\documentstyle{article} \textwidth=24.0cm \textheight=18.3cm \voffset=-3.5cm \hoffset=-3.0cm \newcommand{\Half} {$H_{\alpha}$} \newcommand{\Hbet} {$H_{\beta}$} \newcommand{\Hgam} {$H_{\gamma}$} \newcommand{\Hdel} {$H_{\delta}$} \newcommand{\Heps} {$H_{\epsilon}$} \newcommand{\EqW} {$W_{\lambda}$} \newcommand{\Vr} {${\rm V}_{r}$} \newcommand{\hh} {$^{h}$} \newcommand{\mm} {$^{m}$} \newcommand{\sh} {$^{s}$} \newcommand{\dd} {$^{d}$} \newcommand{\kms} {km\,s$^{-1}$} \newcommand{\mms} {m\,s$^{-1}$} \newcommand{\Rs} {$R_{s}$} \begin{document} %\scriptsize \footnotesize \raggedright %\small \load{\small}{\sc} %1 \begin{tabular}{ p{1.0cm} p{1.10cm} p{1.7cm} p{1.4cm} p{2.3cm} p{0.3cm} p{0.5cm} p{1.4cm} p{3.3cm} p{3.1cm} p{3.2cm} } \hline HD &Name; HR & Pec. & Refer. & Type observations & Nr. N. & $T_{obs}$ (hr) & Time res. & Period(s) & Amplitude(s) & Remarks \\ \hline \hline 1 & 2 & 3 & 4 & 5 & 6 & 7 & 8 & 9 & 10 & 11\\ \hline & & & & & & & & & & \\ 315 & & B9 Si &Nels.93 & V & 1 & 2.8 & 40\sh & const & $<$0.\mm0003 & \\ 358 &$\alpha$ And & B9 MnHg &Wood.68 & Pm, \Hbet, \Hgam & & 4.6 & & const & & \\ & & &Rako.81 & \Vr & & & & 0.12855\dd & 9\kms & Copernicus sat. (UV) \\ & & &Glag.81 & Pm, \Hgam & 5 & 26 & 6\mm & irreg. & 0.\mm02 & \Rs=10\AA\\ & & &Alek.82 & Pm, \Hgam & 1 & & 0.12\sh & $\approx$20\sh & 34\% & \\ & & &Zver.87a & \Vr & 1 & 4 & 10\mm & 41\mm,52\mm & 10\kms & phot., 21sp, 2.7\AA\,mm$^{-1}$, IIaO \\ & & &Zver.90 & \Vr & 8 & & 5-8\mm & 131\mm,26\mm & 10\kms & phot., 72sp, 8.5\AA\,mm$^{-1}$, IIaO, hydrog.: $\approx$ const., Ca{\sc ii}\,K: var. \\ 573 & & F0 CrEu &Nels.93 & BV & 8 & 8.8 & 40\sh & const & $<$0.\mm0007 & \\ 1097 & & &Kurt.89a & B & 2 & 5.2 & 80\sh & 81.17\mm & 0.\mm00452 & \\ 1280 &$\theta$And & A2 SiSr &Soko.87 & V & 1 & 1.5 & 5\sh & 2.4\mm & 0.\mm009 & \\ 1404 &$\sigma$And & &Anto.78 &\EqW & & 6 & 10\mm-15\mm & 6.67\hh, 7.63\hh, 8.59\hh, & &phot., 20sp, 35\AA\,mm$^{-1}$, \Hbet, \Hgam, \Hdel, Ca{\sc ii}\,K, $H_{8}$ \\ & & & & & & & & 6.53\hh, 7.34\hh & & \\ & & &Breg.79b & Sp, \Hbet & 3 & 12 & & const & $<$0.8\% & \\ & & &Kobe.79 & B & 3 & & & const & $<0.^{m}015$ & \\ & & &Irka.82 & Pm & 6 & 12 & & const & $<0.^{m}040$ & \\ 2453 & & A1 SrEuCr &Pers.75 & BV & & 3.5 & N=22 & const & $<0.^{m}010$ & \\ 2837 & & A1 CrEuSr &Nels.93 & V & 1 & 2.4 & 40\sh & const & $<0.^{m}0001$& \\ 3326 &HR151 & A6 Sr &Kurt.82b & B & 2 & 7 & 10\sh & 43\mm & $0.^{m}0017$ & \\ & & &Krei.85d & BV & 2 & 11 & 10\sh & 41.0\mm & 0.\mm001 & \\ 3980 &HR183 & A7 SrEuCr &Weis.78 & UBV & & 4 & N=33 & const & $<$0.\mm0024& \\ 4849 &HR239 & &Weis.78 & UBV & 1 & 3.5 & N=74 & 80\mm & 0.\mm015 & \\ & & &Kurt.82b & B & 1 & 2.1 & 10\sh & 70.9\mm & 0.\mm0051 & \\ & & &Krei.85d & BV & 2 & 14 & & 79.3\mm & 0.\mm0047(B), 0.\mm0035(V) & \\ 5797 & & A0 CrEuSr &Nels.93 & V & 3 & 3.3 & 40\sh & const & $<$0.\mm0005 & \\ 5823 & & F2 SrEuCr &Nels.93 & BV & 1 & 0.6 & 40\sh & const & & \\ 6532 & & A3 SrCr &Kurt.85c & BV & 10 & 45 & 10\sh & 6.94\mm, 14.28\mm & 0.\mm0026, 0.\mm0011 & \\ & & &Kurt.87a & Pm & & 90 & 10\sh & 6.955422\mm, 6.938189\mm, & & \\ & & & & & & && 6.921040\mm & & \\ & & &Kurt.88 & UBVRI & & 90 & 10\sh & 6.955422\mm, 6.938189\mm, & 0.\mm0015 & \\ & & & & & & && 6.921040\mm, 3.469115\mm & & \\ 8441 & & A2 Sr &Nels.93 & V, 4060& 4 & 8.9 & 40\sh & const & $<$0.\mm0006 & \\ 9050 & & A0 EuSr &Nels.93 & BV & 2 & 4.0 & 40\sh & const & $<$0.\mm0006 & \\ 9531 &HR446 & B8 Si &Hric.90 & Pm & & & & const & $<$0.