}{20:33:54.8~$+$46:41:39} &  & 4 & 1.006 ? 
 $\ell$ Jerzychiewicz 1993  \\
  &  &  &  &  &  \\
 196502 & 73~Dra & A2 SrCrEu & 20.275 & 0 & 20.7 $s$ Morgan 1933  \\
   7879 & AF~Dra & 5.20 & $s, \ell, m$ & 0 & 20.27 $s$ Durham 1943 \\
  54780 & \multicolumn{2}{c}{20:31:30.4~$+$74:57:17} & $\star$ & 0 & 
 20.27 $\ell$ Provin 1953a, c  \\
  &  &  &  & 0 & 20.2577 $\ell$ Rakosch 1963a  \\
  &  &  &  & 0 & 20.276 $s$ Bonsack \& Markowitz 1967  \\
  &  &  &  & 0 & 20.2755$\pm$0.0012 $\ell, s, m$ Berg 1967  \\
  &  &  &  & 0 & 20.2754 $s, m$ + 551 $v$ Preston 1967  \\
  &  &  &  & 0 & 20.2754 $\ell$ Stepien 1968a  \\
  &  &  &  & 0 & 20.273$\pm$0.003 $\ell, s, m$ Renson 1969  \\
  &  &  &  & 0 & 20.2754 $m$ Wolff \& Bonsack 1972  \\
  &  &  &  & 0 & 20.2747 $\ell$ Panov (cited in Sch\"oneich et al. 
 1976a)  \\
  &  &  &  & 1 & 20.2747 $\ell$ Hildebrandt et al. 1985  \\
  &  &  &  & 2 & 20.2754 $\ell(H\beta)$ Musielok \& Madej 1988  \\
  &  &  &  &  &  \\
 197417 & GC~28943 & A0 CrEu & 4.55 & 0 & 4.550 $\ell, s$ Floquet (priv. 
 comm.)  \\
  ... & V343~Pav & 8.0 & $\ell, s$ & 1 & 1.9255/0.6582 $\ell$ Maitzen \& 
 Vogt 1983  \\
  55030 & \multicolumn{2}{c}{20:48:48.0~$-$72:12:43} &  & 1 & 
 4.551$\pm$0.002 $\ell, s$ Floquet et al. 1984  \\
  &  &  &  &  &  \\
 335238 & BD$+29^{\circ}$4202 & A1 CrEu & 11.2 & 4 & 11.173$\pm$0.020 $m$ 
 Mathys et al. 1996  \\
  ... &  & 9.25 & $m$ &  &  \\
  55280 & \multicolumn{2}{c}{20:50:43.6~$+$29:48:13} &  &  &  \\
  &  &  &  &  &  \\
 199180 & BD$+16^{\circ}$4401 & A0 SiCr & 33 & 0 & $\sim 26$ ? $\ell$ 
 Burke \& Lady 1977  \\
  ... & LR~Del & 7.70 & $\ell$ & 3 & 33.4 $\ell$ North 1992a (priv. 
 comm.) \\
  55460 & \multicolumn{2}{c}{20:55:02.1~$+$17:15:35} &  &  &  \\
  &  &  &  &  &  \\
 199728 & 20~Cap & B9 Si & 2.24 & 0 & 2.25$\pm$0.04 $\ell$ Renson 1978b \\
   8033 & AO~Cap & 6.26 & $\ell$ & 1 & 2.24085$\pm$0.0005 (or other 
 nearby values) $\ell$  \\
  55630 & \multicolumn{2}{c}{20:59:36.2~$-$19:02:07} &  &  & 
 ~~~~~Manfroid \& Mathys 1985  \\
  &  &  &  &  &  \\
 200311 & BD$+43^{\circ}$3786 & B9 SiCrHg & 52.0 & 4 & 26 $\ell$ Adelman 
 1996b  \\
   ... &  & 7.71 & $\ell, m$ & 4 & 51.75$\pm$0.13 $m$ Mathys et al. 1996 \\
  55810 & \multicolumn{2}{c}{21:01:14.3~$+$43:43:19} &  &  & 
 52.0084$\pm$0.0007 $m$ Wade et al. 1996d (priv. comm.)  \\
  &  &  &  &  &  \\
 201433 A & GC~29562 & B9 SiMg & 1.13 + 1.19 ? &  & 1.12912 + 1.19328 
 $\ell$ Guthnik 1942 \\
   8094 A & V389~Cyg & 5.80 & $\ell$ &  & no per. $\ell$ Gieseking 1979 \\
  56170 & \multicolumn{2}{c}{21:08:38.9~$+$30:12:21} & $\star$ &  &  \\
  &  &  &  &  &  \\
 201601 & $\gamma$~Equ & A9 SrEu & long & 0 & $\sim9 \; m$ Steinitz 1967 \\
   8097 & $\gamma$~Equ & 4.70 & $m, \ell$ & 0 & 314$\pm$3 $m$ Renson 
 1969, 1972c  \\
  56210 & \multicolumn{2}{c}{21:10:20.5~$+$10:07:54} & $\star$ & 0 & 314 
 $\ell$ van Genderen 1971  \\
  &  &  &  & 0 & 1785.7 $m$ Steinitz \& Pyper 1971a  \\
  &  &  &  & 0 & long $\ell$ Wolff \& Morrison 1973  \\
  &  &  &  & 0 & 17.492 $\ell$ Winzer 1974b  \\
  &  &  &  & 0 & 72 : years ? $m$ Bonsack \& Pilachowski 1974  \\
  &  &  &  & 0 & 1785.7 $m, v$ Scholz 1975  \\
  &  &  &  & 0 & 72 : years ? $m$ Scholz 1979  \\
  &  &  &  & 0 & 317$\pm$2(/1785.7) $\ell$ Deul \& van Genderen 1983 \\
  &  &  &  & 1 & 38 $\ell$ /$>$50 years $m$ Scholz 1984  \\
  &  &  &  & 3 & very long $m$ Mathys 1991  \\
  &  &  &  & 4 & $\ge$ 80~y $m$ Leroy 1995  \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 29
  &  &  &  &  &  \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & m$_{V}$ & var. & Cat. & Proposed periods (in days) 
 and references \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & 
 Rem. &  &  \\   \hline
  &  &  &  &  &  \\
 203006 & $\theta^{1}$~Mic & A2 CrEuSr & 2.122 & 0 & 1.062$\pm$0.001/0.941 
 $\ell$ Morrison \& Wolff 1971  \\
   8151 & $\theta^{1}$~Mic & 4.82 & $\ell, s$ & 0 & 1.0609 $\ell$ 
 Maitzen 1973  \\
  56550 & \multicolumn{2}{c}{21:20:45.6~$-$40:48:35} &  & 0 & 2.1219 
 $\ell, s$ Maitzen et al. 1974  \\
  &  &  &  & 0 & 2.1215$\pm$0.0001 $\ell$ Deul \& van Genderen 1983 \\
  &  &  &  & 3 & 2.1221$\pm$0.0002 $s$ Brandi \& 
 \u{Z}i\u{z}\u{n}ovsk\'{y} 1990  \\
  &  &  &  &  &  \\
 204131 & GC~30005 & B9 SiCrSr & 0.726 & 0 & 2.64 ? $\ell$ Winzer 1974b \\
   8206 & V1934~Cyg & 6.58 & $\ell$ & 1 & 0.726048$\pm$0.00005 $\ell$ 
 \u{Z}elwanowa et al.  \\
  56860 & \multicolumn{2}{c}{21:24:55.4~$+$49:19:22} & $\star$ &  & 
 ~~~~~~~(cited in Hildebrandt et al. 1985)   \\
  &  &  &  &  &  \\
 205328 & BD$+70^{\circ}$1182 & A0 p ? & 0.654 ? & 2 & 0.65415 $\ell$ 
 Lelatko 1984  \\
  ... & V364~Cep & 8.1 & $\ell$ &  &  \\
  57210 & \multicolumn{2}{c}{21:30:44.2~$+$70:59:59} &  &  &  \\
  &  &  &  &  &  \\
 205637 A & $\varepsilon$~Cap A & B4 Si & 0.98 ? & 0 & 0.9775$\pm$0.0020 ? 
 $s$ Pedersen 1979  \\
   8260 A & $\varepsilon$~Cap & 4.6 & $s$ &  &  \\
  57290 & \multicolumn{2}{c}{21:37:04.8~$-$19:27:58} & $\star$ &  &  \\
  &  &  &  &  &  \\
 206653 & GC~30455 & B9 Si & 1.8 & 0 & 1.788$\pm$0.005 $\ell$ Hensberge et 
 al. 1977  \\
  ... & BC~Ind & 7.20 & $\ell$ &  &  \\
  57500 & \multicolumn{2}{c}{21:46:37.9~$-$67:35:47} &  &  &  \\
  &  &  &  &  &  \\
 207188 A & BD$-17^{\circ}$6373 & A0 Si & 2.7 & 0 & 2.67$\pm$0.01 $\ell$ 
 Hensberge et al. 1977  \\
  ... & AP~Cap & 7.71 & $\ell$ &  &  \\
  57640 & \multicolumn{2}{c}{21:47:36.4~$-$17:17:42} & $\star$ &  &  \\
  &  &  &  &  &  \\
 207857 & GC~30593 & B8 HgMn & 20.7 & 0 & 20.70 $\ell$ Hildebrandt \& 
 Sch\"oneich 1974  \\
   8349 & V1619~Cyg & 6.20 & $\ell$ &  &  \\
  57790 & \multicolumn{2}{c}{21:51:05.0~$+$39:32:12} & $\star$ &  &  \\
  &  &  &  &  &  \\
 208217 & GC~30695 & A0 SrEuCr & 8.445 & 0 & 8.35$\pm$0.10 $\ell$ Manfroid 
 \& Renson 1983b  \\
  ... & BD~Ind & 7.21 & $\ell, m$ & 4 & 8.44475$\pm$0.00011 $m$ Mathys 
 et al. 1996  \\
  57890 & \multicolumn{2}{c}{21:56:56.7~$-$61:50:47} &  &  &  \\
  &  &  &  &  &  \\
 209515 A & GC~30848 & A0 CrSiMg & 1 : ? & 0 & 0.63703(/1.70:) $\ell$ 
 Winzer 1974b  \\
   8407 A & V1942~Cyg & 5.69 & $\ell$ &  &  \\
  58290 & \multicolumn{2}{c}{22:02:56.7~$+$44:39:00} & $\star$ &  &  \\
  &  &  &  &  &  \\
 210071 & GC~30926 & B9 SiCrHg & 1.43 & 0 & 0.67715 ? $\ell$ Winzer 1974b \\
   8434 &  & 6.40 & $\ell$ & 4 & 1.43242 $\ell$ Adelman et al. 1994 \\
  58470 & \multicolumn{2}{c}{22:06:13.6~$+$56:20:36} &  &  &  \\
  &  &  &  &  &  \\
 212385 & GC~31314 & A3 SrEuCr & 2.5 & 0 & 2.48$\pm$0.04 $\ell$ Renson 
 1978b  \\
  ... & BK~Gru & 6.85 & $\ell$ & 1 & 2.5265$\pm$0.0015 (or other nearby 
 values) $\ell$  \\
  58910 & \multicolumn{2}{c}{22:24:37.7~$-$39:07:38} &  &  & 
 ~~~~~Manfroid \& Mathys 1985  \\
  &  &  &  &  &  \\
 212432 & GC~31318 & B9 Si & 4.7 ? & 0 & 4.69$\pm$0.05 $\ell$ Hensberge et 
 al. 1977  \\
  ... & FI~Aqr & 7.50 & $\ell$ & 0 & 4.689$\pm$0.002/4.659/4.719 ? 
 $\ell$ Hensberge et al. 1978  \\
  58920 & \multicolumn{2}{c}{22:24:33.9~$-$23:22:02} &  &  &  \\
  &  &  &  &  &  \\
 213918 A & BD$+38^{\circ}$4801 & B7 SiSr & 1.431 & 0 & 1.43 $\ell$ North 
 1981 \\
  ... & V362~Lac & 8.73 & $\ell$ & 1 & 1.430823$\pm$0.000074 $\ell$ 
 North  1984  \\
  59330 & \multicolumn{2}{c}{22:34:07.3~$+$39:20:08} & $\star$ &  &  \\
  &  &  &  &  &  \\
 215038 & BD$+74^{\circ}$980 & B9 Si & 2.038 & 0 & 1.97 ? $\ell$ 
 Jarzebowski 1960d  \\
  ... & GQ~Cep & 8.18 & $\ell$ & 0 & 2.0357 $\ell$ Jarzebowski 1961  \\
  59450 & \multicolumn{2}{c}{22:39:22.8~$+$75:39:28} &  & 0 & 2.036 
 $\ell$ Stepien 1968b  \\
  &  &  &  & 0 & 2.03763 $\ell$ Blanco et al. 1973  \\
  &  &  &  & 0 & 2.036 $\ell(UV)$ Leckrone 1976  \\
  &  &  &  & 0 & 2.037638 $\ell$ Rakosch \& Fiedler 1978  \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 30
  &  &  &  &  &  \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & m$_{V}$ & var. & Cat. & Proposed periods (in days) 
 and references \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & 
 Rem. &  &  \\   \hline
  &  &  &  &  &  \\
 215441 & BD$+54^{\circ}$2846 & B9 Si & 9.4876 & 0 & 9.49 $\ell$ 
 Jarzebowski 1960c  \\
  ... & GL~Lac & 8.85 & $\ell, m, s$ & 0 & 9.49 $\ell$ Polosukhina \& 
 Lebedeva 1966  \\
  59530 & \multicolumn{2}{c}{22:44:07.5~$+$55:35:22} & $\star$ & 0 & 
 9.475 ? $\ell$ Cameron \& Perry 1961  \\
  &  &  &  & 0 & 9.482561 $\ell$ Cameron 1966  \\
  &  &  &  & 0 & 9.488 $\ell$ Stepien 1968b  \\
  &  &  &  & 0 & 9.488 $m$ Preston 1969a  \\
  &  &  &  & 0 & 9.487/9.488 $\ell$ Renson 1972a  \\
  &  &  &  & 0 & 9.484/9.4866 $\ell$ Stift 1973  \\
  &  &  &  & 0 & 9.4877 $\ell$ Blanco et al. 1973  \\
  &  &  &  & 0 & 9.4866 $\ell$ Panov 1974  \\
  &  &  &  & 0 & 9.4871 $\ell(UV)$ Leckrone 1974  \\
  &  &  &  & 0 & 9.4866 $\ell$ Sch\"oneich et al. 1976a  \\
  &  &  &  & 0 & 9.4871 $s$ Krautter 1977  \\
  &  &  &  & 0 & 9.4871 $m$ Borra \& Landstreet 1978  \\
  &  &  &  & 1 & 9.4875 $\ell$ Zverko \& Panov 1982  \\
  &  &  &  & 1 & 9.4875 $\ell$ Hempelmann \& Sch\"oneich 1983  \\
  &  &  &  & 3 & 9.4875 $\ell$ Zverko \& Panov 1983  \\
  &  &  &  & 1 & 9.4875 $\ell$ Hildebrandt et al. 1985  \\
  &  &  &  & 1 & 9.4871 $\ell$ Musielok 1986  \\
  &  &  &  & 2 & 9.4875 $\ell(H\beta)$ Musielok \& Madej 1988  \\
  &  &  &  & 4 & 9.4871 $s$ Malanushenko et al. 1992b  \\
  &  &  &  & 4 & 9.4871 $m$ El'kin 1992  \\
  &  &  &  & 4 & 9.487574$\pm$0.000030 $\ell$ North \& Adelman 1995  \\
  &  &  &  &  &  \\
 215661 B & BD$+67^{\circ}$1463 B & A2 CrEu & 3.8 & 0 & 3.770 $s$ Herbig 
 1947 \\
  ... &  & 10.1 & $s$ &  &  \\
  59580 & \multicolumn{2}{c}{22:45:02.2~$+$68:07:55} & $\star$ &  &  \\
  &  &  &  &  &  \\
 216494 & 74~Aqr & B9 HgMn & ? & 1 & 
 0.724$\pm$0.005/1.27$\pm$0.02/3.40$\pm$0.1  \\
   8704 & HI~Aqr & 5.79 & $\ell$ &  & ~~~~~(/1.70$\pm$0.03) $\ell$ 
 Manfroid \& Mathys 1985  \\
  59790 & \multicolumn{2}{c}{22:53:28.7~$-$11:37:00} & $\star$ &  &  \\
  &  &  &  &  &  \\
 216533 & BD$+58^{\circ}$2497 & A1 SrCr & 17.2 & 0 & 17.4 $\ell$ Wolff 
 \& Morrison 1971  \\
  ... & MX~Cep & 7.91 & $\ell, s$ & 0 & 17.20$\pm$0.09/17.98 $\ell$ 
 Wolff \& Morrison 1973  \\
  59810 & \multicolumn{2}{c}{22:52:41.9~$+$58:48:23} & $\star$ & 0 & 
 17.22 $s, \ell, v$ Floquet 1977  \\
  &  &  &  & 0 & 16.08$\pm$0.06 $v$ Floquet 1979  \\
  &  &  &  &  &  \\
 217833 A & GC~32116 & B8 He wk & 5.4 & 0 & 5.36$\pm$0.1 $\ell$ Vet\"o et 
 al. 1980  \\
   8770 A & V638~Cas & 6.51 & $\ell$ & 4 & 5.393 $\ell$ Vet\"{o} 1993  \\
  60060 & \multicolumn{2}{c}{23:02:43.8~$+$55:14:12} & $\star$ &  &  \\
  &  &  &  &  &  \\
 219749 & GC~32437 & B9 Si & 1.619 & 0 & 2.604$\pm$0.001 $\ell$ Rakosch 
 1962a  \\
   8861 & ET~And & 6.49 & $\ell, s$ & 0 & 0.723 $\ell$ Renson 1965b  \\
  60320 & \multicolumn{2}{c}{23:17:56.0~$+$45:29:20} & $\star$ & 0 & 
 1.61553 $\ell$ Panov \& Sch\"oneich 1975  \\
  &  &  &  & 0 & 1.61553 $\ell$ Sch\"oneich et al. 1976a  \\
  &  &  &  & 0 & 1.618$\pm$0.004 $\ell$ Renson 1977b  \\
  &  &  &  & 0 & 2.604/0.723/1.61553 $\ell$ Rakosch \& Fiedler 1978  \\
  &  &  &  & 0 & 0.49925$\pm$0.00008 $\ell$ Sezer 1978  \\
  &  &  &  & 0 & 1.618 $s$ + 48.304 $v(SB)$ Hube 1979  \\
  &  &  &  & 0 & 0.617135$\pm$0.000015 $\ell$ Blanco et al. 1980  \\
  &  &  &  & 0 & 1.61883 $\ell$ Hildebrandt \& Hempelmann 1981  \\
  &  &  &  & 1 & 0.62/0.72 $\ell$ Pavlovky \& Grygar 1982  \\
  &  &  &  & 1 & 1.61883 $s(UV)$ Barylak \& Rakos 1983  \\
  &  &  &  & 3 & 0.49926$\pm$0.00001 $\ell$ Sezer 1983  \\
  &  &  &  & 1 & 1.61887 $\ell$ Panov 1985  \\
  &  &  &  & 1 & 1.61883 $\ell$ Hildebrandt et al. 1985  \\
  &  &  &  & 4 & 1.61887 $\ell, s$ Piskunov et al. 1994  \\
  &  &  &  &  &  \\
 220825 & $\kappa$~Psc & A1 CrSrEu & 1.41 & 0 & 0.5805$\pm$0.0003 $\ell$ 
 Rakosch 1962a  \\
   8911 & $\kappa$~Psc & 4.94 & $\ell, s, v$ & 0 & 0.5853 $\ell$ van 
 Genderen 1971  \\
  60520 & \multicolumn{2}{c}{23:26:56.0~$+$01:15:20} &  & 0 & 0.5805 
 $s, v$ Galeotti \& Lovera 1972  \\
  &  &  &  & 1 & 0.583 $s$ Aliev 1975  \\
  &  &  &  & 1 & 0.5805 $s$ Aslanov et al. 1976  \\
  &  &  &  & 1 & 0.58525: $\ell$ Pyper \& Adelman 1983  \\
  &  &  &  & 2 & 1.4200$\pm$0.0005 $\ell$ Kreidl \& Schneider 1989  \\
  &  &  &  & 3 & 1.412$\pm$0.001 $\ell$ Kerschbaum \& Maitzen 1991  \\
\end{tabular}

\newpage
Table~1. Continued. \\
\begin{tabular}{cccccl}   % 31
  &  &  &  &  &  \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & m$_{V}$ & var. & Cat. & Proposed periods (in days) 
 and references \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & 
 Rem. &  &  \\   \hline
  &  &  &  &  &  \\
 220933 & 69~Peg & A0 HgMn & 7.0 ? & 0 & 6.97 ? $\ell$ Hildebrandt \& 
 Sch\"oneich 1974  \\
   8915 & HV~Peg & 5.98 & $\ell$ &  &  \\
  60570 & \multicolumn{2}{c}{23:27:40.4~$+$25:10:02} &  &  &  \\
  &  &  &  &  &  \\
 221006 & 33G.~Tuc & A0 Si & 2.315 & 0 & 2.32$\pm$0.03 $\ell$ Renson 
 1978b  \\
   8919 & CG~Tuc & 5.67 & $\ell, s$ & 1 & 2.3148$\pm$0.0004 (or other 
 nearby values) $\ell$  \\
  60580 & \multicolumn{2}{c}{23:29:01.0~$-$63:06:39} &  &  & 
 ~~~~~Manfroid \& Mathys 1985  \\
  &  &  &  & 1 & 2.31483 $\ell$ Mathys \& Manfroid 1985  \\
  &  &  &  & 4 & 2.31483$\pm$0.00040 $s, \ell(IR)$ Leone et al. 1995 \\
  &  &  &  &  &  \\
 221394 & GC~32719 & A0 SiSrCr & 2.86 & 0 & 2.8419 $\ell$ Winzer 1974b  \\
   8933 &  & 6.41 & $\ell$ & 4 & 2.86031 $\ell$ Adelman \& Boyce 1995  \\
  60670 & \multicolumn{2}{c}{23:31:43.1~$+$28:24:11} &  &  &  \\
  &  &  &  &  &  \\
 221568 & BD$+57^{\circ}$2758 & A1 SrCrEu & 159 & 0 & 160 $\ell$ Osawa 
 et al. 1965  \\
  ... & V436~Cas & 7.61 & $\ell, s, v$ & 0 & 160 $s, v$ Kodaira 1967  \\
  60730 & \multicolumn{2}{c}{23:32:47.6~$+$57:54:20} & $\star$ & 0 & 159.3 
 $\ell$ Nishimura et al. 1969  \\
  &  &  &  & 0 & 159.0$\pm$0.1 $\ell$ Nakagiri \& Yamashita 1979  \\
  &  &  &  & 1 & 159.0 $\ell$ Sch\"oneich \& \u{Z}elwanowa 1985  \\
  &  &  &  & 1 & 159.0 $\ell$ Musielok 1986  \\
  &  &  &  & 2 & 159.0 $\ell(H\beta)$ Musielok \& Madej 1988  \\
  &  &  &  &  &  \\
 221760 & $\iota$~Phe & A2 SrCrEu & 12.5 ? & 0 & 12.5 ? $\ell$ van Genderen 
 1971  \\
   8949 & $\iota$~Phe & 4.69 & $\ell$ &  &  \\
  60770 & \multicolumn{2}{c}{23:35:04.6~$-$42:36:54} & $\star$ &  &  \\
  &  &  &  &  &  \\
 221936 & BD$+51^{\circ}$3661 & B9 Si & 0.632 & 0 & 0.63195 $\ell$ Panov 
 \& Sch\"oneich 1976b  \\
  ... & V629~Cas & 9.0 & $\ell$ &  &  \\
 60830 & \multicolumn{2}{c}{23:36:01.1~$+$52:37:57} &  &  &  \\
  &  &  &  &  &  \\
 223358 A & GC~33045 & A1 SrSi & 1 ? & 0 & 0.9135 $\ell$ Winzer 1974b  \\
   9017 A & V650~Cas & 6.85 & $\ell$ & 0 & 1.092 ? $\ell$ Burke \& Barr 
 1981  \\
 61200 & \multicolumn{2}{c}{23:48:39.1~$+$64:52:36} & $\star$ &  &  \\
  &  &  &  &  &  \\
 223640 & 108~Aqr & B9 SiSrCr & 3.7352 & 0 & 3.73$\pm$0.03 $\ell$ Morrison 
 \& Wolff 1971  \\
   9031 & ET~Aqr & 5.18 & $\ell, s, m$ & 0 & 3.73 $\ell, (s)$ Megessier 
 \& Garnier 1972  \\
  61290 & \multicolumn{2}{c}{23:51:21.3~$-$18:54:33} &  & 3 & 3.73 
 $\ell(IR)$ Catalano et al. 1991  \\
  &  &  &  & 3 & 3.735236$\pm$0.000024 $\ell$ North \& Burnet 1991  \\
  &  &  &  & 3 & 3.735239$\pm$0.000024 $\ell, m$ North et al. 1992 \\
  &  &  &  & 4 & 3.735239 : $\ell$ Adelman \& Knox 1994  \\
  &  &  &  &  &  \\
 224166 & GC~33187 & B9 Si & 3.51 & 3 & 3.448 $\ell$ Stagg et al. 1988 \\
  ... & PV~And & 6.94 & $\ell$ & 3 & 3.5112$\pm$0.0005 $\ell$ Harmanec et 
 al. 1991  \\
  61440 & \multicolumn{2}{c}{23:55:38.0~$+$46:21:29} &  &  &  \\
  &  &  &  &  &  \\
 224801 & GC~33298 & B9.5 SiEu & 3.7398 & 0 & 3.7422 $\ell$ Provin 1953c \\
   9080 & CG~And & 6.38 & $\ell, s, v$ & 0 & 3.7422 $s, v$ Hack \& 
 Tamburini 1958  \\
  61610 & \multicolumn{2}{c}{00:00:43.7~$+$45:15:13} & $\star$ & 0 & 
 3.7397 $\ell$ + 4.8833 $v$ Rakosch 1963a  \\
  &  &  &  & 0 & 3.73983 $\ell$ Stepien 1968b  \\
  &  &  &  & 0 & 3.73975 $\ell$ Blanco \& Catalano 1971  \\
  &  &  &  & 0 & 4.88643 $v$ Weiss 1973  \\
  &  &  &  & 0 & 3.73975 $\ell$ Sch\"oneich et al. 1976a  \\
  &  &  &  & 0 & 3.73975 $v, s$ Castelli et al. 1976  \\
  &  &  &  & 1 & 3.73975 $\ell$ Hildebrandt et al. 1985  \\
  &  &  &  & 2 & 3.73975 $\ell(H\beta)$ Musielok \& Madej 1988  \\
  &  &  &  & 4 & 3.73975 $\ell$ Malanushenko et al. 1992a  \\
  &  &  &  & 4 & 3.739833$\pm$0.000013 $\ell$ Adelman \& Pyper 1993  \\
  &  &  &  &  &  \\
 225119 & CoD$-29^{\circ}$18945 & B9 SiCr & 2.9 ? & 3 & 2.944(or nearby 
value /1.47 ?) $\ell$ North 1992b  \\
  ... &  & 8.20 & $\ell$ &  &  \\
  61740 & \multicolumn{2}{c}{00:03:37.1~$-$28:25:02} &  &  &  \\
  &  &  &  &  &  \\
 225289 & GC~52 & B8 HgMn & 6.43 & 0 & 6.4332 $\ell$ Hildebrandt \& 
  Sch\"oneich 1974  \\
   9110 & V567~Cas & 5.80 & $\ell$ &  &  \\
  61790 & \multicolumn{2}{c}{00:05:06.1~$+$61:18:51} &  &  &  \\
\end{tabular}

% pgnote1.tex

\newpage
\normalsize
{\bf Notes to Table 1}
\begin{itemize}
\item[Rns~~~~50] sp. bin., P = 96.7~d (e = 0.5)
\item[Rns~~~420] sp.bin., P = 7.3~d
\item[Rns~~~900] sp.bin., P = 400:~d (Aikman, 1976)
\item[Rns~~1090] companion at 13", $\Delta$m = 4.4
\item[Rns~~1490] sp. bin., long period (Vilhu 1978)
\item[Rns~~1880] this star was believed to be an eclipsing variable, 
but this is unprobable; the variation is large in B (for an Ap star), 
but V is almost constant
\item[Rns~~2050] sp. bin., P = 106.3~d (Renson 1966)
\item[Rns~~2470] sp. bin., P = 273~d (e = 0.5) (Preston \& Wolff 1970)
\item[Rns~~2930] ADS 1507A, companion (HD~11503) at 8" often confused with 
the Ap star, the luminosity being about the same ($\Delta$m less than 0.1, 
so that the components are exchanged in the GC and BSC catalogues with 
respect to the HD), this is why we prefer to denote this star as 
$\gamma$ Ari (S) (= south component) instead of A
\item[Rns~~3180] ADS 1615A, companion (Am star, Rns~3170) at 2" (revol. 
in 720 years ?), $\Delta$m = 0.9
\item[Rns~~3760] ADS 1860A, companions at 2" ($\Delta$m = 2.9, orbital 
period 840~y ?) and at 7" ($\Delta$m = 3.8), + close companion at 0.1", 
revol. in 52.4 years
\item[Rns~~3770] ADS 1849A, companion at 12", $\Delta$m = 3.1; sp. bin, 
P = 2.9978~d (Babcock 1958a, b)
\item[Rns~~4560] sp. bin, P = 2.9~d ?
\item[Rns~~4800] the Ap nature of the star (which has been inferred from 
the photometric variations) is doubtful 
\item[Rns~~6296] Ap nature of the star inferred from the photometric 
variations 
\item[Rns~~6440] sp. bin., P = 5.954~d, 2 sp.
\item[Rns~~6460] sp. bin., P = 26~d ?
\item[Rns~~6560] sp. bin., P = 7.2274~d
\item[Rns~~7000] sp. bin., P = 4.45~d
\item[Rns~~7020] sp. bin., P = 5.01~d, 2 sp. (HgMn + HgMn)
\item[Rns~~7050] companion at less than 1", $\Delta$m = 0.5
\item[Rns~~7420] ADS 3305A, companion at 1.5", $\Delta$m = 4.8
\item[Rns~~7490] companion at 0.2", $\Delta$m = 0.3 (revol. in 13 years)
\item[Rns~~8410] sp. bin., P = 5.5227~d (e = 0.1): 2 spectra ($\Delta$m = 
0.2 :); the secondary, more massive, component is the mercury star, and 
the primary is probably normal
\item[Rns~~8580] ADS 3767A, companion at 0.1", $\Delta$m = 0.5; sp. bin., 
P = 21~d ?
\item[Rns~~8880] ADS 3910B, A: HR~1753 at 39"
\item[Rns~~9370] ADS 4116A, companion at 0.1", $\Delta$m = 0.5
\item[Rns~~9850] the variable name V359~Ori has been attributed since 
the star was identified as an eruptive variable (see Renson 1985, p.~3)
\item[Rns~10750] ADS 4566A, companion at 3", $\Delta$m = 4.5
\item[Rns~11180] star N.9 in NGC~2169 (Grubissich 1959, Cuffey \& 
McCuskey 1956); it is also star N.12 in that cluster according to the 
numbering by Hoag et al. 1961
\item[Rns~11400] ADS 4799A, companion at 1", $\Delta$m = 2.5
\item[Rns~12070] ADS 5097A, companion at 6", $\Delta$m = 1.0
\item[Rns~12670] interf. bin. P = 25.8 years (Baize 1989)
\item[Rns~14180] largest known variation in V (0.16 mag) among Ap stars
\item[Rns~15120] companion at 27.5", $\Delta$m = 3.5 (+ two farther stars)
\item[Rns~15140] sp. bin., P = 46.3~d, 2 sp.
\item[Rns~15780] companion at less than 1", $\Delta$m = 1.2
\item[Rns~16240] sp. bin., P = 1387~d; 2 sp.
\item[Rns~16510] the shortest period known for an Ap star, except 
perhaps HD~74196, HD~110073 and HD~177517 the periods of which are not 
firmly established 
\item[Rns~17884] Ap nature of the star inferred from the photometric 
variations 
\item[Rns~17910] sp. bin., P=2432~d (e = 0.7) (Scholz \& Lehmann 1988; 
Oetken 1989); by mistake the value 8.0248 has been printed as 8.0228 in 
Babcock (1960)
\item[Rns~18130] sp. bin., P = 9~d? (Abt \& Levy 1972)
\item[Rns~18140] Cox c, or 127, in NGC~2516
\item[Rns~18400] companion at 2.3", $\Delta$m = 2.7
\item[Rns~18410] companion at 28", $\Delta$m = 3.0
\item[Rns~18900] sp. bin., P = 585.4~d (e = 0.2)
\item[Rns~20800] companion at 0.5", $\Delta$m = 2.2 (+ others farther)
\item[Rns~21860] sp. bin., P = 1400~d
\item[Rns~22530] close triple system: the three components have similar 
magnitudes (6.1, 6.6, 6.5), A and B separated by 0.1", C at 2.7"; probable 
Si star: A or B; the quoted magnitude is the magnitude of the whole 
system, and the coordinates are those of the center of the system 
\item[Rns~22990] ADS 7334, two components having nearly the same magnitude 
and separated by 0.1" (revol. in 22 years) + less luminous component at 
1.8"; the quoted magnitude is the magnitude of the whole system, and the 
coordinates are those of the center of the system 
\item[Rns~23770] companion at 3.3", $\Delta$m = 2.7; the HD number of 
this star is erroneously indicated as 83332 in the Bright Star Catalogue 
(Hoffleit \& Jaschek 1982)
\item[Rns~23850] 1.08~d has been forgotten in the print of IBVS 1300
\item[Rns~23990] companion (V = 13) at 8"
\item[Rns~25010] Lynga 61 in NGC 3114, erroneously quoted as HDE~304847 
in North (1987) 
\item[Rns~25790] the notation 30H. UMa is related to the Hevelius 
numbering, often used for this star, this led to confusion with 30 UMa = 
$\phi$ UMa (the H. has been forgotten by Babcock (1958a, b) in his 
catalogue); sp. bin., P = 11.579~d
\item[Rns~25960] sp. bin.?, 2 sp.?