\mm005 & \\ 9996 & & B9 CrEuSi &Pers.75 & BV & & 2.7 & N=29 & const & $<$0.\mm01 & \\ 10088 & & &Weis.83a & v & 2 & 5.4 & 5\mm & 89\mm & 0.\mm03 & \\ & & &Krei.84b & BV & 3 & 7 & 10\sh & const & & \\ & & &Krei.84d & BV & 3 & 6.5 & 10\sh & const & & \\ & & &Nels.93 & V & 3 & 7.4 & 40\sh & & & \\ 10221 &43 Cas & A0 SiSr &Kizi.67 & Pm, \Hbet, \Hgam & 2 & & N=31 & $<$1\dd &$\approx$0.\mm04, 0.\mm06 & \\ 10783 & & A2 SiCrSr &Weis.78 & UBV & 1 & 3 & N=22 & const & $<$0.\mm0026 & \\ 11187 & & A0 SiCrSr &Nels.93 & V & 2 & 2.7 & 40\sh & const & $<$0.\mm0001 & \\ 11502 &$\gamma$Ari& A1 SiCrSr &Rako.63 & BV & 7 & & & irreg. & 0.\mm02 & var. only in 1 night \\ & & &Rako.66 & BV & 2 & 9 & 1\mm & $>$2\hh & 0.\mm02 & var. only in 1 night \\ & & &Wood.68 & Pm & 3 & 9.6 & 1\mm & 38\mm & & var. only in 1 night \\ \hline \end{tabular} \newpage %2 \begin{tabular}{ p{1.0cm} p{1.10cm} p{1.7cm} p{1.4cm} p{2.3cm} p{0.3cm} p{0.5cm} p{1.4cm} p{3.3cm} p{3.1cm} p{3.2cm} } \hline 1 & 2 & 3 & 4 & 5 & 6 & 7 & 8 & 9 & 10 & 11\\ \hline \hline & & & & & & & & & & \\ & & &Weis.78 & UBV & & 3 & N=39 & const & $<$0.\mm0014 & \\ & & &Rako.78 & U & 2 & 8 & 1\mm & 150\mm & 0.\mm02 & \\ & & &Mait.78 & uvby & 1 & 3.5 & 7\mm & irreg $\approx$10\mm & 0.\mm05 & const. in {\it u} \\ & & &Lope.91 & Sp& 1 & 5 & 15\mm & irreg $\approx$120\mm & $\approx$200\% & phot., 67\AA\,mm$^{-1}$ \\ 12932 & & A5 SrEu &Schn.90 & VBLUW & 1 & 4 & 16\sh& 11.6\mm & 0.\mm0025 & \\ & & &Krei.90a & B & 3 & 7 & 10\sh& 11.605\mm & 0.\mm0023 & \\ & & &Schn.92a & B & 12 & 36 & 20\sh& 11.700825\mm& 0.\mm0021 & \\ & & &Nels.93 & BV & 9 & 23 & 40\sh& roAp &$>$0.\mm0007 & \\ 14392 &63 And & B9 Si &Kizi.67 & Pm, \Hbet, \Hgam & 2 & 3 & N=12 & var$<1$\dd & 0.\mm053\Hbet, 0.\mm016\Hgam & \Rs=35\AA \\ & & &Winz.74 & Pm & 1 & 3 & & & & possible eclipse at $\Phi_{rot}$=0.8 \\ 15089 &$\iota$Cas & A4 Sr &Morg.32 & Sp & & 3 & & var & & phot., Ca{\sc ii}\,K, $\lambda$ 4549, 4558 \\ & & &Morg.35 & Sp & & 3 & & var & & phot., Ca{\sc ii}\,K, $\lambda$ 4549, 4558 \\ & & &Kizi.67 & Pm, \Hbet, \Hgam & 1 & 3 & N=17 & var$<1$\dd & 0.\mm060, 0.\mm087 & \\ & & &Pers.75 & BV & 1 & 1.2 & N= 7 & const(?) & $<$0.\mm02 & \\ & & &Nels.93 & BV, 4060 & 11 & 14. & 40\sh& const & $<$0.\mm0012 & \\ 15144 &HR710 & A5 SrCrEu &Weis.78 & UBV & 1 & 4 & N=49 & const & $<$0.\mm0019 & for: $4h^{-1}$0.\mm0002 & \\ \hline \end{tabular} \newpage %3 \begin{tabular}{ p{1.0cm} p{1.10cm} p{1.7cm} p{1.4cm} p{2.3cm} p{0.3cm} p{0.5cm} p{1.4cm} p{3.3cm} p{3.1cm} p{3.2cm} } \hline 1 & 2 & 3 & 4 & 5 & 6 & 7 & 8 & 9 & 10 & 11 \\ \hline \hline & & & & & & & & & & \\ 24786 & & A0 CrEuSr &Nels.93 & V & 1 & 1 & 40\sh & const & & \\ 24975 & & &Pers.75 & Pm & & 3 & & const? & 0.\mm02 & \\ & & &Mege.85a & UBV & 2 & 3 & N=72 & 43.05\mm & 0.\mm003 & \\ 25267 &HR1240 & A0 Si &Weis.78 & UBV & & 3.5 & N=43 & const & $<$0.\mm0022 & \\ 25354 & & A2 EuCr &Nels.93 & B & 3 & 4.3 &40\sh & const & $<$0.\mm0004 & \\ 25823 &41 Tau & B9 SrSi &Rako.63 & BV & 1 & & & irreg & 0.\mm02 & \\ & & &Perc.73 & V & 2 & 6.5 & 20\mm & irreg $\approx$ 60\mm & 0.\mm005 & \{questionable\} \\ & & &Pers.75 & BV & & 2.5 & N=24 & const & $<$0.\mm01 & \\ & & &Kuvs.81 & Pm, Ca{\sc ii}\,K, \Hgam & 4 & 11 & 22\sh & irreg & & \\ & & &Kuvs.83 & Pm, Ca{\sc ii}\,K, \Hgam & 5 & 11 & 22\sh & irreg $>$41\sh & & \\ 27285 & & A0 EuSrCr &Nels.93 & B & 1 & 2 & 40\sh & const & & \\ 30020 & & &Nels.93 & BV, 4060 & 6 & 7 & 40\sh & const & $<$0.\mm0010 & \\ 30466 & & A0 Si &Pers.75 & BV & & 3.5 & N=22 & const & $<$0.\mm01 & \\ 31225 & & A3 SrCrEu &Nels.93 & B & 6 & 10 & 40\sh & const & $<$0.\mm0020 & \\ 32633 & & B9 SiCr &Rako.62 & U & 1 & 4 & & 106\mm & 0.\mm016 & \\ & & &Rako.63 & BV & 1 & 4 & & 106\mm & 0.\mm004 & \\ & & &Pres.68 & \Vr & & & & 106\mm & 3\kms & phot., 18sp, 8.2\AA\,mm$^{-1}$, \{beyond Nyq. frequ.!\}\\ & & &Step.73 & UBV & 1 & & & 106\mm & 0.\mm01 & \\ & & &Perc.73 & B & 1 & 3.3 & 10\mm & const & $<$0.\mm01 & \\ & & &Jarz.82 & UB & 5 & 16 & & var & 0.\mm01 & \\ & & &Scho.82 & Pm & 5 & 6 & & const & $<$0.\mm02 & \\ & & &Krei.84c & UBV & 3 & 6.5 & 45\sh & const & $<$0.\mm01 & \\ & & &Hild.85 & Pm & 7 & 8.8 & & const & & \\ 33011 & & A0 EuCr &Nels.93 & BV & 4 & 6.7 & 40\sh & const & $<$0.\mm0006& \\ 34452 & & B9 Si &Scho.82 & Pm & 3 & 3 & & const & $<$0.\mm02 & \\ & & &Nels.93 & BV & 1 & 2.5 & 40\sh & const & $<$0.\mm0010& \\ 34514 & & A0 SrCrEu &Nels.93 & B & 1 & 2 & 40\sh & const & $<$0.\mm0006& \\ 34740 & & &Pers.75 & BV & 1 & 3 & N=21 & const & $<$0.\mm01 & \\ 35520 &HR1795 & A1 He &Kizi.67 & Pm, \Hbet, \Hgam & & & N=11 & prob. & 0.\mm023,0.\mm011 & \\ 37308 & & A0 SrEuCr &Nels.93 & BV & 1 & 0.6 & 40\sh & const & $<$0.\mm0006& \\ 39658 & & A0 CrEu &Nels.93 & V & 1 & 4.5 & 40\sh & const & $<$0.\mm0002& \\ 40142 & & F0 SrEu &Nels.93 & V & 5 & 9 & 40\sh & const & $<$0.\mm0010& \\ 40312 &$\theta$Aur & A0 Si &Rice.84 & Sp & 2 & & N=5 & const & $<$0.5\% & reticon, 0.035\AA/pix, $\Delta \lambda$ = 60\AA\\ 41385 & & A5 SrCrEu &Nels.93 & BV & 2 & 2.2 & 40\sh & const & $<$0.\mm0010& \\ 42326 & & A0 EuCr &Nels.93 & BV & 1 & 1 & 40\sh & const & $<$0.\mm0006& \\ 42605 & & A3 SrEuCr &Nels.93 & BV & 1 & 2 & 40\sh & const & $<$0.\mm0007& \\ 42616 & & A1 SrCrEu &Pers.75 & BV & & 3 & N=23 & const?& $<$0.\mm015 & \\ & & &Nels.93 & V & 1 & 3.2 & 40\sh & const & $<$0.\mm0002& \\ 42659 & & A3 SrCrEu &Nels.93 & B & 1 & 0.5 & 40\sh & const & & \\ 43378 &2 Lyn & &Anto.78 & Sp & & 6 & 10\mm-15\mm & 7.34\hh, 7.15\hh, 7.15\hh,& & phot., 20sp, 35\AA\,mm$^{-1}$, \Hbet, \Hgam, \Hdel, \\ & & & & & & && 6.82\hh, 7.82\hh & & Ca{\sc ii}\,K, $H_{8}$ \\ & & &Kobe.79 & Pm & 3 & & & eclipse? & $>$(0.\mm26/1\hh) & \\ & & &Irka.82 & Pm & 1 & 3 & & eclipse & 0.\mm4 & \\ 45320 & & A6 &Nels.93 & 4060& 2 & 1.5 & 40\sh & const & $<$0.\mm0010 & \\ 45827 & & B9 Si &Pers.75 & BV & 1 & 3.5 & N=19 & const & $<$0.\mm01 & \\ 47152 & & A0 EuCrHg &Belm.88b & Pm & 4 & 13 & & 8.70\mm & 0.\mm003 & \\ 48754 & & &Nels.93 & B & 3 & 4.7 & 40\sh & const & $<$0.\mm0017 & \\ 49976 & & A1 SrCrEu &Nels.93 & 4060& 4 & 7.1 & 40\sh & const & $<$0.\mm0012 & \\ \hline \end{tabular} \newpage %4 \begin{tabular}{ p{1.0cm} p{1.10cm} p{1.7cm} p{1.4cm} p{2.3cm} p{0.3cm} p{0.5cm} p{1.4cm} p{3.3cm} p{3.1cm} p{3.2cm} } \hline 1 & 2 & 3 & 4 & 5 & 6 & 7 & 8 & 9 & 10 & 11\\ \hline \hline & & & & & & & & & & \\ 51418 &$\nu$Aur & A0 HoDy &Gull.73 & Pm, \Hbet & 1 & & 2\mm & var.$<$1\hh & 0.\mm005 & \\ & & &Nels.93 & BV & 3 & 6.5 & 40\sh & const & $<$0.\mm0013 & \\ 51684 & & F0 SrEuCr &Kurt.84a & B & 5 & 7.3 & 20\sh & const & $<$0.\mm0004 & for 4$h^{-1}$ $<$ f $<$ 84$h^{-1}$ \\ 52181 & & A8 Sr&Nels.93 & B & 3 & 3.8 & 40\sh & const & $<$0.\mm0020 & \\ 59435 & & A4 SrCrSi &Nels.93 & B & 1 & 1.2 & 40\sh & const & $<$0.\mm0005 & \\ 60435 & & A3 SrEu &Kurt.83d & B & 16 & 56 & 20\sh & 12\mm,6\mm & 0.\mm016 & \\ & & &Kurt.84c & B & 16 & 56 & 20\sh & 12\mm,6\mm & 0.