\item[Rns~26010] sp. bin., P = 12658~d ?
\item[Rns~26165] Ap nature of the star inferred from the photometric 
variations; if the period is the rotation period, it is in disagreement 
with the rather high value of $v \sin i \; (= 80$ km/s) 
\item[Rns~27860] companion at less than 2", $\Delta$m = 2.6
\item[Rns~28310] Abt's star, sp. bin., P = 5.9051~d, 2 sp.; ADS 8115A, less 
luminous companion ($\Delta$m = 5.4) at 1" (+ optical component at 1')
\item[Rns~28360] very large amplitude of luminosity variation (for an Ap 
star) with large differences at the various wavelengths
\item[Rns~29760] companion at 1", $\Delta$m = 0.8:
\item[Rns~31550] ADS 8568A, 17 Com B (+ C) is at 145"
\item[Rns~32250] optical companion to HD~110956 = HR~4848 (at slightly 
less than 1'); record variation in $v$ and $c_{1}$ (of the Str\"omgren 
system): 0.24 and 0.45 mag. respectively; CpD$-55^{\circ}$5216 = 
CoD$-55^{\circ}$4778
\item[Rns~32650] prototype of this class of variable stars ($\alpha$ CVn 
type) and also the first star of which the period has been established; 
ADS 8706A; the other component, $\alpha^{1}$ CVn, is at 20", $\Delta$m 
= 2.7
\item[Rns~33590] sp. bin., P = 126~d 
\item[Rns~35150] double wave with nearly equal extrema in all colours 
(see e.g. Fig.3 in Lanz \& Mathys 1991a), and nearly opposite values for 
the extrema of the magnetic field (Mathys 1991)
\item[Rns~35380] sp. bin., P = 26~d (e = 0.2); slowly multiperiodic 
pulsating star rather than rotator ?
\item[Rns~35760] first star in which Babcock (1947) found a variation 
of the magnetic field, with sign changes, with the same period as the 
spectral line intensity variations; sp. bin., P = 1643~d (Abt \& Snowden 
1973, p.~158)
\item[Rns~35880] large variation in $v$, $y$ and $c_{1}$ of the 
Str\"omgren system
\item[Rns~36710] the variable star name has been attributed because of 
the short period variations (pulsations with P = 6.8 min); companion 
(sp. K5) at 16", $\Delta m = 5$; also sp. bin. ?
\item[Rns~36820] ADS 9338A; the other component, $\pi^{2}$ Boo (Am star, 
Rns~36830), is at 5.5", $\Delta$m = 0.9
\item[Rns~37770] ADS 9477A, companion at 36", $\Delta$m = 2.5
\item[Rns~39200] companion at a distance varying from 0.3" to less than 
0.1", ($\Delta$m = 1.5:); revised spectroscopic elements: P = 3873~d (e = 
0.51) in agreement with the visual orbital elements, the presence of a 
third body with P = 320:~d and e = 0.7 being very doubtful (Oetken \& 
Orwert 1984)
\item[Rns~39240] this star is also called $\zeta^2$~Lib; the variable 
star name has been attributed because of the short period variations 
(pulsation with P = 8.3 min)
\item[Rns~40740] sp. bin., P = 35,47~d (e = 0.5), 2 sp. (Dworetsky 1980)
\item[Rns~41010] component A of a quadruple system; component B (V 
$\simeq$ 13) at 16"; component C (HD~144668 = HR~5999 = V856~Sco, irregular 
variable, sp. A7IIIe, V $\simeq$ 7.0) at 44"; component D (V $\simeq$ 
11.6) at 1.3" from C
\item[Rns~41160] sp. bin., P = 560~d (e = 0.5)
\item[Rns~41850] ADS 10054A, faint companion at 1", $\Delta m = 7$; in 
Borra \& Landstreet (1980) paper the used Winzer's period is by mistake 
reported as 1.3049~d in one of the two citations on p.~437
\item[Rns~43050] ADS 10227A, B+C at 1.8", m(B+C) $-$ m(A) = 4.7 
\item[Rns~43450] ADS 10310A, companion at 19", $\Delta$m = 4.6
\item[Rns~43480] companion at about 18", $\Delta$m = 3.8:
\item[Rns~45100] RSS 77 in NGC~6405 = M~6 
\item[Rns~45120] RSS 19 in NGC~6405 = M~6 
\item[Rns~45890] sp. bin., P = 6.14~d ?
\item[Rns~46650] ADS 11056B, component A (HD~165475, sp. A4) at 6.9", 
$\Delta$m = 0.5; component C at 56" is 5 mag. fainter than A
\item[Rns~47280] sp. bin., P = 12~d ? (Jones \& Wolff 1974)
\item[Rns~47540] K39 in NGC~6633 (non member ?)
\item[Rns~47620] ADS 11311A, very close companion (distance of the order 
of 0.2") with $\Delta$m = 1.8; sp. bin. (proposed period 26.77~d with 
e = 0.4 uncertain)
\item[Rns~47890] sp. bin., P = 25.67~d ? 
\item[Rns~47950] ADS 11448A, companion at 38.7", $\Delta$m = 4
\item[Rns~48090] ADS 11477A, companions at 10" with $\Delta$m = 5.9 and 
at 30" (BD+4$^{\circ}$3802) with $\Delta$m = 2.7
\item[Rns~50100] this star is probably not to be considered as an Ap 
star, but it is a known cepheid, as it has been noted in the {\it 
General Catalogue of Ap and Am Stars}, its luminosity class being I or II
\item[Rns~50610] sp. bin., P = 35~d ?
\item[Rns~50750] the value 2.85~d instead of 2.88~d given for the period 
in IBVS 1391 is a print mistake
\item[Rns~51690] very large luminosity variations for an Ap star, about 
of the same order as for HD~215441
\item[Rns~51700] sp. bin., P = 690:~d ? (Leeman 1964)
\item[Rns~53190] sp.bin., P = 9.35 d, 2 spectra: B9 HgMn + A0 HgPtYSr
\item[HD~191495] star of the open cluster NGC~6871, in the association 
Cyg~OB3; companion at 28", $\Delta m = 3.2$ :
\item[Rns~54060] the known value of $v \sin i$ is somewhat too large for 
P = 8.5~d; therefore a confirmation of this value is desirable (Hildebrandt 
et al. 1985, p. 25) 
\item[Rns~54780] sp. bin. ? (Abt \& Snowden 1973)
\item[Rns~56170] ADS 14682 A, companion (Am star, Rns~56180) at 3", 
$\Delta m = 2$; sp. bin., P = 3.313~d (+ 154:~d ?) 
\item[Rns~56210] low luminosity companion at 2"
\item[Rns~56860] ADS 14962A, companion at 20", $\Delta$m = 5.5
\item[Rns~57290] MWC~373, shell star; very close double: components of 
magnitudes 4.9 and 6.2 at less than 0.01" (+ 9.5 at 68")
\item[Rns~57640] ADS 15325A, companion at 4.5", $\Delta$m = 3
\item[Rns~57790] sp. bin., P = 340:~d ?
\item[Rns~58290] ADS 15578A, companion at 0.8", $\Delta$m = 2.5 (+ less 
luminous ones at more than 20")
\item[Rns~59330] ADS 16064, companion at 1.8", $\Delta$m = 4.5
\item[Rns~59530] Babcock's star, largest known luminosity variation for 
an Ap star (from 0.1 mag in V to 0.2 in U) and largest effective magnetic 
field variation (from + 4 to + 22 kilogauss), but weak spectral line 
intensity variations, and not well marked chemical abundance anomalies
\item[Rns~59580] ADS 16252B, component of a triple system (optical?), 
whose most luminous star (ZZ Cep) is at less than 4" ($\Delta$m = 0.3:) 
and the other, having about the same luminosity as the Ap star, is at 17"
\item[Rns~59790] two components of nearly the same magnitude at a distance 
of the order of 0.1" (according to occultations and speckle interferometry), 
also sp. bin., P = 3.43 d, 2 spectra (primary: HgMn, secondary: Hg)
\item[Rns~59810] sp. bin., P = 16~d ? (Floquet 1979)
\item[Rns~60060] ADS 16474A, optical companion at 20" with $\Delta$m 
= 3.3 (+ two more distant ones)
\item[Rns~60320] sp. bin., P = 48.3~d (e = 0.5) (Ouhrabka \& Grygar 1979, 
Hube 1979)
\item[Rns~60730] sp. bin., P = 159~d (+ long. per.: longer than 1 year ?) 
(Kodaira 1976); large variation in $y$, $v$ and $c_{1}$ of the 
Str\"omgren system (about the same as HD~125630, except the period)
\item[Rns~60770] companion at 6.7", $\Delta$ m = 8 
\item[Rns~61200] ADS 17020A, companion at less than 1" (revol. in 713 
years ?), $\Delta$m = 0.7 (+ optical companion at about 50")
\item[Rns~61610] sp.bin., P = 4.8864~d (Weiss 1973)
\end{itemize}

% pgtab23.tex

\newpage
\footnotesize
Table~2. He-strong stars. \\
\begin{tabular}{cccccl}   % 18
  &  &  &  &  &   \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & $m_{V}$ & Var. & Cat. & Proposed periods (in days) and 
 references  \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & Rem. 
 &  &   \\   \hline
  &  &  &  &  &   \\
  33331 & GC~6282 & B7 He ? & 1.14 & 0 & 1.144$\pm$0.004 $\ell$ Manfroid 
 \& Renson 1981a   \\
  ... & TU~Pic & 6.90 & $\ell$ &  &   \\
   8510 & \multicolumn{2}{c}{05:07:25.9~$-$44:49:18} &  &  &   \\
  &  &  &  &  &   \\
  36485 & $\delta$~Ori~B & B2 He & 1.708 & 4 & const $m$ Bohlender et al. 
1987   \\
   1851 &  & 6.82 & $s, \ell, m$ & 4 & $\sim$1.5 $s$ Bohlender \& Walker 
 1991   \\
   9440 & \multicolumn{2}{c}{05:32:00.5~$-$00:17:04} & $\star$ & 4 & 
 1.70785$\pm$0.00050 $\ell(IR), m$ Catalano \& Leone 1994a   \\
  &  &  &  &  &   \\
  37017 & GC~6932 & B2 He & 0.9012 & 0 & 0.9015$\pm$0.0020 $s, \ell$ 
 Pedersen \& Thomsen 1977   \\
   1890 & V1046~Ori & 6.55 & $s, \ell, m$ & 0 & 0.901175$\pm$0.00013 $s$ 
 Pedersen 1979   \\
   9820 & \multicolumn{2}{c}{05:35:21.9~$-$04:29:39} & $\star$ & 0 & 
 0.901175 $m$ Borra \& Landstreet 1979   \\
  &  &  &  & 1 & 0.901175 $s(UV)$ Shore \& Adelman 1981   \\
  &  &  &  & 1 & 0.90117 $\ell$ Adelman \& Pyper 1985   \\
  &  &  &  & 4 & 0.901175 $s$ Odell 1986   \\
  &  &  &  & 2 & 0.901195$\pm$0.000050 $m$ Bohlender et al. 1987  \\
  &  &  &  & 3 & 0.901195 $s(UV)$ Shore \& Brown 1990   \\
  &  &  &  & 4 & 0.901195 $\ell(IR)$ Catalano \& Leone 1994a  \\
  &  &  &  &  &   \\
  37479 & $\sigma$~Ori~E & B2 He & 1.191 & 0 & 6.188/1.193/0.861 $s$ 
 Thomsen 1974 \\
   1932 & V1030~Ori & 6.67 & $s, \ell, m$ & 0 & 1.19 $\ell$ Walborn \& 
 Hesser 1976   \\
  10080 & \multicolumn{2}{c}{05:38:47.2~$-$02:35:40} & $\star$ & 0 & 
 1.19 $s$ Groote \& Hunger 1976   \\
  &  &  &  & 0 & 1.19080$\pm$0.00005 $\ell$ Hesser et al. 1976  \\
  &  &  &  & 0 & 1.19081$\pm$0.00001 $\ell$ Hesser et al. 1977  \\
  &  &  &  & 0 & 1.192$\pm$0.006 $s, \ell$ Pedersen \& Thomsen 1977 \\
  &  &  &  & 0 & 1.1908 $m$ Kemp \& Herman 1977   \\
  &  &  &  & 0 & 1.19 $m$ Landstreet \& Borra 1978   \\
  &  &  &  & 0 & 1.19090$\pm$0.00015 $s$ Pedersen 1979   \\
  &  &  &  & 0 & 1.190811$\pm$0.000010 $m$ Borra \& Landstreet 1979 \\
  &  &  &  & 4 & 1.19080 $s, \ell(IR)$ Groote \& Hunger 1982   \\
  &  &  &  & 1 & 1.19081 $\ell$ Adelman \& Pyper 1985   \\
  &  &  &  & 2 & 1.19081 $m$ Bohlender et al. 1987   \\
  &  &  &  & 3 & 1.19081 $s$ Hunger et al. 1990   \\
  &  &  &  & 3 & 1.19081 $s(UV)$ Shore \& Brown 1990   \\
  &  &  &  & 4 & 1.19081 $\ell(IR)$ Catalano \& Leone 1994a   \\
  &  &  &  &  &   \\
  37776 & BD$-1^{\circ}$1005 & B3 He & 1.539 & 0 & 0.37968$\pm$0.00005 
 $\ell$ Hill 1967   \\
  ... & V901~Ori & 6.99 & $\ell, s, m, v$ & 0 & 1.538$\pm$0.004 $s, \ell$ 
 Pedersen \& Thomsen 1977   \\
  10190 & \multicolumn{2}{c}{05:40:56.4~$-$01:30:26} &  & 0 & 
 1.5385$\pm$0.0003 $\ell$ Pedersen 1979   \\
  &  &  &  & 0 & 1.5385(/0.353/0.432/0.547) ? $m$ Borra \& Landstreet 
 1979   \\
  &  &  &  & 0 & 1.5385 $s, v$ Groote \& Kaufmann 1981   \\
  &  &  &  & 1 & 1.5385 $s$ Walborn 1982   \\
  &  &  &  & 1 & 1.53862 $\ell$ Adelman \& Pyper 1985   \\
  &  &  &  & 1 & 1.53869$\pm$0.00007 $m$ Thompson \& Landstreet 1985  \\
  &  &  &  & 3 & 1.53869 $s(UV)$ Shore \& Brown 1990   \\
  &  &  &  & 4 & 1.53869 $\ell(IR)$ Catalano \& Leone 1994a   \\
  &  &  &  &  &   \\
  58260 & GC~9873 & B3 He & 1.49 ? & 0 & 1.657$\pm$0.004 ? $s$ Pedersen 
 1979   \\
  ... &  & 6.74 & $s, \ell$ & 4 & 1.4876$\pm$0.0010 $\ell(IR)$ 
 Catalano \& Leone 1994a   \\
  15890 & \multicolumn{2}{c}{07:23:19.6~$-$36:20:25} &  & 4 & no var. 
 $\ell$ Kilkenny et al. 1994   \\
  &  &  &  &  &   \\
  60344 & CoD$-23^{\circ}$5673 & B5 He & 1.83 & 4 & 1.8276$\pm$0.0010 
 $\ell(IR)$ Catalano \& Leone 1994a   \\
 ... &  & 7.8 & $\ell$ &  &     \\
  16490 & \multicolumn{2}{c}{07:33:02.2~$-$23:56:03} &  &  &   \\
  &  &  &  &  &   \\
  64740 & 216G.~Pup & B2 He & 1.330 & 0 & 1.3295$\pm$0.0025 $s$ Pedersen 
 \& Thomsen 1977   \\
   3089 &  & 4.63 & $s, m, \ell$ & 0 & 1.33016 $s$ Pedersen 1977   \\
  17750 & \multicolumn{2}{c}{07:53:03.7~$-$49:36:47} &  & 0 & 
 1.33016$\pm$0.00016 $s$ Pedersen 1979   \\
  &  &  &  & 0 & 1.33016 $m$ Borra \& Landstreet 1979   \\
  &  &  &  & 0 & 1.33016 $s$ Lester 1979   \\
  &  &  &  & 2 & 1.33026$\pm$0.00006 $m$ Bohlender et al. 1987   \\
  &  &  &  & 3 & 1.33026 $s(UV)$ Shore \& Brown 1990   \\
  &  &  &  & 4 & 1.33026 $\ell(IR)$ Catalano \& Leone 1994a   \\
\end{tabular}

\newpage
Table~2. He-strong stars (continued). \\
\begin{tabular}{cccccl}
  &  &  &  &  &  \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & m$_{V}$ & var. & Cat. & Proposed periods (in days) 
 and references \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & 
 Rem. &  &  \\   \hline
  &  &  &  &  &  \\
  93030 & $\theta$~Car & B0 HeSiNP & 1.78 & 0 & 0.7045$\pm$0.0040 ? $s$ 
 Pedersen \& Thomsen 1977   \\
   4199 &  & 2.76 & $s, v$ & 1 & 1.7788$\pm$0.0001 $v, s$ Walborn 1979 \\
  26850 & \multicolumn{2}{c}{10:42:57.4~$-$64:23:40} &  &  &   \\
  &  &  &  &  &  \\
  96446 & GC~15267 & B2 He & 0.851 & 0 & 23.0$\pm$6.0 ? $s$ Pedersen \& 
 Thomsen 1977   \\
  ... & V430~Car & 6.70 & $\ell, m$ & 2 & 
 0.8490$\pm$0.0007(/5.6225/0.4592)  $\ell$   \\
  27790 & \multicolumn{2}{c}{11:06:05.9~$-$59:57:00} &  &  & ~~~~~Matthews 
 \& Bohlender 1988   \\
  &  &  &  & 3 & 0.85137$\pm$0.00005 $\ell, m$ Matthews \& Bohlender 
 1991   \\
  &  &  &  & 3 & 0.85137 $m$ Mathys 1991   \\
  &  &  &  &  &  \\
 177003 & GC~26138 & B3 He & 0.7 ? & 4 & 0.66/2.1 $\ell(UV)$ Sch\"oneich 
 \& Zelwanowa 1984  \\
   7210 &  & 5.37 & $\ell$ & 4 & 0.724 ? $\ell$ Vet\"o 1993  \\
  49360 & \multicolumn{2}{c}{19:00:13.7~$+$50:32:01} &  &  &  \\
  &  &  &  &  &  \\
 184927 & BD$+30^{\circ}$3645 & B2 He & 9.53 & 0 & 9.48 $s, \ell$ Bond \& 
 Levato 1976  \\
  ... & V1671~Cyg & 7.45 & $s, \ell, m$ & 0 & 9.536$\pm$0.050 $s$ Levato 
 \& Malaroda 1979  \\
  51020 & \multicolumn{2}{c}{19:35:32.0~$+$31:16:36} &  & 0 & 
 9.35$\pm$0.10 $\ell$ Vet\"o et al. 1980  \\
  &  &  &  & 4 & 9.536 $m, s$ Barker et al. 1982  \\
  &  &  &  & 1 & 9.536 $\ell$ Musielok 1986  \\
  &  &  &  & 2 & 9.52973$\pm$0.00078 $m$ Brown et al.  \\
  &  &  &  &  & ~~~~~(cited in Bohlender et al. 1987)  \\
  &  &  &  & 4 & 9.52793 $\ell$ Vet\"o 1993  \\
  &  &  &  &  & 9.52961$\pm$0.00731 $m$ Wade et al. 1996d (priv. comm.) \\
  &  &  &  &  &  \\
 208266 & BD$+59^{\circ}$2430 & B4 He & 14 & 0 & 14.3$\pm$0.6 $\ell$ Vet\"o 
 et al. 1980  \\
  ... &  & 8.13 & $\ell$ &  &  \\
  57900 & \multicolumn{2}{c}{21:53:00.3~$+$60:38:33} &  &  &  \\
\end{tabular}

\vskip 3cm

\normalsize
{\bf Notes to Table 2}
\begin{itemize}
\item[Rns~~9440] ADS~4134C: the brighter component HD~36486 ($\delta$ Ori A 
= HR~1852, m$_{V}$ = 2.22) is 52" away; a faint component (m$_{V}$ = 14.0) 
33" away from A probably is not physically related to the system (Morrell 
\& Levato 1991); HD~36485 is also a spectroscopic binary with P = 
9.9144$\pm$0.0002~d (Morrell \& Levato 1991) 
\item[Rns~~9820] sp. bin. 18.6217$\pm$0.0004~d (Morrell \& Levato 1991) 
\item[Rns~10080] first helium-strong star in which a large magnetic 
field has been detected. Light variations are mainly due to the eclipse 
by a ring or cloud of circumstellar material (Groote \& Hunger 1982)
\end{itemize}

% % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % 

\newpage
\footnotesize
Table~3. Eclipsing or ellipsoidal Ap stars. \\
\begin{tabular}{cccccl}
  &  &  &  &  &  \\   \hline
  HD & Name & Sp. type & Period &  &   \\
  HR & Var. name & m$_{V}$ & var. & Cat. & Proposed periods (in days) 
 and references \\
  Rns & \multicolumn{2}{c}{$\alpha \qquad (2000.0) \qquad \delta$} & 
 Rem. &  &  \\   \hline
  &  &  &  &  &   \\
  24769 & 33~Tau & B9 Si ? & 1.49 & 0 & 1.4800 $\ell$ Winzer 1974b \\
   1221 & V817~Tau & 6.05 & $\ell$ & 0 & 1.4876 $\ell$ Hube et al. 
 (priv. comm.)  \\
   6330 & \multicolumn{2}{c}{03:57:03.8~$+$23:10:32} & $\star$ &  &   \\
  &  &  &  &  &   \\
  34364 & 17~Aur & B9 MnHg & 4.1347 & 0 & 4.134581 $\ell$ Nassau 1935  \\
   1728 & AR~Aur & 6.15 & $\ell$ & 0 & 4.13466057 $\ell$ Woodward 1943 \\
   8740 & \multicolumn{2}{c}{05:18:19.0~$+$33:46:03} & $\star$ & 0 & 
 4.13467 $\ell$ Huffer \& Eggen 1947   \\
  &  &  &  & 0 & 4.13466057 $\ell$  Johansen 1970   \\
  &  &  &  & 0 & 4.1346791$\pm$0.0000006 $\ell$ Guarnieri et al. 1975 \\
  &  &  &  & 0 & 4.134687$\pm$0.000002 $\ell$ O'Connell 1979   \\
  &  &  &  & 0 & 4.134695$\pm$0.000002 $\ell$ Zverko et al. 1981 \\
  &  &  &  & 2 & 4.1346662 $\ell$ Chochol et al. 1988   \\
  &  &  &  &  &   \\
  38602 & $\iota$~Men & B9 Si ? & 2.64 & 0 & 2.644$\pm$0.001(+irreg.) 
 $\ell$ Gr\"onbech \& Naqvi 1976   \\
   1991 & $\iota$~Men & 6.04 & $\ell$ &  &   \\
  10390 & \multicolumn{2}{c}{05:35:36.2~$-$78:49:15} & $\star$ &  &   \\
  &  &  &  &  &   \\
  ... & CpD$-60^{\circ}$981 & A2 (SrCrEu) ? & 3.175 & 0 & 
 3.157$\pm$0.007/6.314 $\ell$ North et al. 1982  \\
  ... & V392~Car & 9.48 & $\ell$ & 1 & 3.17497 $\ell$ North 1984  \\
  18160 & \multicolumn{2}{c}{07:58:12.0~$-$60:52:00} & $\star$ & 4 & 
 3.174995$\pm$0.000006 $\ell$ \u{Z}i\u{z}\u{n}ovsk\'y 1992  \\
  &  &  &  &  &   \\
  68826 & CoD$-48^{\circ}$3586 & B9 Si & 1.5847 & 0 & 1.5846 $\ell$ 
 Hertzsprung 1937   \\
  ... & AO~Vel & 9.35 & $\ell$ & 0 & 1.5845993 $\ell$ Oosterhoff \& van 
 Houten 1949   \\
  19090 & \multicolumn{2}{c}{08:11:53.9~$-$48:44:46} &  & 4 & 
 1.584748$\pm$0.000005 $\ell$ Clausen et al. 1995   \\
  &  &  &  &  &  \\
  ... & BD$+4^{\circ}$2748 & A2 p ? & 0.70253 & 1 & 0.70253 $\ell$ Jensch 
 1935  \\
  ... & AX~Vir & 10.4 & $\ell$ & 1 & 0.7025277 $\ell$ Lause 1937 \\
  33790 & \multicolumn{2}{c}{13:27:44.8~$+$03:52:27} & $\star$ & 1 & 
 0.7025268 $\ell$ Whitney 1955  \\
  &  &  &  &  &  \\
 121276 & CoD$-51^{\circ}$7839 & A0 SiCr& 6.5146 & 4 & 6.514628 $\ell$ 
 North \& Richard 1995  \\
  ... &  & 9.9 & $\ell$ &  &  \\
  34910 & \multicolumn{2}{c}{13:55:48.0~$-$51:43:00} &  &  &  \\
  &  &  &  &  &  \\
 143654 & CoD$-51^{\circ}$9739 & A0 (EuCrSr) ? & 8.5244 & 2 & 
 8.524406$\pm$0.000017 $\ell$ Herzsprung 1937b  \\
  ... & TV~Nor & 8.99 & $\ell$ & 4 & 8.524406 $\ell$ North \& Burnet 
 1994  \\
  40700 & \multicolumn{2}{c}{16:04:09.2~$-$51:32:40} & $\star$ &  &  \\
  &  &  &  &  &  \\
 146772 & BD$+9^{\circ}$3179 & A1 (Sr) ? & 1.734 & 1 & 
 1.733993$\pm$0.000002 $\ell$ Pokorn\'y \& Zlatu\u{s}ka 1976  \\
  ... & CC~Her & 10.2 & $\ell$ &  &  \\
  41470 & \multicolumn{2}{c}{16:17:39.0~$+$08:56:54} & $\star$ &  &  \\
\end{tabular}

\vskip 3cm 
\normalsize
{\bf Notes to Table 3}
\begin{itemize}
\item[Rns~~6330] sp. bin., P = 2.9753~d, ellipsoidal variable (photometric 
period = P/2) (Hube 1981)
\item[Rns~~8740] the period of the eclipses varies; this suggests the 
presence of a third body with a period of about 26~y
\item[Rns~10390] probable ellipsoidal variable 
\item[Rns~18160] the eclipsing binarity has been confirmed (North 1984); 
Cox~38 in NGC~2516
\item[Rns~33790] star N.745 in Bertaud's catalogue (second supplement, 
1965); Bertaud reported the slightly erroneous coordinates given by 
Klemola (1962); the spectral anomalies are barely known and uncertain 
(see Renson 1984a)
\item[Rns~40700] according to North \& Burnet (1994) this star is probably 
not an Ap star 
\item[Rns~41470] this eclipsing binary has been classified as A1(p Sr) 
by Halbedel (1984)
\end{itemize}

\newpage
\normalsize
\section*{References to the Tables and to the Notes}
\begin{itemize}
\item[0] Abt H.A., 1953, PASP 65, 274
\item[0] Abt H.A., Conti P.S., Deutsch A.J., Wallerstein G., 1968, ApJ 
153, 177
\item[0] Abt H.A., Levy S.G., 1972, ApJ 172, 355
\item[0] Abt H.A., Snowden M.S., 1973, ApJS 25, 137
\item[0] Abuladze O.P., 1968, Byull. Abastumanskaya Astrofiz. Obs. 36, 43
\item[0] Adam M.G., 1965, Observatory 85, 204
\item[1] Adelman S.J., 1981, A\&AS 44, 265
\item[1] Adelman S.J., 1983, A\&AS 51, 511
\item[4] Adelman S.J., 1993, A\&A 269, 411
\item[4] Adelman S.J., 1996a, MNRAS ({\it in press})
\item[4] Adelman S.J., 1996b, ({\it priv. comm.})
\item[4] Adelman S.J., Boyce P.W., 1993, A\&AS 114, 253
\item[4] Adelman S.J., Brown B.H., Caliskan H., Reese D.F., Adelman C.J., 
1994, A\&AS 106, 333
\item[4] Adelman S.J., Dukes R.J. JR., Pyper D.M., 1992, AJ 104, 314
\item[4] Adelman S.J., Fried R., 1993, AJ 105, 1103
\item[1] Adelman S.J., Hensberge H., Van Rensbergen W., 1984, A\&AS 57, 121
\item[4] Adelman S.J., Knox J.R.Jr, 1994, A\&AS 103, 1
\item[1] Adelman S.J., Pyper D.M., 1983, A\&A 118, 313
\item[1] Adelman S.J., Pyper D.M., 1985, A\&AS 62, 279
\item[4] Adelman S.J., Pyper D.M., 1993, Photometry of Chemically Peculiar 
Stars with Automatic Photoelectric Telescopes. In: Dworetsky M.M., 
Castelli F., Faraggiana R. (eds) Proc. IAU Coll. 138, Peculiar versus 
Normal Phenomena in A-Type and Related Stars. ASP Conf. Series 44, 
p.~644
\item[0] Adelman S.J., White R.E., 1980, A\&AS 42, 289
\item[2] Aikman G.C.L., 1976, Publ. Dominion Astrophys. Obs. 14, 379
\item[1] Aliev S.G., 1975, The study of hydrogen lines in the spectrum of 
the magnetic variable star HD~220825. In: Aslanov I.A. (ed.) Proc. Baku 
Conference. Magnetic Ap Stars, p. 80
\item[2] Artru M.C., Freire-Ferrero R., 1988, A\&A 203, 111
\item[2] Aslanov I.A., 1987, AZh 64, 815
\item[0] Aslanov I.A., Hildebrandt G., Khokhlova V.L., Sch\"oneich W., 1973, 
ApSS 21, 477
\item[0] Aslanov I.A., Khokhlova V.L., 1972, AZh 49, 271
\item[0] Aslanov I.A., Rustamov Yu.S., 1976a, On the configuration of the 
magnetic field of $\beta$ CrB. In: Weiss W.W., Jenkner H., Wood H.J. (eds.) 
Proc. I.A.U. Coll. 32. Physics of Ap Stars. Universit\"ats Sternwarte Wien, 
 p. 613
\item[0] Aslanov I.A., Rustamov Yu.S., 1976b, Astron. Nachr. 297, 249
\item[1] Aslanov I.A., Rustamov Yu.S., Khalilov V.M., Shakirzade A.A., 1976 
Astron. Nachr. 297, 191
\item[0] Aydin C., 1968, Mem. Soc. Astron. Ital. 39, 721
\item[0] Babcock H.W., 1947, PASP 59, 260
\item[0] Babcock H.W., 1951, ApJ 114, 1
\item[0] Babcock H.W., 1953, PASP 65, 194
\item[0] Babcock H.W., 1954, ApJ 120, 66
\item[0] Babcock H.W., 1956, ApJ 124, 489
\item[0] Babcock H.W., 1958a, ApJS 3, 141
\item[0] Babcock H.W., 1958b, ApJ 128, 228
\item[0] Babcock H.W., 1960, Stellar Magnetic Fields. In: Greenstein J.L. 
(ed.) Stars and Stellar Systems Vol. 6. Stellar Atmospheres. University of 
Chicago Press, p. 282
\item[0] Babcock H.W., 1963, PASP 75, 74
\item[0] Babcock H.W., Burd S., 1952, ApJ 116, 8
\item[3] Babel J., 1992, A\&A 258, 449
\item[4] Bagnulo S., Landi degl'Innocenti E., Landolfi M., Leroy J.L., 
1995, A\&A 295, 459
\item[0] Bahner K., 1950, Mitt. Astron. Ges. 14, 14
\item[0] Bahner K., Mawridis L., 1957, Z. Astrophys. 41, 254
\item[4] Baize P., 1989, A\&AS 81, 415
\item[0] Balona L.A., 1975, MNRAS 173, 605
\item[0] Balona L.A., Martin W.L., 1974, MNRAS 166, 35P
\item[4] Barker P.K., Brown D.N., Bolton C.T., Landstreet J.D., 1982, 
Magnetospheres and Winds of the Helium Strong Stars: Dependence on 
Rotation. In: Kondo Y., Mead J.M., Chapman R.D. (eds) Advances in 
Ultraviolet Astronomy: four Years of IUE Research. NASA-CP 2238, p.~589
\item[1] Barylak M., Rakosch K.D., 1983, A\&A 127, 366
\item[2] Bartholdy P., 1988, in: Halbwachs J.-L., Jasniewicz G., Egret D. 
(eds.), D\'{e}tection et classification des \'{e}toiles variables. Comptes 
Rendus des Journ\'{e}es de Strasbourg, 10me r\'{e}union, 21 April 1988, 
p.~77
\item[0] Bartolini C., Battistini P.L., 1969, Mem. Soc. Astron. Ital. 40, 
575
\item[0] Bartolini C., Foschini R., Piccioni A., 1974, Inf. Bull. Var. 
Stars 948
\item[2] Barzova I.S., Iliev I.K., 1988, Spectrum variations of the CP2 
star HD~5797 = V551~Cas. In: Glagolevskii Yu.V., Kopylov I.M. (eds.) 
Proc. Int. Meeting on the Problem "Physics and Evolution of Stars". 
Magnetic Stars, NAUKA, Leningrad, p. 107
\item[0] Belopolsky A., 1913a, Bull. Acad. Imper. St. Petersbourg 
Sixi\`{e}me Ser. 7, 689
\item[0] Belopolsky A., 1913b, Astron. Nachr. 196, 1
\item[0] Belopolsky A., 1928, Astron. Nachr. 234, 93
\item[4] Berdnikov L.N., Vorziskova O.V., 1995, Inf. Bull. Var. Stars 4145
\item[0] Berg R.A., 1967, Publ. Leander Mc Cormick Obs. 15, 19
\item[1] Bertaud Ch., 1965, J. Obs. 48, 211
\item[0] Blanco C., Catalano F.A., 1968, Mem. Soc. Astron. Ital. 39, 579
\item[0] Blanco C., Catalano F.A., 1970, AJ 75, 53
\item[0] Blanco C., Catalano F.A., 1971, AJ 76, 630
\item[0] Blanco C., Catalano F.A., 1972, AJ 77, 666
\item[0] Blanco C., Catalano F.A., Strazzulla G., 1976, Inf. Bull. Var. 