\mm0157& \\ & & &Matt.86a & B & 18 & & 20\sh & 11.9\mm, 4.0, 15.2 & & \\ & & &Matt.86b & Pm & 23 & 145 & & 11.9\mm, ... & & \\ & & &Matt.87a & Pm & 36 & 198 & 20\sh & 11.9\mm, ... & & 17 frequencies!! \\ 61047 & & &Nels.93 & B & 3 & 3.3 & 40\sh & const & $<$0.\mm0014 & \\ 62140 &49 Cam & A8 SrEu &Pers.75 & BV & 1 & 3 & N=19 & trend $\approx$ 3\hh (V) & 0.\mm012 (V) & \\ & & &Matt.85b & BV & 2 & 9 & 10\sh & 61.62\mm & 0.\mm003 & \\ & & &Hell.88b & Pm & 1 & 4 & & const &$<$0.\mm0004 & \\ & & &Belm.89 & \Vr & 4 & 9 & & 45\mm & 1220\mms & FP-ISOS, $\lambda$5317, prob. $\approx$ 52\% \\ & & &Nels.93 & BV, 4060 & 9 & 2.1 & 40\sh & const & $<$0.\mm0021 & \\ 62530 & & B9 EuCr &Nels.93 & BV & 2 & 2.0 & 40\sh & const & $<$0.\mm0007 & \\ 62953 & & A5 EuCrSr &Nels.93 & B & 1 & 1.7 & 40\sh & const & $<$0.\mm0005 & \\ 65339 &53 Cam & A3 SrEuCr &Pers.75 & BV & & 3 & N=18 & const & $<$0.\mm005 & \\ & & &Kuvs.80 & Pm, Ca{\sc ii}\,K, \Hgam & 14 & 51 & & const & & for all P$>$2\hh\\ & & &Polo.81 & Sp & 6 & 4 & 2\mm & 21\mm & $\approx$0.5\AA~ $W_{\lambda Ca{\sc ii}\,K}$ & phot., 44\AA\,mm$^{-1}$, 139sp, \Hgam, \Hdel, \Heps,\\ & & &Kuvs.81 & Pm, Ca{\sc ii}\,K, \Hgam & 14 & 51 & & const & & for all P$>$2\hh\\ & & &Glag.81 & Pm \Hgam & 2 & 10 & 6\mm & const? & $<$2.5\% & \Rs=10\AA \\ & & &Scho.82 & Pm & 2 & 2 & & const & $<$0.\mm01 & \\ & & &Pano.82 & UBV & 3 & & & $\approx$70\mm,25-40m & 0.\mm008 & only for one night\\ & & &Burn.82 & Pm, 4220\AA & 16 & 31 & 3\mm & 20.14\mm, 27.58\mm, 79.24\mm & 0.\mm006 & \Rs=35\AA \\ & & &Zver.82a & Pm, 5260\AA & 6 & 19 & & const & $<$0.\mm01 & \\ & & &Burn.83 & Pm, 4220\AA &16 & 31 & 3\mm & 20.14\mm, 27.58\mm, 79.24\mm & $\approx$0.\mm006 & \\ & & &Kuvs.83 & Pm, Ca{\sc ii}\,K, \Hgam & 16 & 51 & 64\sh & 28.7\mm & 5\% & only for one night\\ & & &Matt.85b & BV & 3 & 14 & 10\sh & const for P$<$25\mm & $<$0.\mm0015 & \\ & & &Krei.85c & BV & 3 & 26 & 10\sh & const & $<$(0.\mm0006, 0.\mm0009) & \\ & & &Polo.86 & Sp & 16 & 16 & 1\mm & var & 3\%-7\% & phot., 44\AA\,mm$^{-1}$, 900sp., \Hgam, \Hdel, \Heps, Ca{\sc ii}\,K\\ & & &Nels.93 & V & 1 & 1.5 & 40\sh & const & $<$0.\mm0003 & \\ 68351 & & A0 SiCr &Nels.93 & B & 2 & 4.4 & 40\sh & const & $<$0.\mm0003 & \\ 68781 & & A SrEuCr &Nels.93 & B & 1 & 1 & 40\sh & const & $<$0.\mm0010 & \\ 68998 & & A5 EuCrSr &Nels.93 & B & 2 & 1.7 & 40\sh & const & & \\ 69013 & & A2 SrEu &Nels.93 & B & 2 & 4 & 40\sh & const & $<$0.\mm0007 & \\ 70340 & & A1 EuSrCr &Nels.93 & 4060 & 2 & 4 & 40\sh & const & $<$0.\mm0006 & \\ 71297 &2 Hya & &Kurt.84b & B & 3 & 10 & 20\sh & 54.71\mm & 0.\mm0029 & \\ 71866 &TZLyn & A1 EuSrSi &Rako.62 & UBV & 13 & & 28\mm & 94\mm & 0.\mm01 & \\ & & &Bart.69 & Pm & 1 & 7 & & 94\mm & & \\ & & &Rako.71 & BV & & & & 97\mm & 0.\mm004-0.\mm000 & ampl. var. with $P_{rot}$\\ & & &Pers.75 & BV & & 3.5 & N=25 & const? & $<$0.\mm01 & \\ & & &Jarz.82 & UB & 5 & & & $\approx$106\mm? & 0.\mm01 & \\ & & &Scho.82 & Pm & 4 & 7 & & const & $<$0.\mm015 & \\ & & &Hild.85 & Pm & 14 & 20 & & const & & \\ 72968 & & A2 SrCr &Nels.93 & B, 4060 & 5 & 8.3 & 40\sh & const & $<$0.\mm0008 & \\ 73455 & & A0 SrCr &Nels.93 & B & 2 & 4 & 40\sh & const & $<$0.\mm0006 & \\ \hline \end{tabular} \newpage %5 \begin{tabular}{ p{1.0cm} p{1.10cm} p{1.7cm} p{1.4cm} p{2.3cm} p{0.3cm} p{0.5cm} p{1.4cm} p{3.3cm} p{3.1cm} p{3.2cm} } \hline 1 & 2 & 3 & 4 & 5 & 6 & 7 & 8 & 9 & 10 & 11\\ \hline \hline & & & & & & & & & & \\ 74521 &49Cnc & A1 SiEuCr &Rako.78 & Pm & & & & var. & & semiperiodic var.? \\ 76276 & & A0 SrCrEu &Nels.93 & B & 1 & 2.3 & 40\sh & const & $<$0.