Stars 1194
\item[0] Blanco C., Catalano F.A., Strazzulla G., 1978, A\&AS 31, 205
\item[0] Blanco C., Catalano F.A., Strazzulla G., 1980, A\&AS 39, 127
\item[0] Blanco C., Catalano F.A., Vaccari S., 1973, AJ 78, 734
\item[2] Bohlender D.A., 1989, A\&A 220, 215
\item[4] Bohlender D.A., 1994, Observations of Magnetic Fields in B Stars. 
In: Balona L.A., Henrichs H.F., Le Contel J.-L. (eds) Pulsation, Rotation 
and Mass Loss in Early Type Stars, I.A.U. Symp. 162, Kluwer Academic Press, 
Dordrecht, Holland, p.~155
\item[2] Bohlender D.A., Brown D.N., Landstreet J.D., Thompson I.B., 1987, 
ApJ 323, 325
\item[3] Bohlender D.A., Landstreet J.D., 1990, ApJ 358, L25
\item[4] Bohlender D.A., Landstreet J.D., Thompson I.B., 1993, A\&A 269, 
355
\item[4] Bohlender D.A., Walker G.A.H., 1991, J. R. Astron. Soc. Canada 
85, 202
\item[0] Bond H.E., Levato H., 1976, PASP 88, 905
\item[0] Bonsack W.K., 1958, PASP 70, 90
\item[4] Bonsack W.K., 1974, PASP 86, 408
\item[0] Bonsack W.K., 1976a, PASP 88, 19
\item[0] Bonsack W.K., 1976b, ApJ 209, 160
\item[0] Bonsack W.K., 1977, A\&A 59, 195
\item[0] Bonsack W.K., 1979, PASP 91, 648
\item[0] Bonsack W.K., 1981, A Peculiar Newsletter 7, 7
\item[0] Bonsack W.K., Markowitz A.H., 1967, PASP 79, 235
\item[0] Bonsack W.K., Pilachowski C.A., 1974, ApJ 190, 327
\item[0] Bonsack W.K., Pilachowski C.A., Wolff S.C., 1974, ApJ 187, 265
\item[0] Bonsack W.K., Wallace W.A., 1970, PASP 82, 249
\item[1] Borra E.F., 1981, ApJ 249, L39
\item[1] Borra E.F., Beaulieu A., Brousseau D., Shelton I., 1985, A\&A 149, 
266
\item[0] Borra E.F., Landstreet J.D., 1975, PASP 87, 961
\item[0] Borra E.F., Landstreet J.D., 1977, ApJ 212, 141
\item[0] Borra E.F., Landstreet J.D., 1978, ApJ 222, 226
\item[0] Borra E.F., Landstreet J.D., 1979, ApJ 228, 809
\item[0] Borra E.F., Landstreet J.D., 1980, ApJS 42, 421
\item[1] Borra E.F., Landstreet J.D., Thompson I., 1983, ApJS 53. 151
\item[0] Borra E.F., Vaughan A.H., 1978, ApJ 220, 924
\item[3] Brandi E., \u{Z}i\u{z}\u{n}ovsk\'y J., 1990, Mitt. 
Karl-Schwarzschild Obs. Tautenburg N.125, p.9
\item[4] Breger M., 1980, Space Sci. Rev. 27, 431
\item[0] Brodskaya E.S., 1970, AZh 47, 662
\item[ ] Brodskaya E.S., 1978, Perem. Zvezdy 20, 517
\item[2] Brown D.N., Shore S.N., Sonneborn G., 1985, AJ 90, 1354
\item[0] Buchholz M., Maitzen H.M., 1979, A\&A 73, 222
\item[0] Burbridge G.R., Burbridge E.M., 1955, ApJS 1, 431
\item[0] Burke E.W. Jr., Barr T.H., 1981, PASP 93, 344
\item[0] Burke E.W. Jr., Howard J.T., 1972, ApJ 178, 491
\item[0] Burke E.W. Jr., Lady S., 1977, Inf. Bull. Var. Stars 1288
\item[0] Burke E.W.Jr., Rice J.B., Welhau W.H., 1969, PASP 81, 883
\item[0] Burke E.W.Jr., Rolland W.W., Boy W.R., 1970, J. R. Astron. Soc. 
Canada 64, 353
\item[2] Burke E.W.Jr., Thompson S.K., 1987, PASP 99, 852
\item[2] Burnashev V.I., Malanushenko V.P., Polosukhina N.S., 1986, Izv. 
Krymskoi Astrofiz. Obs. 74, 42
\item[2] Burnashev V.I., Polosukhina N.S., Malanushenko V.P., 1983, 
Pis'ma AZh 9, 286
\item[4] Bychkov V.D., El'kin V.G., Shtol V.G., 1992, Investigation of 
52 Her Magnetic Field Variability. In: Glagolevskii Yu.V., Romanyuk I.I. 
(eds.) Proc. Int. Meeting on the Problem "Physics and Evolution of 
Stars". Stellar Magnetism. NAUKA, Sankt-Petersburg, p.~211
\item[0] Caldwell J.A.R., Cousins A.W.J., 1982, Mon. Not. Astron. Soc. S. 
Afr. 41, 85
\item[0] Cameron R.C., 1966, Georgetown Obs. Monogr. 21
\item[0] Cameron R.C., Perry C., 1961, AJ 66, 40
\item[0] Castelli F., Faraggiana R., Hvala S., 1976, A\&A 46, 99
\item[3] Catalano F.A., Kroll R., Leone F., 1991, A\&A 248, 179
\item[3] Catalano F.A., Kroll R., Leone F., 1992, A\&A 263, 203
\item[2] Catalano F.A., Leone F., 1990, A\&AS 83, 491
\item[2] Catalano F.A., Leone F., 1991, A\&A 244, 327
\item[3] Catalano F.A., Leone F., 1993a, A\&AS 97, 501
\item[3] Catalano F.A., Leone F., 1993b, A\&AS 100, 319
\item[4] Catalano F.A., Leone F., 1994a, Infrared Light Variations of 
some Helium-rich Stars. In: Vincze I., Jankowics I. (eds) Proc. 25th 
Meeting and Workshop of the European Working Group on CP Stars. 
Gothard Astrophys. Obs. of L. Eotvos University, Szombathely, Hungary, 
p.~33
\item[4] Catalano F.A., Leone F., 1994b, A\&AS 108, 595
\item[4] Catalano F.A., Leone F., 1996, A\&A 311, 230
\item[2] Catalano F.A., Leone F., Vaccari S., 1988, Inf. Bull. Var. Stars 
3220
\item[0] Catalano F.A., Magazz\`u A., Strazzulla G., 1979, Inf. Bull. Var. 
Stars 1695
\item[1] Catalano F.A., Vaccari S., 1985, Inf. Bull. Var. Stars 2687
\item[2] Chochol D., Juza K., Mayer P., Zverko J., 
\u{Z}i\u{z}\u{n}ovsk\'y J., 1988, Bull. Astron. Inst. Czechosl. 39, 69
\item[0] Chugainov P.F., 1961, Perem. Zvezdy 13, 255
\item[2] Chunakova N.M., Bychkov V.D., Glagolevskii Yu.V., 1981, Soobshch. 
Spetsial'noi Astrofiz. Obs. 31, 5
\item[4] Clausen J.V., Gim\'enez A., van Houten C.J., 1995, A\&AS 109, 425
\item[0] Cohen J.G., Deutsch A.J., Greenstein J.L., 1969, ApJ 156, 629
\item[ ] Cuffey J., McCuskey S.W., 1956, ApJ 123, 59
\item[3] Cutispoto G., Tagliaferri G., Catalano F.A., 1990, Inf. Bull. 
Var. Stars 3542
\item[0] Dachs J., 1971, Mitt. Astron. Ges. 29, 10
\item[0] Deul E.R., van Genderen A.M., 1983, A\&A 118, 289
\item[0] Deutsch A.J., 1946, ApJ 103, 99
\item[0] Deutsch A.J., 1947a, ApJ 105, 283
\item[0] Deutsch A.J., 1947b, ApJ 105, 503
\item[0] Deutsch A.J., 1952a, PASP 64, 315
\item[0] Deutsch A.J., 1952b, ApJ 116, 536
\item[0] Deutsch A.J., 1952c, Carnegie Inst. Washington Yearbook 51, 11
\item[0] Deutsch A.J., 1953, AJ 58, 37
\item[0] Deutsch A.J., 1955a, PASP 67, 342
\item[0] Deutsch A.J., 1955b, I.A.U. Trans. 9, 413
\item[0] Deutsch A.J., 1958, Magnetic Fields of Stars. In: Encyclopedia of 
Physics Vol.~51, Springer-Verlag, Berlin, p.~689
\item[3] Donati J.F., Semel M., 1990, Solar Phys. 128, 227
\item[3] Donati J.F., Semel M., del Toro Iniestia J.C., 1990, A\&A 233, L17
\item[1] Dumont M., Le Borgne J.F., 1983, Inf. Bull. Var. Stars 2336
\item[0] Durham G.E., 1943, ApJ 98, 504
\item[0] Dworetsky M.M., 1980, MNRAS 191, 521
\item[4] Dworetsky M.M., Trueman M.R.G., Stickland D.J., 1980, A\&A 85, 138
\item[4] El'kin V.G., 1992, The Effective Magnetic Field of HD~215441. 
In: Glagolevskii Yu.V., Romanyuk I.I. (eds.) Proc. Int. Meeting on the 
Problem "Physics and Evolution of Stars". Stellar Magnetism. NAUKA, 
Sankt-Petersburg, p.~67
\item[3] El'kin V.G., Glagolevskii Yu.V., Romanyuk I.I., 1987, Izv. 
Spetsial'noi Astrofiz. Obs. 25, 24
\item[0] Elvius A., Engberg M., 1967, Arkiv Astron. 4, 387
\item[0] Engin S., 1974, A\&A 32, 93
\item[0] Faraggiana R., 1973, A\&A 22, 265
\item[0] Farnsworth G., 1932a, ApJ 75, 364
\item[0] Farnsworth G., 1932b, ApJ 76, 313
\item[0] Floquet M., 1977, A\&AS 30, 27
\item[0] Floquet M., 1979, A\&A 77, 263
\item[1] Floquet M., Gerbaldi M., Chauville J., Faraggiana R., Van Santvoort 
J., 1984, A\&A 131, 215
\item[0] Galeotti P., Lovera E., 1972, Mem. Soc. Astron. Ital. 43, 759
\item[0] Gerth E., 1978, Publ. Astron. Inst. Czechosl. 54, 9
\item[0] Gerth E., 1981, Soobshch. Spetsial'noi Astrofiz. Obs. 32, 31
\item[3] Gerth E., 1990, Mitt. Karl-Schwarzschild Obs. Tautenburg 
N.125, p.33
\item[] Gieseking F., 1979, A\&AS 36, 37
\item[0] Gjellestad G., Babcock H.W., 1953, ApJ 117, 12
\item[0] Glagolevskii Yu. V., Kozlova K.I., Polosukhina N.S., 1974, Afz 
10, 517
\item[0] Glagolevskii Yu. V., Bychkov V.D., Najdenov I.D., et al., 1981, 
Soobshch. Spetsial'noi. Astrofiz. Obs. 32, 27
\item[2] Glagolevskii Yu.V., Panov K., Chunakova N.M., 1985, 
Pis'ma AZh 11, 749
\item[2] Glagolevskii Yu.V., Romaniuk I.I., Bychkov V.D., Lebedev V.S., 
1984, Izv. Spetsial'noi Astrofiz. Obs. 18, 57
\item[0] G\"okkaya N., 1970, ApSS 6, 141
\item[0] Gollnow H., 1965, Introductory Report. In: L\"ust R. (ed.) 
Proc. I.A.U. Symp. 22. Stellar and Solar Magnetic Fields. North-Holland 
Publ. Comp. Amsterdam, p. 23
\item[4] Gonzales J.-F., Artru M.-C., 1993, Variations of Ultra-Violet 
Lines of C, N, O in the Ap Stars HD~18296 and HD~25823. In: Dworetsky 
M.M., Castelli F., Faraggiana R. (eds) Proc. IAU Coll. 138, Peculiar 
versus Normal Phenomena in A-Type and Related Stars. ASP Conf. Series 44, 
p.~345
\item[0] Gronbeck B., Naqvi S.I.H., 1976, A\&AS 26, 147
\item[0] Groote D., Hunger K., 1976, A\&A, 52, 303
\item[4] Groote D., Hunger K., 1982, A\&A, 116, 64
\item[0] Groote D., Kaufmann J.P., 1981, The Helium-rich variable star 
HD~37776. In: 23\`eme Colloque International d'Astrophysique de Li\`ege. 
Les Etoiles de composition chimique anormale du d\'ebut de la S\'equence 
Principale. Universit\'e de Li\`ege, p. 435
\item[4] Grubissich C., 1959, Z. Astrophys. 47, 24
\item[0] Grygar J., Mikul\'a\u{s}ek Z., Harmanec P., \u{Z}d\'arsk\'y F., 
1978, Publ. Astron. Inst. Czechosl. 54, 21
\item[0] Guarneri A., Bonifazi A., Battistini P., 1975, A\&AS 20, 199
\item[0] Guderley E., 1967, PASP 79, 589
\item[0] Guerrero G., Mantegazza L., 1973, Mem. Soc. Astron. Ital. 44, 377
\item[0] Gulliver A.F., MacRae D.A., Percy J.R., Winzer J.E., 1972, J. R. 
Astron. Soc. Canada 66, 72
\item[0] Gulliver A.F., Winzer J.E., 1973, ApJ 183, 701
\item[0] G\"ussow M., 1927, Astron. Nachr. 229, 197
\item[0] G\"ussow M., 1930, Astron. Nachr. 237, 321
\item[0] Guthnik P., 1917a, Astron. Nachr. 205, 95
\item[0] Guthnik P., 1917b, Astron. Nachr. 205, 97
\item[0] Guthnik P., 1931, Sitzungsber. Preuss. Akad. Wiss. Phys-Math. Kl. 
29, 618
\item[0] Guthnik P., 1932, Astron. Nachr. 245, 227
\item[0] Guthnik P., 1934, Sitzungsber. Preuss. Akad. Wiss. Phys.-Math. Kl. 
30, 506
\item[] Guthnik P., 1942, Abh. Preuss. Akad. Wissenschaften. Nr. 7
\item[0] Guthnik P., Prager R., 1914, Ver\"off. Univ. Sternw. Berlin 
Babelsberg 1, 44
\item[0] Guthnik P., Prager R., 1918, Ver\"off. Univ. Sternw. Berlin 
Babelsberg 1, Heft 3
\item[0] Hack M., Tamburini T., 1958, Mem. Soc. Astron. Ital. 29, 507
\item[1] Halbedel E.M., 1984, Inf. Bull. Var. Stars 2549
\item[0] Hardie R., 1958, ApJ 127, 620
\item[0] Hardie R.H., Lieberman L., Reichmann E., 1967, PASP 79, 74
\item[3] Hardie R.H., Reichmann E.J., Burke E.W.Jr., Hall D.S., 1990, 
JA\&A 11, 277
\item[0] Hardie R.H., Schroeder N.H., 1963, ApJ 138, 350
\item[0] Hardorp J., 1975, Dudley Obs. Rep. 9, 467
\item[3] Harmanec P., Matthews J.M., Bo\v{z}i\'c H., et al., 1991, 
Bull. Astron. Inst. Czechosl. 42, 1
\item[3] Hatzes A.P., 1990, MNRAS 245, 56
\item[3] Hatzes A.P., 1991a, MNRAS 248, 487
\item[3] Hatzes A.P., 1991b, MNRAS 253, 89
\item[4] Hatzes A.P., 1993, Mapping the Surface Distribution of Elements 
on Ap Stars using the Maximum Entropy Method. In: Dworetsky M.M., 
Castelli F., Faraggiana R. (eds) Proc. IAU Coll. 138, Peculiar versus 
Normal Phenomena in A-Type and Related Stars. ASP Conf. Series 44, 
p.~258
\item[2] Hatzes A.P., Penrod G.D., Vogt S.S., 1989, ApJ 341, 456
\item[1] Heck A., Mathys G., Manfroid J., 1987, A\&AS 70, 33
\item[4] Heck A., Manfroid J., Renson P., 1976, A\&AS 25, 143
\item[1] Hempelmann A., 1981, Astron. Nachr. 302, 47
\item[1] Hempelmann A., Sch\"oneich W., 1983, Inf. Bull. Var. Stars 2297
\item[2] Hempelmann A., Sch\"oneich W., 1988, Astron. Nachr. 309, 97
\item[0] Henry R.C., 1971, Hale Obs. Report 1970-71, 406
\item[1] Hensberge H., 1986, A\&A 159, 331
\item[4] Hensberge H., 1993, Long Term Variability in CP Stars. In: 
Dworetsky M.M., Castelli F., Faraggiana R. (eds) Proc. IAU Coll. 138, 
Peculiar versus Normal Phenomena in A-Type and Related Stars. ASP Conf. 
Series 44, p.~547
\item[0] Hensberge H., De Loore C., Zuiderwijk E.J., Hammerschlag-Hensberge 
G., 1976, A\&A 48, 383
\item[0] Hensberge H., De Loore C., Zuiderwijk E.J., Hammerschlag-Hensberge 
G., 1977, A\&A 54, 443
\item[1] Hensberge H., Maitzen H.M., Catalano F.A., et al., 1986, A\&A 
155, 314
\item[0] Hensberge H., Maitzen H.M., Deridder G., et al., 1981, A\&AS 46, 
151
\item[1] Hensberge H., Manfroid J., Schneider H., et al., 1984, A\&A 132, 
291
\item[0] Hensberge H., Sterken C., van der Linden Th., 
Hammerschlag-Hensberge G., 1978, A\&AS 34, 67
\item[0] Hensberge H., Weiss W.W., Catalano F.A., Schneider H., 1982, Inf. 
Bull. Var. Stars 2170
\item[0] Herbig G.H., 1947, ApJ 106, 112
\item[0] Hertzsprung E., 1937a, Bull. Astron. Inst. Netherl. 8, 157
\item[2] Hertzsprung E., 1937b, Bull. Astr. Inst. Netherland 8, 168
\item[0] Hesser J.E., Moreno H., Ugarte P.P., 1977, ApJ 216, L31
\item[0] Hesser J.E., Walborn N.R., Ugarte P.P., 1976, Nat 262, 116
\item[0] Hildebrandt G., 1972, Dissertation, ADW der DDR Potsdam
\item[0] Hildebrandt G., 1975, Astron. Nachr. 296, 277
\item[0] Hildebrandt G., Hempelmann A., 1981, Astron. Nachr. 302, 155
\item[0] Hildebrandt G., Sch\"oneich W., 1974, Astron. Nachr. 295, 217
\item[1] Hildebrandt G., Sch\"oneich W., Lange D., \u{Z}elwanowa E., 
Hempelmann A., 1985, Publ. Astrophys. Obs. Potsdam 32, Heft 5
\item[0] Hilditch R.W., 1975, MNRAS 171, 25P
\item[0] Hill G., 1967, ApJS 14, 263
\item[4] Hill G.M., Blake C.C., 1996, MNRAS 278, 183
\item[4] Hirata R., Dawanas D.N., Jasniewicz G., 1987, HD~166596: a 
Silicon Star with H$\alpha$~Emission? In: Slettebak A., Snow T.P. (eds) 
Proc. IAU Coll. 92, Physics of Be Stars, Cambridge University Press, 
p.~289
\item[ ] Hoag A.A., Johnson H.L., Iriarte B., et al., 1961, Publ. U.S. 
Naval Obs. 17, 345
\item[0] Hockey M.S., 1969, MNRAS 142, 543
\item[0] Hockey M.S., 1971, MNRAS 152, 97
\item[ ] Hoffleit D., Jaschek C., 1982, The Bright Star Catalogue, 4th ed.,
New Haven, Yale University Observatory
\item[3] Hric L., 1990, Ap\&SS 169, 177
\item[0] Hrivnak B.J., 1977, Inf. Bull. Var. Stars 1293
\item[0] Hube D.P., 1979, Inf. Bull. Var. Stars 1657
\item[0] Hube D.P., 1981, AJ 86, 1394
\item[2] Hube D.P., Anderson M., 1986, Inf. Bull. Var. Stars 2849
\item[1] Hube D.P., Walker E.N., 1976, A\&A 50, 55
\item[0] Hubrig S., 1978, Publ. Astron. Inst. Czechosl. 54, 11
\item[0] Huchra J., 1972, ApJ 174, 435
\item[0] Huffer C.M., Eggen D.J., 1947, ApJ 106, 106
\item[3] Hunger K., Heber U., Groote D., 1990, HD~37479 - The Example of a 
Hot Magnetized Star. In: Garmany C.D. (ed.) Properties of Hot Luminous 
Stars. Astron. Soc. Pacific Conf. Papers 7, 307
\item[1] Iliev I.K., 1983, AZh 60, 957
\item[1] Iliev I.K., Barzova I.S., 1986, Line Spectrum Variations in the 
Ap Star HD~51418. In: Cowley C.R., Dworetsky M.M., M\'egessier C. (eds.) 
Proc. I.A.U. Coll. 90. Upper Main Sequence Stars with Anomalous Abundances. 
Reidel, Dordrecht, p. 351
\item[2] Iliev I.K., Barzova I.S., 1988, The Awful CP2 Star HD~51418. In: 
Glagolevskii Yu.V., Kopylov I.M. (eds.) Proc. Int. Meeting on the Problem 
"Physics and Evolution of Stars". Magnetic Stars. NAUKA, Leningrad, p. 98
\item[4] Iliev I.K., Barzova I.S., Peeva P.S., 1992, A Spectroscopic 
Study of HD~5797 - Progress Report. In: Glagolevskii Yu.V., Romanyuk I.I. 
(eds.) Proc. Int. Meeting on the Problem "Physics and Evolution of Stars". 
Stellar Magnetism. NAUKA, Sankt-Petersburg, p.~145
\item[0] Jackisch G., 1972, Astron. Nachr. 294, 1
\item[1] Jakate S.M., 1979, Inf. Bull. Var. Stars 1536
\item[0] Jamar C., 1976, Thesis, University of Liege
\item[0] Jamar C., 1977, A\&A 56, 413
\item[0] Jarzebowski T., 1960a, PASP 72, 123
\item[0] Jarzebowski T., 1960b, Acta Astron. 10, 31
\item[0] Jarzebowski T., 1960c, Acta Astron. 10, 119
\item[0] Jarzebowski T., 1960d, Acta Astron. 10, 237
\item[0] Jarzebowski T., 1961, Acta Astron. 11, 191
\item[0] Jaschek M., Jaschek C., Kucewicz B., 1968, Nat 219, 1137
\item[4] Jasi\'nski M., Muciek M., Woszczyk A., 1981, Acta Astron. 31, 321
\item[1] Jensch A., 1935, Astron. Nachr. 256, 279
\item[4] Jerzykiewicz M., 1994, A\&AS 97, 421
\item[4] Jetsu L., Kokko M., Tuominen I., 1992, A\&A 265, 547
\item[0] Johansen K.T., 1970, A\&A 4, 1
\item[0] Jones T.J., Wolff S.C., 1973, PASP 85, 760
\item[0] Jones T.J., Wolff S.C., 1974, PASP 86, 67
\item[0] Jones T.J., Wolff S.C., Bonsack W.K., 1974, ApJ 190, 579
\item[0] Kameswara Rao N., Rajamohan R., 1982, Inf. Bull. Var. Stars 2121
\item[0] Kemp J.C., Herman L.C., 1977, ApJ 218, 770
\item[4] Kemp J.C., Wolstencroft R.D., 1974, MNRAS 166, 1
\item[3] Kerschbaum F., Maitzen H.M., 1991, A\&A 246, 346
\item[0] Khokhlova V.L., Ryabchikova T.A., 1970, Afz 6, 227
\item[2] Khokhlova V.L., Pavlova V.M., 1984, Pis'ma AZh 10, 377
\item[4] Kilkenny D., Luvshimbi E., Harrop-Allin M., 1994, MNRAS 269, 33
\item[1] Klemola A.R., 1962, AJ 67, 740
\item[0] Klock B.L., 1965, AJ 70, 176
\item[0] Kodaira K., 1967, Ann. Tokyo Astron. Obs. 10, 157
\item[0] Kodaira K., 1976, Can Osawa's star HD~221568 be an oblique 
rotator? In: Weiss W.W., Jenkner H., Wood H.J. (eds.) Proc. I.A.U. Coll. 
32. Physics of Ap Stars. Universit\"ats Sternwarte Wien, p. 603
\item[1] Kolev D., Georgeva E., 1982, Comm. Konkoly Obs. 83, 175
\item[1] Kolev D., Georgeva E., 1986, A Spectroscopic Study of the Bp Star 
$\theta$ Aur. In: Cowley C.R., Dworetsky M.M., M\'egessier C. (eds.) Proc. 
I.A.U. Coll. 90. Upper Main Sequence Stars with Anomalous Abundances. 
Reidel, Dordrecht, p. 295
\item[0] Kopylov I.M., Kumaigorodskaya R.N., Snezhko L.I., Sokolov V.V., 
Chunakova N.M., 1978, AZh 55, 1214
\item[0] Kozlova K.I., Glagolevskii Yu.V., Klochkova V.G., 1975, Preliminary 
Results of Spectrophotometric Investigations of the Magnetic Star $\nu$~Cnc. 
In: Aslanov I.A. (ed.) Proc. Baku Conference. Magnetic Ap Stars. p. 75
\item[0] Krautter A., 1977, ApJ 216, 33
\item[3] Kreidl T.J., Garrido R., Huang L., et al., 1990, MNRAS 245, 642
\item[2] Kreidl T.J., Kurtz D.W., 1986, MNRAS 220, 313
\item[4] Kreidl T.J., Kurtz D.W., Schneider H., et al. 1994, MNRAS 270, 115
\item[2] Kreidl T.J., Schneider H., 1989, Inf. Bull. Var. Stars 3282
\item[0] Kumaigorodskaya R.N., Chunakova N.M., 1975, Izv. Spetsial'noi 
Astrofiz. Obs. 7, 3
\item[1] Kurtz D.W., 1981, Rapidly Oscillating Ap Stars. In: 23\`eme 
Colloque International d'Astrophysique de Li\`ege. Les Etoiles de 
composition chimique anormale du d\'ebut de la S\'equence Principale. 
Universit\'e de Li\`ege, p. 297
\item[0] Kurtz D.W., 1982, MNRAS 200, 807
\item[2] Kurtz D.W., 1989, MNRAS 238, 261
\item[2] Kurtz D.W., 1990, MNRAS 242, 489
\item[3] Kurtz D.W., Kanaan A., Martinez P., Tripe P., 1992, MNRAS 255, 289
\item[1] Kurtz D.W., Kreidl T.J., 1985, MNRAS 216, 987
\item[2] Kurtz D.W., Marang F., 1987a, MNRAS 228, 141
\item[2] Kurtz D.W., Marang F., 1987b, MNRAS 229, 285
\item[2] Kurtz D.W., Marang F., 1988, MNRAS 231, 1039
\item[4] Kurtz D.W., Marang F., 1995, MNRAS 276, 191
\item[ ] Kurtz D.W., Marang F., Van Wyk F., Roberts G., 1996, MNRAS 280, 1
\item[4] Kurtz D.W., Martinez P., Ashley R.P., 1993, MNRAS 264, 529
\item[1] Kurtz D.W., Seeman J., 1983, MNRAS 205, 11
\item[2] Kurtz D.W., Shibahashi H., 1986, MNRAS 223, 557
\item[4] Kurtz D.W., Sullivan D.J., Martinez P., Tripe P., 1994, MNRAS 270, 
674
\item[2] Kurtz D.W., van Wyk F., Marang F., 1990, MNRAS 243, 289
\item[1] Kuvshinov V.M., Plachinda S.I., 1981, Izv. Krymskoi Astrofiz. Obs. 
64, 25
\item[1] Kuvshinov V.M., Plachinda S.I., 1982, Izv. Krymskoi Astrofiz. Obs. 
65, 128
\item[1] Landis J., Louth H.J., Hall D.S., 1985, Inf. Bull. Var. Stars 2662
\item[2] Landstreet J.D., 1988, ApJ 326, 967
\item[2] Landstreet J.D., 1990, ApJ 352, L5
\item[0] Landstreet J.D., Borra E.F., 1976, Photoelectric Magnetic Field 
Measurements of Ap and Bp Stars. In: Weiss W.W., Jenkner J., Wood H.J. 
(eds.) Proc. I.A.U. Coll. 32. Physics of Ap Stars. Universit\"ats 
Sternwarte Wien, p. 449
\item[0] Landstreet J.D., Borra E.F., 1977, ApJ 212, L43
\item[0] Landstreet J.D., Borra E.F., 1978, ApJ 224, L5
\item[0] Landstreet J.D., Borra E.F., Angel  J.R.P., Illing R.M.E., 1975 
ApJ 201, 624
\item[0] Landstreet J.D., Borra E.F., Fontaine G., 1979, MNRAS 188, 609
\item[4] Lanz T., Artru M.-C., Didelon P., Mathys G., 1993, A\&A 272, 465
\item[3] Lanz T., Bohlender D.A., Landstreet J.D., 1991, Inf. Bull. Var. 
Stars 3678
\item[3] Lanz T., Mathys G., 1991a, A\&AS 90, 365
\item[3] Lanz T., Mathys G., 1991b, Inf. Bull. Var. Stars 3655
\item[1] Lause F., 1937, Astron. Nachr. 264, 105
\item[0] Lavagnino C.J., 1960, Bol. Asoc. Argent. Astron. 2, 40
\item[0] Leckrone D.S., 1974, ApJ 190, 319
\item[0] Leckrone D.S., 1976, Properties of Ap Stars in the Ultraviolet. 
In: Weiss W.W., Jenkner H., Wood H.J. (eds.) Proc. I.A.U. Coll. 32. 
Physics of Ap Stars. Universit\"ats Sternwarte Wien, p. 465
\item[2] Lelatko I., 1984, Inf. Bull. Var. Stars 2568
\item[0] Leeman S., 1964, Mon. Not. Astron. Soc. S. Afr. 23, 6
\item[4] Leone F., Catalano F.A., Manfr\`e M., 1993, A\&A 279, 167
\item[4] Leone F., Catalano F.A., Manfr\`e M., 1995, A\&A 294, 223
\item[4] Leroy J.L., 1995, A\&AS 114, 79
\item[4] Leroy J.L., Landolfi M., Landi degl'Innocenti E., 1993, A\&A 
270, 335
\item[4] Leroy J.L., Landolfi M., Landi Degl'Innocenti M., Landi 
Degl'Innocenti E., Bagnulo S., Laporte P., 1995b, A\&A 301, 797
\item[4] Leroy J.L., Landstreet J.D., Bagnulo S., 1995a, A\&A 284, 491
\item[0] Lester J.B., 1979, ApJ 233, 644
\item[0] Leung K.C., 1967, H$\gamma$ Intensities of Ap Stars with Known 
Periods. In: Cameron R.C. (ed.) The Magnetic and Related Stars. Mono Book 
Corp., Baltimore, p. 449
\item[0] Levato H., Malaroda S., 1979, PASP 91, 789
\item[0] Ludendorff H., 1909, Astron. Nachr. 180, 265
\item[1] Madej J., Jahn K., Stepien K., 1984, Acta Astron. 34, 419
\item[0] Magalashvili N.L., Kumsishvili J.I., 1977, Byull. Abastumanskaya 
Astrofiz. Obs. 48, 3
\item[0] Maitzen H.M., 1973, Mitt. Astron. Ges. 32, 252
\item[0] Maitzen H.M., 1976a, Mitt. Astron. Ges. 38, 177
\item[0] Maitzen H.M., 1976b, Peculiarity Parameters. In: Weiss W.W., 
Jenkner H., Wood H.J. (eds.) Proc. I.A.U. Coll. 32. Physics of Ap Stars. 
Universit\"ats Sternwarte Wien, p. 233
\item[0] Maitzen H.M., 1977, A\&A 60, L29
\item[0] Maitzen H.M., 1979, A Peculiar Newsletter 1, 7
\item[0] Maitzen H.M., 1980, Inf. Bull. Var. Stars 1735
\item[0] Maitzen H.M., 1981, Inf. Bull. Var. Stars 1968
\item[0] Maitzen H.M., Albrecht R., 1975, A\&A 44, 405
\item[0] Maitzen H.M., Albrecht R., Heck A., 1978a, A\&A 62, 199
\item[0] Maitzen H.M., Breysacher J., Garnier R., Sterken C., Vogt N., 
1974, A\&A 32, 21
\item[4] Maitzen H.M., Lebzelter Th., 1993, Inf. Bull. Var. Stars 3856
\item[0] Maitzen H.M., Moffat A.F.J., 1972, A\&A 16, 385
\item[0] Maitzen H.M., Rakosch K.D., 1970, A\&A 7, 10
\item[2] Maitzen H.M., Schneider H., 1983, Inf. Bull. Var. Stars 2374
\item[1] Maitzen H.M., Vogt N., 1983, A\&A 123, 48
\item[0] Maitzen H.M., Weiss W.W., Jenkner H., Kluke J., 1978b, A\&A 
69, 103
\item[0] Maitzen H.M., Weiss W.W., Wood H.J., 1980, A\&A 81, 323
\item[0] Maitzen H.M., Wood H.J., 1977, A\&A 58, 389
\item[4] Malanushenko V.P., Polosukhina N.S., Tomova M., 1992a, Izv. 