\mm0008 & \\ 76759 & & A0 EuSrCr &Nels.93 & B & 1 & 2 & 40\sh & const & $<$0.\mm0008 & \\ 77609 & & B9 EuSr &Nels.93 & B & 1 & 2 & 40\sh & const & & \\ 78316 & & B8 MnHg &Nels.93 & B & 1 & 2 & 40\sh & const & $<$0.\mm0001 & \\ 80316 & & A3 SrEu &Kurt.90a & B & 4 & 16 & 10\sh & 7.402\mm & 0.\mm0008 & \\ 81009 & & A3 CrSrSi &Belm.88b & BV & 8 & 42 & & 12.21\mm, 11.09\mm, 7.81\mm, 6.41\mm, 5.65\mm & 0.\mm0025 & \\ & & &Nels.93 & BV & 5 & 6.4 & 40\sh & const & $<$0.\mm0001 & \\ 82093 & & A2 SrEuCr &Nels.93 & B & 1 & 1 & 40\sh & const & $<$0.\mm0011 & \\ 82328 & & &Nels.93 & B & 1 & 0.8 & 40\sh & const & $<$0.\mm0003 & \\ 83368 &HR3831 & A8 SrCrEu &Kurt.82c & B & 37 & 135 & 10\sh & 11.7045\mm, 11.6382\mm, & $<$0.\mm0013, $<$0.\mm0002 & \\ & & & & & & && 11.6712\mm, 5.83563\mm, & & \\ & & & & & & && 5.85225\mm, 5.81908\mm & & \\ & & &Kurt.86 & B & & 178 & 20\sh & 11.6713\mm, ... & & \\ & & &Kurt.90b & B & 11 & 60 & 40\sh & 11.6713\mm, ... & & 7 periods\\ & & &Matt.90 & K & 3 & & 1\mm & const & $<$0.\mm001 & upper amplitude limit \\ & & &Kurt.92a & B & 36 & 268 & 10\sh & 11.6713\mm, $...$ & $<$0.\mm005 & $P_{rot}=2.^{d}851980$\\ 84041 & & A5 SrEu &Mart.91a & Pm & 7 & 7 & 10\sh & 14.6\mm & $\approx$0.\mm0035 & \\ 86952 & & &Nels.93 & BV & 1 & 2 & 40\sh & const & $<$0.\mm0005 & \\ 91087 & & A0 SrEuCr &Nels.93 & B & 1 & 2 & 40\sh & const & & \\ 92664 & & B9 Si &Mege.83 & uvby& & & & var? & $<$0.\mm02 & may be non-radial puls.\\ & & &Kurt.84e & Pm & 3 & & & const & & \\ & & &Mege.85b & UBV, Geneva & 2 & 9 & 64\sh & 196\mm & $>$0.\mm003 & \\ & & &Kurt.85 & B & 3 & 9.5 & 20\sh & const & $<$0.\mm0007 & for (0$<$ f $<$Nyquist)\\ & & &Mege.87 & UV & 7 & 40 & 20\sh & var $\approx$2\hh & $<$0.\mm0075 & non-periodic, $P_{rot} = 1.^{d}673$\\ 95310 & & &Nels.93 & 4060& 1 & 1 & 40\sh & const & $<$0.\mm0030 & \\ 95811 & & F0 SrCrEu &Nels.93 & B & 1 & 2 & 40\sh & const & $<$0.\mm0005 & \\ 96237 & & A2 SrEuCr &Nels.93 & B & 1 & 2 & 40\sh & const & $<$0.\mm0005 & \\ 96446 & & B2 He &Matt.88c & UBV & 4 & & & 6.2\hh & 0.\mm02 & $P_{rot}=0.^{d}8490$ \\ & & &Matt.91 & UBV & 7 & & N=66 & 6.2\hh & 0.\mm02 & \\ 96707 &HR4330 & A8 Sr &Pers.75 & BV & & 3 & N=24 & const & $<$0.\mm01 & \\ & & &Matt.85b & B & 5 & 10 & 10\sh & 16\mm(?) & 0.\mm001 & \\ & & &Zver.91 & Pm & & & & 58\mm & 0.\mm0046 & \\ & & &Nels.93 & BV & 3 & 5 & 40\sh & const & $<$0.\mm0013 & \\ 98088 &HR4369 & A8 SrCrEu &Matt.85b & B & 4 & 7 & 10\sh & const & $<$0.\mm004 & \\ & & &Belm.88b & BV & 5 & 22 & & 5.37\mm & 0.\mm0026 & \\ & & &Nels.93 & B, 4060, 4490 & 5 & 6.1 & 40\sh & const & $<$0.\mm0010 & \\ 101065 & & F3 Ho &Kurt.78 & B & 5 & & 10\sh & 12.14\mm & 0.\mm01 - 0.\mm02 & \\ & & &Kurt.79b & UVB, y& 12 & 41 & 20\sh & 12.141\mm & $<$0.\mm0072 & \\ & & &Weis.80b & Pm, \Hbet & 1 & 2 & & 12.15\mm & 0.\mm007 & \\ & & &Kurt.80a & BV & 12 & 62 & 10\sh & 12.141\mm & 0.\mm00538, 0.\mm00247 & \\ & & &Kurt.82c & Pm & & & & 12.14006\mm & & summary 1978 - 1980 \\ & & &Mart.90f & Pm & 33 & 138 & & 12.16\mm & $\approx$0.\mm0004 & \\ 102333 & & A0 EuCrSr &Nels.93 & B & 1 & 2.5 & 40\sh & const & $<$0.\mm0011 & \\ 108283 & & A9 Sr &Nels.93 & BV, 4490 & 1 & & 40\sh & const & & \\ 108662 &17 Com & A0 SrCrEu &Asla.75 & \Vr & & & N=10 & 71\mm & 50\kms & \{questionable\} \\ & & &Scho.75 & Pm & & & & 75\mm & 0.\mm02 & \\ & & &Toto.81b & UBV & 3 & & 1\mm & irreg.var. & & \\ \hline \end{tabular} \newpage %6 \begin{tabular}{ p{1.0cm} p{1.10cm} p{1.7cm} p{1.4cm} p{2.3cm} p{0.3cm} p{0.5cm} p{1.4cm} p{3.3cm} p{3.1cm} p{3.2cm} } \hline 1 & 2 & 3 & 4 & 5 & 6 & 7 & 8 & 9 & 10 &11\\ \hline \hline & & & & & & & & & & \\ & & &Scho.82 & Pm & 15 & 25 & & $\approx$ 70-150\mm & 0.\mm02 & \\ & & &Hild.85 & Pm & 25 & 45 & & const & & \\ 108945 &21 Com & A3 Sr &Bahn.57 & Pm & 1 & 2.5 & 4\mm & 32\mm & 0.\mm015 & \\ & & &Perc.73 & B & 3 & 3 & 3.5\mm & $\approx $30\mm & 0.\mm020 & \\ & & &Pers.75 & BV & 3 & 1.5 & N=24 & $\approx $30\mm & 0.\mm015, 0.\mm01 & \\ & & &Weis.80a & UB & 6 & & & 32.7\mm - 48.0\mm & 0.\mm0068-0.\mm002 & \\ & & &Weis.81 & \Vr, \EqW & 2 & 6 & 5\mm & const & $<$0.7\kms, $<$0.22\AA & reticon, CrI: P$\approx$60\mm ?\\ & & &Toto.81a & UBV & 1 & & 1\mm & 22\mm & & \\ & & &Toto.81b & UBV & 3 & & 1\mm & irreg.var. & & \\ & & &Jarz.82 & Pm & 6 & & & const & & \\ & & &Musi.82 & B & 6 & 30 & N=450 & 5.9\mm,5.4\mm & & \\ & & &Carr.83 & U & 1 & 1.4 & & 24\mm, 6\mm & & \\ & & &Weis.83c & U & 18 & & & const? & & const. at P$\approx$30\mm and 6\mm \\ & & &Hild.85 & Pm & 10 & 14 & & const & & \\ & & &Zver.87b & Pm, \Hbet & 8 & 16 & 2\mm & 94.2\mm & 0.\mm005 & \\ & & &Asla.88 & \Vr & & & N=37 & 36\mm, 80\mm & & phot.,~image tube, {\raggedleft} 4\AA\,mm$^{-1}$ \\ & & &Sant.89 & Pm & 5 & 13 & 20\sh & 36.08\mm & & \\ & & &Krei.90b & UBV, bv & 30 & 210 & 40\sh & const(?) & $<$0.\mm01 & 4.8\mm $<$ P $<$ 2\hh\\ & & &Moni.90b & Sp & 8 & & 10\sh-1\hh & var $\approx$ 40\mm & &IUE, 68sp; ``... deep and broad feature develop in less than 60\mm and vanish in about 45\mm shortwards of 1720\AA''\\ & & &Nels.93 & B & 1 & 1.5 & 40\sh & const & $<$0.\mm0001 & \\ & & &Vent.93 & B & 11 & 32 & 20\sh & 36.08\mm ('87), 1.05\hh ('88) & $>$0.0002\mm & $\delta$Sct - like var. \\ 109030 & & A0 Sr &Nels.93 & B & 3 & 4.3 & 40\sh & const & A$<$0.\mm0003 & \\ 111133 & & A1 SrCrEu &Nels.93 & B & 1 & 1.1 & 40\sh & const & A$<$0.\mm0010 & \\ 112185 &$\epsilon$UMa & A1 CrEuMn &Wood.64b & Pm, \Hbet & 3 & & 4\mm & irreg. $\approx$ 4\mm & $\approx$12\% & \\ & & &Wood.65 & Pm, \Hbet, \Hgam,\Hdel & & & & irreg. $\approx$ 2\mm & $\approx$12\% & \\ & & &Wood.68 & Pm,\Hbet,\Hgam,\Hdel & 6 & & & const & $<$0.\mm02 & \\ & & &Kuma.73 & \EqW & 2 & 2 & & const & & phot., \Hdel, 15\AA\,mm$^{-1}$\\ & & &Breg.74 & Sp, \Half & & 2.4 & 45\sh-2\mm & const & $<$0.2\% &scanner, 157sp, \Rs=10\AA \\ & & &Alek.82 & Pm, \Hgam & 1 & 1 & 0.12\sh & $\approx$50\sh & $\approx$27\% & \\ & & &Wosz.81 & Sp, \Vr, \EqW& 3 & 8 & 2\mm & const & & phot., 88sp, 28\AA\,mm$^{-1}$, IIaO \\ 112413 &$\alpha^{2}$CVn & A0 EuSiCr &Kuma.73 & \EqW & 2 & 4 & & const & & \Hdel, \EqW, 15\AA\,mm$^{-1}$\\ & & &Kuvs.81 & Pm, Ca{\sc ii}\,K & 5 & 9.5 & & var(?)& & core \Hgam \\ & & &Kuvs.83 & Pm, Ca{\sc ii}\,K, \Hgam & 7 & 8 & & var(?)& & \\ 112528 & & A3 SrEuCr &Nels.93 & B & 3 & 4.5 & 40\sh & const & $<$0.\mm0010 & \\ 115708 & & A3 SrEu &Nels.93 & BV & 5 & 6.5 & 40\sh & const & $<$0.\mm0012 & \\ 116114 & & F0 SrCrEu &Nels.93 & BV & 6 & 5.4 & 40\sh & const & $<$0.\mm0015 & \\ 116763 & & A0 SrCrEu &Matt.88b & B & 4 & 9 & 60\sh & 7.087\mm, 19.834\mm & 0.\mm0032, 0.\mm0015 & \\ 119027 & & A3 SrEu &Mart.91c & B & 3 & 15 & 40\sh & 8.6347\mm & $\approx$0.\mm002 & \\ & & &Mart.93 & B & 22 & 106 & 40\sh & $\approx$ 8.77\mm ... & & 5 periods \\ 119288 & & &Matt.85a & B & 5 & 6 & 20\sh & 17.1\mm, 23.5\mm & & \\ & & &Hell.88b & Pm & 1 & 5.5 & & const & $<$0.\mm0005 & \\ 120198 & & A0 EuCr &Nels.93 & B & 1 & 2.6 & 40\sh & const & $<$0.\mm0003 & \\ 124224 & & B9 Si &Weis.76 & Pm, \Hbet & 1 & 2 & 3\mm & var(?)