Krymskoi Astrofiz. Obs. 84, 63
\item[4] Malanushenko V.P., Polosukhina N.S., Weiss W.W., 1992b, A\&A 259, 
567
\item[1] Mallama A.D., Molnar M.R., 1974, BAAS 6, 307
\item[0] Mallama A.D., Molnar M.R., 1977, ApJS 33, 1
\item[2] Manfroid J., Gosset E., Vreux J.M., 1987, A\&A 185, L7
\item[1] Manfroid J., Mathys G., 1984, Inf. Bull. Var. Stars 2551
\item[1] Manfroid J., Mathys G., 1985, A\&AS 59, 429
\item[1] Manfroid J., Mathys G., 1986, A\&AS 64, 9
\item[1] Manfroid J., Mathys G., Cousins A.W.J., 1984, Inf. Bull. Var. 
Stars 2625
\item[1] Manfroid J., Mathys G., Heck A., 1985, A\&A 144, 251
\item[0] Manfroid J., Renson P., 1980, Inf. Bull. Var. Stars 1824
\item[0] Manfroid J., Renson P., 1981a, Inf. Bull. Var. Stars 2004
\item[0] Manfroid J., Renson P., 1981b, Inf. Bull. Var. Stars 2032
\item[0] Manfroid J., Renson P., 1983a, A\&AS 51, 267
\item[0] Manfroid J., Renson P., 1983b, Inf. Bull. Var. Stars 2311
\item[2] Manfroid J., Renson P., 1989, A\&A 223, 187
\item[3] Manfroid J., Renson P., 1992, (priv. comm.)
\item[4] Manfroid J., Renson P., 1994a, A\&A 281, 73
\item[4] Manfroid J., Renson P., 1994b, Inf. Bull. Var. Stars 4044
\item[3] Manfroid J., Renson P., Catalano F.A., et al., 1991, A\&AS 90, 19
\item[3] Mantegazza L., Poretti E., Riboni E., 1990, Inf. Bull. Var. Stars 
3518
\item[4] Martinez P., Kurtz D.W., Kreidl T.J., et al., 1993 MNRAS 263, 273
\item[3] Mathys G., 1991, A\&AS 89, 121
\item[4] Mathys G., 1994, A\&AS 108, 547
\item[4] Mathys G., Hubrig S., Landstreet J.D., et al., 1996, ({\it in 
prepar.}) 
\item[1] Mathys G., Manfroid J., 1985, A\&AS 60, 17
\item[1] Mathys G., Manfroid J., Renson P., 1986, A\&AS 63, 403
\item[2] Matthews J.M., Bohlender D.A., 1988, Inf. Bull. Var. Stars 3226
\item[3] Matthews J.M., Bohlender D.A., 1991, A\&A 243, 148
\item[1] Matthews J.M., Kurtz D.W., Wehlau W.H., 1986, ApJ 300, 348
\item[2] Matthews J.M., Kurtz D.W., Welhau W.H., 1987, ApJ 313, 782
\item[3] M\'egessier C., 1990, The puzzling Ap star 21 Com. In: Cacciari 
C., Clementini G. (eds) Confrontation between stellar Pulsation and 
Evolution. ASP Conf. Series 11, 352
\item[0] M\'egessier C., Garnier R., 1972, Astrophys. Lett. 11, 113
\item[1] M\'egessier C., Hensberge H., 1983, A\&AS 54, 483
\item[1] M\'egessier C., North P., 1987, A\&AS 70, 247
\item[1] M\'egessier C., North P., Burnet M., Duquennoy A., 1985, A\&AS 59, 
485
\item[0] Mezzetti M., Cester B., Giuricin G., Mardirossian F., 1979, Inf. 
Bull. Var. Stars 1545
\item[0] Mikul\'a\u{s}ek Z., 1975, Inf. Bull. Var. Stars 1003
\item[0] Mikul\'a\u{s}ek Z., 1976, Astron. Nachr. 297, 245
\item[2] Mikul\'a\u{s}ek Z., 1987, Inf. Bull. Var. Stars 3010
\item[2] Mikul\'a\u{s}ek Z., 1988, A Simple Model of CQ~UMa. In: 
Glagolevskii Yu.V., Kopylov I.M. (eds.) Proc. Int. Meeting on the Problem 
"Physics and Evolution of Stars". Magnetic Stars. NAUKA, Leningrad, p.~67
\item[2] Mikul\'a\u{s}ek Z., Glagolevskii Yu.V., Romaniuk I.I., Shtol 
V.G., Bychkov V.D., 1984, The Magnetic Field of the Ap Star HD~119213 
(CQ~UMa). In: Khokhlova V., Ptitsyn D., Lielausis O. (eds.) Proc. 6th 
Scientific Conference of the Subcommission 4 of the Multilateral 
Cooperation of the Academy of Sciences of Socialist Countries, Physics 
and Evolution of Stars. Magnetic Stars. Institute of Physics of Latvian 
SSR, Riga, p. 13
\item[0] Mikul\'a\u{s}ek Z., Harmanec P., Grygar J., \u{Z}d\'arsk\'y F., 
1978, Bull. Astron. Inst. Czechosl. 29, 44
\item[0] Moffat A.F.J., 1977, Inf. Bull. Var. Stars 1265
\item[0] Molnar M.R., 1973, ApJ 179, 527
\item[0] Molnar M.R., 1975, AJ 80, 137
\item[0] Molnar M.R., Mallama A.D., Holm A.V., Soskey D.G., 1976, ApJ 209, 
146
\item[0] Morgan W.W., 1931, ApJ 74, 24
\item[0] Morgan W.W., 1933, ApJ 77, 77
\item[4] Morrell N., Levato H., 1991, ApJS 75, 965
\item[0] Morrison N.D., Wolff S.C., 1971, PASP 83, 474
\item[1] Muciek M., Gertner J., North P., Rufener F.G., 1984, Inf. Bull. 
Var. Stars 2480
\item[1] Musielok B., 1986, Acta Astron. 36, 131
\item[2] Musielok B., 1988, Inf. Bull. Var. Stars 3257
\item[0]  Musielok B., Lange D., Sch\"oneich W., et al., 1980, Astron. 
Nachr. 301, 71
\item[2] Musielok B., Madej J., 1988, A\&A 202, 143
\item[0] Nakagiri M., Yamashita Y., 1979, Tokyo Astron. Bull. 259, 2961
\item[0] Nassau J.J., 1935, AJ 45, 137
\item[0] Nikolov A., 1974, Inf. Bull. Var. Stars 942
\item[0] Nikolov A.S., 1977, Perem. Zvezdy 20, 355
\item[0] Nikonov V.B., Brodskaya E.S., 1950, Byull. Abastumanskaya Astrofiz. 
Obs. 11, 7
\item[0] Nishimura S., Ichimura K., Osawa K., 1969, Ann. Tokyo Astron. Obs. 
11, 123
\item[0] Nittmann J., Rakosch K.D., 1981, A\&A 97, 325
\item[0] Norris J., 1968, Nat 219, 1342
\item[0] Norris J., 1971, ApJS 23, 235
\item[0] North P., 1981, Inf. Bull. Var. Stars 1914
\item[0] North P., 1982, Inf. Bull. Var. Stars 2208
\item[1] North P., 1984, A\&AS 55, 259
\item[1] North P., 1987, A\&AS 69, 371
\item[3] North P., 1992a, ({\it priv. comm.})
\item[3] North P., 1992b, Photometric Periods of Some Old Si Stars. In: 
Glagolevskii Yu.V., Romanyuk I.I. (eds.) Proc. Int. Meeting on the Problem 
"Physics and Evolution of Stars". Stellar Magnetism. NAUKA, 
Sankt-Petersburg, p.~72
\item[4] North P., Adelman S.J., 1995, A\&AS 111, 41
\item[2] North P., Babel J., Lanz T., 1988a, Inf. Bull. Var. Stars 3155
\item[3] North P., Brown D.N., Landstreet J.D., 1992, A\&A 258, 389
\item[3] North P., Burnet M., 1991, Inf. Bull. Var. Stars 3635
\item[4] North P., Burnet M., 1994, Inf. Bull. Var. Stars 4124
\item[2] North P., Jasniewicz G., Waelkens C., 1988b, Inf. Bull. Var. 
Stars 3199
\item[4] North P., Richard C., 1995, Inf. Bull. Var. Stars 4147
\item[0] North P. Rufener F., Bartholdi P., 1982, Inf. Bull. Var. Stars 
2103
\item[1] North P., Waelkens C., 1983, Inf. Bull. Var. Stars 2372
\item[0] O'Connell D.J.K., 1979, Ric. Astron. 8, 563
\item[4] Odell A.P., 1986, Analysis of the Helium Strong Star HD~37017. 
In: Hunger K., Sch\"{o}nberner D., Kameswara Rao N. (eds) Proc. IAU Coll. 
87, Hydrogen Deficient Stars and Related Objects, Reidel, Dordrecht, 
p.~301
\item[2] Oetken L., 1989, Astron. Nachr. 310, 213
\item[0] Oetken L., Bartl E., Orwert R., 1970, Astron. Nachr. 292, 47
\item[0] Oetken L., Orwert R., 1973, Astron. Nachr. 294, 261
\item[2] Oetken L., Orwert R., 1984, Astron. Nachr. 305, 317
\item[0] Oosterhoff P.T., van Houten C.J., 1949, Bull. Astron. Inst. 
Netherl. 11, 63
\item[0] Osawa K., Nishimura S., Ichimura J., 1965, PASJ 17, 199
\item[0] Ouhrabka M., Grygar J., 1979, Inf. Bull. Var. Stars 1600
\item[0] Panek R.J., 1980, A\&A 90, 341
\item[0] Panov K., 1974, Dissertation, ADW der DDR, Potsdam
\item[0] Panov K., 1978, Inf. Bull. Var. Stars 1522
\item[1] Panov K.P., 1985, Inf. Bull. Var. Stars 2825
\item[0] Panov K., Sch\"oneich W., 1975, Changes of the Periods in Ap Stars. 
In: Aslanov I.A. (ed.) Proc. Baku Conference. Magnetic Ap Stars, p. 16
\item[0] Panov K., Sch\"oneich W., 1976a, Astron. Nachr. 297, 33
\item[0] Panov K., Sch\"oneich W., 1976b, Astron. Nachr. 297, 177
\item[0] Pavlova V.M., Khokhlova V.L., Aslanov I.A., 1977, AZh 54, 979
\item[0] Pavlovski K., 1979, A\&A, 76, 362
\item[1] Pavlovski K., Grygar J., 1982, Hvar Obs. Bull. 6, 35
\item[1] Pedersen H., 1976, A\&A 49, 217
\item[0] Pedersen H., 1977, Messenger 11, 15
\item[0] Pedersen H., 1978, A\&AS 33, 203
\item[0] Pedersen H., 1979, A\&AS 35, 313
\item[0] Pedersen H., Thomsen B., 1977, A\&AS 30, 11
\item[0] Peterson B.A., 1966, ApJ 145, 735
\item[1] Percy J.R., 1985, PASP 97, 856
\item[4] Piirola V., Tuominen I., 1981, The intrinsic linear polarization 
of the magnetic variable HD~71866. In: 23\`eme Colloque International 
d'Astrophysique de Li\`ege. Les Etoiles de composition chimique anormale 
du d\'ebut de la S\'equence Principale. Universit\'e de Li\`ege, p. 283
\item[0] Pilachowski C.A., Bonsack W.K., Wolff S.C., 1974, A\&A 37, 275
\item[4] Piskunov V., Ryabchikova T.A., Kuschnig R., Weiss W.W., 1994, 
A\&A 291, 910
\item[2] Plachinda S.I., 1986, Izv. Krymskoi Astrofiz. Obs. 74, 47
\item[2] Plachinda S.I., 1988, The Measurements of the Magnetic Field 
of the Ap Star $\beta$~CrB in $\lambda$4254.33~\AA ~CrI lines. In: 
Glagolevskii Yu.V., Kopylov I.M. (eds.) Proc. Int. Meeting on the Problem 
"Physics and Evolution of Stars". Magnetic Stars. NAUKA, Leningrad, p.~54
\item[1] Pokorn\'y Z., Zlatu\u{s}ka J., 1976, Bull. Astron. Inst. Czechosl. 
27, 341
\item[0] Polosukhina N.S., Lebedeva L., 1966, AZh 43, 513
\item[4] Poretti E., 1992, Inf. Bull. Var. Stars 3741
\item[0] Preston G.W., 1967, ApJ 150, 871
\item[0] Preston G.W., 1969a, ApJ 156, 967
\item[0] Preston G.W., 1969b, ApJ 158, 243
\item[0] Preston G.W., 1969c, ApJ 158, 251
\item[0] Preston G.W., 1970a, ApJ 160, 1059
\item[0] Preston G.W., 1970b, PASP 82, 878
\item[0] Preston G.W., 1971, PASP 83, 571
\item[0] Preston G.W., 1972, ApJ 175, 465
\item[0] Preston G.W., Pyper D.M., 1965, ApJ 142, 983
\item[0] Preston G.W., Stepien K., 1968a, ApJ 151, 577
\item[0] Preston G.W., Stepien K., 1968b, ApJ 151, 583
\item[0] Preston G.W., Stepien K., 1968c, ApJ 154, 971
\item[0] Preston G.W., Stepien K., Wolff S.C., 1969, ApJ 156, 653
\item[0] Preston G., Sturch C., 1967, The Magnetic Field of $\beta$ Coronae 
Borealis. In: Cameron R.C. (ed.) The Magnetic and Related Stars. Mono Book 
Corp., Baltimore, p. 111
\item[0] Preston G.W., Wolff S.C., 1970, ApJ 160, 1071
\item[0] Provin S.S., 1952, AJ 57, 24
\item[0] Provin S.S., 1953a, ApJ 117, 21
\item[0] Provin S.S., 1953b, ApJ 118, 281
\item[0] Provin S.S., 1953c, ApJ 118, 489
\item[0] Pyper D.M., 1969, ApJS 18, 347
\item[1] Pyper D.M., Adelman S.J., 1983, A\&AS 51, 365
\item[1] Pyper D.M., Adelman S.J., 1985, A\&AS 59, 369
\item[2] Rajamohan R., Paranjpye A., 1989, Inf. Bull. Var. Stars 3284
\item[0] Rakosch K.D., 1962a, Lowell Obs. Bull. 5, 227
\item[0] Rakosch K.D., 1962b, Kl. Ver\"off. Remeis-Sternw. Bamberg 34, 100
\item[0] Rakosch K.D., 1962c, Z. Astrophys. 56, 153
\item[0] Rakosch K.D., 1963a, Lowell Obs. Bull. 6, 91
\item[0] Rakosch K.D., 1963b, Acta Phys. Austriaca 16, 70
\item[0] Rakosch K.D., 1968, PASP 80, 324
\item[0] Rakosch K.D., 1971a, Mitt. Astron. Ges. 30, 94
\item[0] Rakosch K.D., 1971b, Some properties of Magnetic Variables. In: 
Proc. I.A.U. Coll. 15. New directions and new frontiers in variable 
star research. Ver\"off. Remeis- Sternwarte Bamberg, Bd.~IX, N.~100, p. 59
\item[0] Rakosch K.D., 1974, A\&A 34, 297
\item[0] Rakosch K.D., 1976a, The Ultraviolet Spectrum Variations of Alpha 
Andromedae. In: Weiss W.W., Jenkner H., Wood H.J. (eds.) Proc. I.A.U. 
Coll. 32. Physics of Ap Stars. Universit\"ats Sternwarte Wien, p. 535
\item[0] Rakosch K.D., 1976b, Mitt. Astron. Ges. 40, 178
\item[0] Rakosch K.D., Fiedler W., 1978, A\&AS 31, 83
\item[0] Rakosch K.D., Jenker H., Wood H.J., 1981, A\&AS 43, 209
\item[0] Renson P., 1965a, Bull. Soc. R. Sci. Liege 34, 118
\item[0] Renson P., 1965b, Bull. Soc. R. Sci. Liege 34, 302
\item[0] Renson P., 1966, Bull. Soc. R. Sci. Liege 35, 244
\item[0] Renson P., 1969, Mem. Acad. R. Belgique 38, 240
\item[0] Renson P., 1972a, A\&A 18, 159
\item[0] Renson P., 1972b, ApSS 17, 69
\item[0] Renson P., 1972c, A\&A 20, 173
\item[0] Renson P., 1975, F.N.R.S. Bruxelles Gr. de C. Phys. Chim. Geophys. 