& & \\ 124953 & & &Nels.93 & 4060 & 2 & 2.2 & 40\sh & const & $<$0.\mm0010 & \\ \hline \end{tabular} \newpage %7 \begin{tabular}{ p{1.0cm} p{1.10cm} p{1.7cm} p{1.4cm} p{2.3cm} p{0.3cm} p{0.5cm} p{1.4cm} p{3.3cm} p{3.1cm} p{3.2cm} } \hline 1 & 2 & 3 & 4 & 5 & 6 & 7 & 8 & 9 & 10 & 11\\ \hline \hline & & & & & & & & & & \\ 125248 &HR5355 & A1 EuCr &Mait.72 & u & 1 & 6 & 10\mm & 65\mm & $\approx$0.\mm01 & \\ & & &Weis.78 & UBV & & 6.4 & N=37 & const & $<$0.\mm0023& \\ & & &Krei.85b & BV & 3 & 8 & 10\sh & const & $<$0.\mm004 & 10\mm $<$ P $<$ 90\mm\\ 126365 & & F0 SrCr &Nels.93 & B & 1 & 2 & 40\sh & const & $<$0.\mm0011& \\ & & & & & & & & & & \\ 126515 & & A2 CrSr &Nels.93 & B & 2 & 2 & 40\sh & const & $<$0.\mm0001& \\ 128898 &$\alpha$Cir & A9 SrEu &Kurt.81b & Pm & 1 & 6.5 & & 6.8\mm& & \\ & & &Schn.83 & VBLUW & 1 & 3 & & 6.834\mm& & \\ & & &Weis.84 & VBLUW & 1 & 3 & 25\sh & 6.825\mm& 0.\mm0035 - 0.\mm0012 & \\ & & &Kurt.84f & B & 38 & 138 & 20\sh & 6.82489\mm,6.83208\mm & & \\ & & &Piet.86 & \Vr & & & & 6.8\mm & $\approx$800\mms & $\sigma \approx$160\mms~ \{Compa- rable peaks in the power spectrum, but which are noise.\} \\ & & &Schn.89 & uvby, \Vr & 3 & 8.5 & 60\sh & 6.832\mm, \Vr-const & 0.\mm003, $<$100\mms & CCD, $\lambda$6475$\pm$25\AA, 887sp, 0.028\AA/pix\\ & & &Belm.89 & \Vr & 1 & 2.8 & & 6.127\mm & 1015\mms & FP-ISOS, $\lambda$5317\AA , prob. $\approx$ 99\% \\ & & &Weis.90 & K, v, VBLUW & 1 & 3.5 & & 8.63\mm, 6.8\mm & $\approx$0.\mm0007 & \\ 129723 &HR5491 & &Bess.72 & V & 3 & 7 & 20\mm & 115\mm& $\approx$0.\mm03& \\ & & &Breg.72 & uvby & 1 & 3 & 50\sh & const & $<$0.\mm01 & \\ 130559 & & A1 SrCrEu &Nels.93 & 4060 & 1 & & 40\sh & const & & \\ 133029 & & B9 SiCrSr &Scho.82 & Pm & 6 & 10 & & const & $<$0.\mm01 & \\ & & &Hild.85 & Pm & 11 & 16 & & const & & \\ 134214 & & F2 SrEuCr &Krei.85a & B & 1 & 4.5 & 20\sh & 5.65\mm & 0.\mm003 & \\ & & &Krei.86 & BV & 10 & 35 & 20\sh & 5.650\mm& 0.\mm003 & \\ & & &Krei.88 & BV & 10 & 35 & 20\sh & 5.650\mm & & \\ & & &Kurt.91b & B & 17 & 40 & 10\sh & 5.65\mm & 0.\mm0033 & \\ & & &Nels.93 & BV & 10 & 21 & 40\sh & roAp & $>$0.\mm0006& \\ 134793 & & A4 SrEuCr &Nels.93 & B & 3 & 4.5 & 40\sh & const & $<$0.\mm0007& \\ 137909 &$\beta$CrB & A9 SrEuCr &Abt .73 & \Vr & 1 & 7 & & trend $\approx$ 0.3d & 1.5\kms & phot., 13\AA\,mm$^{-1}$ \\ & & &Kuvs.80 & Pm, Ca{\sc ii}\,K,\Hgam & 13 & 36 & & 84\mm & & for 1 night \\ & & &Kuvs.81 & Pm, Ca{\sc ii}\,K & 1 & 4 & 40\sh & 84\mm & & \\ & & &Kuvs.81 & Pm, Ca{\sc ii}\,K & 3 & 6.2 & 40\sh & const & & \\ & & &Alek.81 & Sp, \Heps-\Hgam & 6 & & 1\mm-2\mm & var& 4\% & dissector, 2\AA/pix \\ & & &Kuvs.83 & Pm, Ca{\sc ii}\,K & 10 & 30 & & 84\mm & 3\% & \Hgam core, var. in 1 night\\ & & &Burn.86 & Pm, 5215 & 10 & 18 & & 196.9\mm, 158.3\mm, 58.57\mm & 0.\mm005 0.\mm004 0.\mm004 & \Rs=35\AA\\ & & &Hell.88b & Pm & 1 & 5 & 40\sh & const & $<$0.\mm0008 & \\ & & &Ando.88 & \Vr & 4 & 13 & 32\sh & 6.06\mm, 3.89\mm, 3.22\mm & 350\mms & var. only in 2 nights\\ & & &Belm.88a & \Vr & 1 & & & const & $<$200\mms & \\ & & &Weis.89b & B & 8 & 25 & & const & $<$0.0004 & \\ & & &Belm.89 & \Vr & 1 & 6.2 & & 8.3\mm - 5.6\mm & $\approx$200\mms & FP-ISOS, $\lambda$5317\AA, small probability\\ & & &Krei.91a & 4060 & 8 & 26 & 20\sh & const & $<$0.0034 & \\ & & &Nels.93 & B, v, 4060, 4490 & 11 & 33 &40\sh & const & $<$0.0008 & \\ 137949 &33Lib & F0 SrEuCr &Kurt.82c & B & 17 & 44 & 40\sh & 8.2721\mm & & \\ & & &Belm.89 & \Vr & 2 & 8 & 20\sh & 8.3\mm& 310\mms & FP-ISOS, $\lambda$5317\AA \\ & & &Kurt.91a & B & 12 & 58 & 10\sh & 8.272033\mm (1981), 8.272198\mm (1987) & $\approx$0.