Geol., p. 19
\item[0] Renson P., 1977a, Inf. Bull. Var. Stars 1280
\item[0] Renson P., 1977b, A\&A 54, 277
\item[0] Renson P., 1978a, A\&A 69, 351
\item[0] Renson P., 1978b, Inf. Bull. Var. Stars 1391
\item[0] Renson P., 1979, A\&A 77, 366
\item[0] Renson P., 1980, A\&A 92, 30
\item[1] Renson P., 1984a, Inf. Bull. Var. Stars 2559
\item[1] Renson P., 1984b, A\&A 139, 131
\item[1] Renson P., 1985, Inf. Bull. Var. Stars 2708
\item[2] Renson P., 1990, Inf. Bull. Var. Stars 3452
\item[3] Renson P., 1991, Inf. Bull. Var. Stars 3568
\item[4] Renson P., 1994, A\&A 285, 912
\item[0] Renson P., Maitzen H.M., 1978, A\&A 65, 299
\item[0] Renson P., Manfroid J., 1978a, A\&AS 34, 445
\item[0] Renson P., Manfroid J., 1978b, Inf. Bull. Var. Stars 1451
\item[0] Renson P., Manfroid J., 1979, Inf. Bull. Var. Stars 1658
\item[0] Renson P., Manfroid J., 1980, Inf. Bull. Var. Stars 1755
\item[0] Renson P., Manfroid J., 1981, A\&AS 44, 23
\item[3] Renson P., Manfroid J., 1991, {\it priv. comm.}
\item[3] Renson P., Manfroid J., 1992a, A\&A 256, 104
\item[3] Renson P., Manfroid J., 1992b, A\&A 263, 161
\item[0] Renson P., Manfroid J., Heck A., 1976, A\&AS 23, 413
\item[0] Renson P., Manfroid J., Heck A., 1978, A\&AS 31, 199
\item[0] Renson P., Manfroid J., Heck A., Mathys G., 1984, A\&A 131, 63
\item[0] Rice J.B., 1968, J. R. Astron. Soc. Can. 62, 191
\item[0] Rice J.B., 1970, A\&A 9, 189
\item[0] Rice J.B., 1976, PASP 88, 940
\item[3] Rice J.B., Wehlau W., 1990, A\&A 233, 503
\item[4] Rice J., Wehlau W., 1994a, PASP 106, 134
\item[4] Rice J.B., Wehlau W.H., 1994b, A\&A 291, 825
\item[2] Romanyuk I.I., 1984, Pis'ma AZh 10, 443
\item[2] Romanyuk I.I., 1986, Izv. Spetsial'noi Astrofiz. Obs. 22, 25
\item[4] Romanyuk I.I., 1991, Izv. Spetsial'noi Astrofiz. Obs. 33, 53
\item[2] Rustamov Yu.S., Khotnyansky A.N., 1980, Pis'ma AZh 6, 364
\item[3] Ryabchikova T.A., Davidova E.S., Adelman S.J., 1990a, Mitt. 
Karl-Schwarzschild Obs. Tautenburg 125, 124
\item[3] Ryabchikova T.A., Davidova E.S., Adelman S.J., 1990b, PASP 102, 
581
\item[2] Ryabchikova T.A., Davydova E.S., Kolev D.Z., 1988, A Surface 
Magnetic Field Study of Ap Star 78~Virginis. In: Glagolevskii Yu.V., 
Kopylov I.M. (eds.) Proc. Int. Meeting on the Problem "Physics and 
Evolution of Stars". Magnetic Stars. NAUKA, Leningrad, p.~40
\item[1] Schneider H., 1986, Inf. Bull. Var. Stars 2870
\item[2] Schneider H., 1987, Hvar Obs. Bull. 11, 29
\item[3] Schneider H., Kreidl T.J., Weiss W.W., 1992, A\&A 257, 130
\item[0] Scholz G., 1975, Astron. Nachr. 296, 31
\item[0] Scholz G., 1978a, Astron. Nachr. 299, 81
\item[0] Scholz G., 1978b, Astron. Nachr. 299, 305
\item[0] Scholz G., 1979, Astron. Nachr. 300, 213
\item[1] Scholz G., 1983, ApSS 94, 159
\item[1] Scholz G., 1984, Astron. Nachr. 305, 325
\item[2] Scholz G., Lehmann H., 1988, Astron. Nachr. 309, 33
\item[0] Sch\"oneich W., 1975, The Results and Problems of Photometric 
Investigation of Magnetic Ap Stars. In: Aslanov I.A. (ed.) Proc. Baku 
Conference. Magnetic Ap Stars. p. 3
\item[1] Sch\"oneich W., Hempelmann A., \u{Z}elwanowa E.I., 1986, The 
Ultraviolet Spectral Energy Distribution of the Magnetic Ap Star 
HD~170000. In: Cowley C.R., Dworetsky M.M., M\'egessier C. (eds.) Proc. 
I.A.U. Coll. 90. Upper Main Sequence Stars with Anomalous Abundances. 
Reidel, Dordrecht, p. 299
\item[0] Sch\"oneich W., Hildebrandt G., 1976, Astron. Nachr. 297, 89
\item[0] Sch\"oneich W., Hildebrandt G., F\"urtig W., 1976a, Astron. 
Nachr. 297, 39
\item[0] Sch\"oneich W., Hildebrandt G., Musielok B., \u{Z}elwanowa E., 
1976b, Astron. Nachr. 297, 173
\item[0] Sch\"oneich W., Staude J., 1976, Light Variations of Ap Stars: 
10-colour photometry and its interpretation by a magnetic spot model. In: 
Weiss W.W., Jenkner H., Wood H.J. (eds.) Proc. I.A.U. Coll. 32. Physics 
of Ap Stars. Universit\"ats Sternwarte Wien, p. 387
\item[1] Sch\"oneich W., \u{Z}elwanowa E.I., 1985, Astron. Nachr. 306, 189
\item[2] Sch\"oneich W., \u{Z}elwanowa E.I., Musielok Z., 1988, The Light 
Variability of the Magnetic Ap Star 52~Herculis (HD~152107). In: 
Glagolevskii Yu.V., Kopylov I.M. (eds.) Proc. Int. Meeting on the Problem 
"Physics and Evolution of Stars". Magnetic Stars. NAUKA, Leningrad, p.~193
\item[0] Sezer C., 1978, Inf. Bull. Var. Stars 1384
\item[3] Sezer C., 1983, Publ. Ege University Obs. 24, 55
\item[1] Shore S.N., Adelman S.J., 1981, I.U.E. Observations of three 
Helium-rich Stars. In: 23\`eme Colloque International d'Astrophysique de 
Li\`ege. Les Etoiles de composition chimique anormale du d\'ebut de la 
S\'equence Principale. Universit\'e de Li\`ege, p. 429
\item[1] Shore S.N., Brown D.N., 1984, BAAS 16, 974
\item[3] Shore S.N., Brown D.N., 1990, ApJ 365, 665
\item[3] Shore S.N., Brown D.N., Sonneborn G., 1987, AJ 94, 737
\item[2] Shore S.N., Brown D.N., Sonnenborn G., 1988, The Discovery of a 
Co-rotating Magnetosphere in a Helium Weak Star: HD~5737 = $\alpha$~Scl. 
In: Proc. Celebratory Symp. GSFC. A decade of UV Astronomy with IUE. 
Greenbelt, USA, ESA-SP.281, vol.I, p. 339
\item[2] Shore S.N., Brown D.N., Sonnenborn G., Landstreet J.D., Bohlender 
D.A., 1990, ApJ 348, 242
\item[2] Shylaja B.S., Babu G.S.D., 1986, MNRAS 222, 683
\item[3] Stagg C.R., Bo\v{z}i\'c H., Fullerton A.W., et al., 1988, 
MNRAS 234, 1021
\item[0] Steinitz R., 1964, Bull. Astron. Inst. Netherl. 17, 504
\item[0] Steinitz R., 1965a, Inf. Bull. Var. Stars 101
\item[0] Steinitz R., 1965b, Bull. Astron. Inst. Netherl. 18, 125
\item[0] Steinitz R., 1967, The Magnetic Oblique Rotator. In: Cameron R.C. 
(ed.) The Magnetic and Related Stars. Mono Book Corp., Baltimore, p. 83
\item[0] Steinitz R., Pyper D.M., 1970, Inf. Bull. Var. Stars 413
\item[0] Steinitz R., Pyper D.M., 1971a, A\&A 11, 489
\item[0] Steinitz R., Pyper D.M., 1971b, ApSS 11, 322
\item[0] Stepien K., 1968a, ApJ 153, 165
\item[0] Stepien K., 1968b, ApJ 154, 945
\item[0] Stepien K., 1978, Acta Astron. 28, 555
\item[4] Stepien K., Czechowski W., 1993, A\&A 268, 187
\item[0] Stibbs D.W., 1950, MNRAS 110, 395
\item[0] Stift M.J., 1973, A\&A 22, 209
\item[0] Stift M.J., 1979, A\&A 76, 252
\item[2] Strohmeier W., 1965, Inf. Bull. Var. Stars 89
\item[0] Struve O., Hiltner W.A., 1943, ApJ 98, 225
\item[0] Struve O., Swings P., 1943, ApJ 98, 361
\item[0] Swensson J.W., 1944, ApJ 99, 258
\item[0] Tai W.S., 1939, MNRAS 100, 94
\item[1] Thompson I.B., 1983, MNRAS, 205, 43P
\item[2] Thompson I.B., Brown D.N., Landstreet J.D., 1987, ApJS 64, 219
\item[1] Thompson I.B., Landstreet J.D., 1985, ApJ 289, L9
\item[0] Thomsen B., 1974, A\&A 35, 479
\item[4] Totochava A.G., Khokhlova V.L., 1991, Pis'ma Astr. Zh. 17, 60
\item[4] Tuominen I., Piirola V., 1978, Publ. Astron. Inst. Czechosl. 
Acad. Sci. 54, 25
\item[0] Underhill A.B., Klinglesmith D.A., Frey H., 1973, A\&A 25, 141
\item[0] Vanbeveren D., Hensberge H., 1978, Inf. Bull. Var. Stars 1423
\item[0] Vanbeveren D., Hensberge H., 1979, A\&AS 35, 301
\item[0] van den Heuvel E.P.J., 1971, A\&A 11, 461
\item[0] van Genderen A.M., 1964, Inf. Bull. Var. Stars 76
\item[0] van Genderen A.M., 1965, Bull. Astron. Inst. Netherl. 18, 67
\item[0] van Genderen A.M., 1967, Bull. Astron. Inst. Netherl. 19, 80
\item[0] van Genderen A.M., 1970, A\&AS 1, 123
\item[0] van Genderen A.M., 1971, A\&A 14, 48
\item[0] Vet\"o B., 1980, Inf. Bull. Var. Stars 1778
\item[4] Vet\"o B., 1993, Do Bp Stars have "Flares"? In: Dworetsky M.M., 
Castelli F., Faraggiana R. (eds) Proc. IAU Coll. 138, Peculiar versus 
Normal Phenomena in A-Type and Related Stars. ASP Conf. Series 44, 
p.~340
\item[0] Vet\"o B., Sch\"oneich W., Rustamov Yu. S., 1980, Astron. Nachr. 
301, 317
\item[0] Vilhu O., 1978, Inf. Bull. Var. Stars 1378
\item[3] Vogt S.S., Tull R.G., Kelton P.W., 1980, ApJ 236, 308
\item[4] Wade G.A., Neagu E., Landstreet J.D., 1996a, A\&A 307, 500
\item[ ] Wade G.A., Elkin V.G., Landstreet J.D., et al., 1996b, A\&A 313, 
209
\item[ ] Wade G.A., North P., Mathys G., Hubrig S., 1996c, A\&A 314, 491
\item[ ] Wade G.A., et al., 1996d, ({\it priv. comm.})
\item[1] Waelkens C., 1985, A\&AS 61, 127
\item[4] Waelkens C., 1993, A\&A 246, 453
\item[2] Waelkens C., Rufener F., 1983, A\&AS 52, 21
\item[1] Waelkens C., Rufener F., 1985, A\&A 152, 6
\item[1] Walborn N.R., 1979, PASP 91, 442
\item[1] Walborn N.R., 1982, PASP 94, 322
\item[0] Walborn N.R., Hesser J.E., 1976, ApJ 205, L87
\item[0] Wehlau W., 1962a, PASP 74, 137
\item[0] Welhau W., 1962b, PASP 74, 286
\item[4] Welhau W., Rice J.B., Khokhlova V.L., 1991, Astron. Astrophys. 
Trans. 1, 55
\item[0] Weiss W.W., 1973, Mitt. Astron. Ges. 32, 253
\item[0] Weiss W.W., Albrecht R., Wieder R., 1976, A\&A 47, 423
\item[0] Weiss W.W., Breger M., Rakosch K.D., 1980, A\&A 90, 18
\item[1] Whitney B.S., 1955, AJ 60, 453
\item[0] Winzer J.E., 1974a, AJ 79, 124
\item[0] Winzer J.E., 1974b Thesis, University of Toronto
\item[0] Wolff S.C., 1969, ApJ 158, 1231
\item[0] Wolff S.C., 1973, ApJ 186, 951
\item[0] Wolff S.C., 1974, PASP 86, 179
\item[0] Wolff S.C., 1975, ApJ J. 202, 127
\item[0] Wolff S.C., 1978, PASP 90, 412
\item[0] Wolff S.C., Bonsack W.K., 1972, ApJ 176, 425
\item[0] Wolff S.C., Morrison N.D., 1971, PASP 83, 609
\item[0] Wolff S.C., Morrison N.D., 1973, PASP 85, 141
\item[0] Wolff S.C., Morrison N.D., 1974, PASP 86, 935
\item[0] Wolff S.C., Morrison N.D., 1975, PASP 87, 231
\item[0] Wolff S.C., Preston G.W., 1978, PASP 90, 406
\item[0] Wolff S.C., Wolff R.J., 1971a, AJ 76, 422
\item[0] Wolff S.C., Wolff R.J., 1971b, PASP 83, 610
\item[0] Wolff S.C., Wolff R.J., 1972, ApJ 176, 433
\item[0] Wolff R.J., Wolff S.C., 1976, ApJ 203, 171
\item[0] Wood H.J., Campusano L.B., 1975, A\&A 45, 303
\item[4] Wood H.J., Jenkner H., Weiss W.W., 1977, Mitt. Astron. Ges. 42, 
136
\item[0] Woodward E.J., 1943, Harvard Bull. 917, 7
\item[0] Woszczyk A., Jasi\'nski M., 1980, Acta Astron. 30, 331
\item[4] Woszczyk A., Michalowski T., 1981, Acta Astron. 31, 339
\item[4] Zakirov M.M., Arzumanyants G.C., 1995, Inf. Bull. Var. Stars 4261
\item[4] Zboril M., Budaj J., 1993, Inf. Bull. Var. Stars 3913
\item[1] \u{Z}elwanowa E.I., Sch\"oneich W., 1986, On the Ultraviolet 
Photometric Variability of the Helium-Weak B Stars (from ANS Data). In: 
Cowley C.R., Dworetsky M.M., M\'egessier C. (eds.) Proc. I.A.U. Coll. 90. 
Upper Main Sequence Stars with Anomalous Abundances. Reidel, Dordrecht, 
p. 271
\item[1] \u{Z}i\u{z}\u{n}ovsk\'y J., 1983, Inf. Bull. Var. Stars 2366
\item[1] \u{Z}i\u{z}\u{n}ovsk\'y J., 1986, The Light and Spectrum Variable 
CP2 Star HR~6127. In: Cowley C.R., Dworetsky M.M., M\'egessier C. (eds.) 
Proc. I.A.U. Coll. 90. Upper Main Sequence Stars with Anomalous Abundances. 
Reidel, Dordrecht, p. 429
\item[4] \u{Z}i\u{z}\u{n}ovsk\'y J., 1992, New Period Determination for 
V392 Car. In: Glagolevskii Yu.V., Romanyuk I.I. (eds.) Proc. Int. Meeting 
on the Problem "Physics and Evolution of Stars". Stellar Magnetism. 
NAUKA, Sankt-Petersburg, p.~225
\item[4] \u{Z}i\u{z}\u{n}ovsk\'{y} J., Mikul\'{a}\u{s}ek Z., 1995, Inf. 
Bull. Var. Stars 4259
\item[2] \u{Z}i\u{z}\u{n}ovsk\'y J., Romanyuk I.I., 1990, Bull. Astron. 
Inst. Czechosl. 41, 118
\item[3] \u{Z}i\u{z}\u{n}ovsk\'y J., Zverko J., Zboril M., Budaj J., 
1992, A photometric and spectroscopic glance at the CP star HR~1643. 
In: Glagolevskii Yu.V., Romaniuk I.I. (eds.) Proc. Int. Meeting on the 
Problem "Physics and Evolution of Stars". Stellar Magnetism. NAUKA, 
Sankt-Petersburg, p.~223
\item[2] Zverko J., 1984, Bull. Astron. Inst. Czechosl. 35, 294
\item[3] Zverko J., 1987, Contr. Astron. Obs. Skalnate Pleso 16, 7
\item[0] Zverko J., Chochol D., Jura K., \u{Z}i\u{z}\u{n}ovsk\'y J., 1981, 
Inf. Bull. Var. Stars 1997
\item[1] Zverko J., Panov K.P., 1982, Comm. Konkoly Obs. 83, 192
\item[3] Zverko J., Panov K.P., 1983, Contr. Astron. Obs. Skalnate 
Pleso 11, 125
\item[3] Zverko J., Zboril M., \u{Z}i\u{z}\u{n}ovsk\'y J., Hric L., 1990, 
Bull. Astron. Inst. Czechosl. 41, 345
\item[4] Zverko J., \u{Z}i\u{z}\u{n}ovsk\'y J., 1991, Astrophys. Invest. 
6, 86
\end{itemize}
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