\mm0014 & \\ 138426 & & B9 SrCr &Nels.93 & B & 1 & 2 & 40\sh & const & $<$0.\mm0006 & \\ \hline \end{tabular} \newpage %8 \begin{tabular}{ p{1.0cm} p{1.10cm} p{1.7cm} p{1.4cm} p{2.3cm} p{0.3cm} p{0.5cm} p{1.4cm} p{3.3cm} p{3.1cm} p{3.2cm} } \hline 1 & 2 & 3 & 4 & 5 & 6 & 7 & 8 & 9 & 10 & 11\\ \hline \hline & & & & & & & & & & \\ 140160 & & A1 Sr &Nels.93 & 4060 & 1 & 1.1 & 40\sh & const & $<$0.\mm0007 & \\ \multicolumn{2}{l}{BD+28 2829} & A7 EuCrSr &Nels.93 & B & 2 & 3.8 & 40\sh & const & $<$0.\mm0002 & \\ 145389 &$\phi$Her& B9 MnHg &Abt .73 & \Vr & 1 & 5 & & P(?) $\approx$ 0.2\dd & 2.5\kms & phot., 13\AA\,mm$^{-1}$ \\ 145393 & & A7 EuCrSr &Kurt.90c & B & 1 & 2 & 80\sh & 45\mm & 0.\mm027 & Houk: A9p SrCrEu, ``...the $\delta$Sct variability probably implies that the spectrum is normal'' \\ 146998 & & A6 SrCr &Nels.93 & BV & 2 & 3.3 & 40\sh & const & $<$0.\mm0013 & \\ 148112 & & A0 CrEu &Nels.93 & B & 1 & 1.5 & 40\sh & const & $<$0.\mm0002 & \\ 148898 & & A7 SrCrEu &Nels.93 & 4060, 4990 & 5 & 6.7 & 40\sh & const & $<$0.\mm0018 & \\ 149882 & & B9 SiCr &Nels.93 & B & 1 & 2.6 & 40\sh & const & $<$0.\mm0001 & \\ 151199 & & A3 Sr &Nels.93 & B, 4060 & 1 & 3.9 & 40\sh & const & $<$0.\mm0003 & \\ 153882 & & A1 CrEu &Wood.68 & Pm, \Hbet, \Hgam & 1 & 4 & & var(?)& & \\ & & &Rako.78 & Pm & 3 & 6 & & P(?) $\approx$ 90\mm & 0.\mm04 & \\ & & &Hemp.81 & UBV & 3 & 12 & 3\mm & const & & \\ & & &Scho.82 & Pm & 9 & 22 & & const & & \\ & & &Hild.85 & Pm & 9 & 20 & & const & & \\ 161459 & & A2 EuSrCr &Mart.90b & B & 1 & 7.4 & 10\sh & 11.99\mm & 0.\mm00084 & \\ & & &Mart.91a & B & 7 & 24 & & 11.99\mm & & \\ 164429 & & B9 SiCrSr &Scho.82 & Pm & 13 & 28 & & const & $<$0.\mm01 & \\ 165474 & & A7 SrCrEu &Hell.88b & Pm & 3 & 9 & 40\sh & const & $<$0.\mm0005 & \\ & & &Nels.93 & BV, 4060 & 3 & 3.2 & 40\sh & const & $<$0.\mm0007 & \\ 166473 & & A5 SrEuCr &Kurt.87b & B & 11 & 51 & 40\sh & 8.80928\mm, 8.913798\mm,& & \\ & & & & & & && 8.64378\mm & & \\ 170000 &$\phi$Dra& A0 Si &Wili.74 & Sp & 2 & 7 & N=104 & const & $<$0.\mm014 & \Hbet \\ 170397 & & A0 SiCrEu &Nels.93 & B & 1 & 1 & 40\sh & const & $<$0.\mm0002 & \\ 171586 & & A2 SrCr &Nels.93 & B & 5 & 8.1 & 40\sh & const & $<$0.\mm0015 & \\ 172032 & & A9 SrCr &Nels.93 & BV & 5 & 3.2 & 40\sh & const & $<$0.\mm0010 & \\ 172976 & & &Nels.93 & BV & 3 & 1 & 40\sh & const & $<$0.\mm0010 & \\ & & &Rako.78 & Pm & 2 & & & var(?)& & semiper. var. ?\\ & & &Hild.85 & Pm & 27 & 48 & & 96.85\mm, 98.61\mm & $\approx$0.\mm0034 & \\ 176232 &10Aql & A6 Sr &Hell.88a & B & 8 & 29 & 20\sh & 11.5\mm & 0.\mm0042 & \\ &HR7167 & &Hell.88b & B & 4 & 8 & 40\sh & 11.4\mm & 0.\mm0005 & \\ & & &Hell.90 & Pm & 7 & 26 & & 11.606\mm, 12.030\mm, & 0.\mm0044, 0.\mm0033, & \\ & & & & & & && 13.4485\mm & 0.\mm0028 & \\ & & &Belm.91 & J & 7 & 7 & & $\approx$ 11.4\mm & $\approx$0.\mm001 & \\ & & &Nels.93 & BV, bvy, 4060 & 11 & 20 & 40\sh & roAp & $>$0.\mm0010 & \\ 183056 &4Cyg & B9 Si &Wili.74 & Sp, \Hbet & 1 & 3 & N=49 & const & $<$0.\mm03 & \\ 183339 & & B8 He\,wk &Pano.84 & UB & & & & 15.5\mm 12.6\mm 10.7\mm 8.5\mm& $\approx$0.\mm002 & \\ & & &Veto.88 & UBV & 1 & 3 & 15\sh & 4.2\mm 11.5\mm 20\mm 4.5\mm 13\mm& $\approx$0.\mm04 & V - const \\ 184471 & & A9 SrCrEu &Hell.88b & Sp, \Hbet & 3 & 12 & 40\sh & const & $<$0.\mm0003 & \\ & & &Nels.93 & B & 1 & 1.1 & 40\sh & const & $<$0.\mm0005 & \\ & & &Pano.81 & UBV & 1 & $>$4 & & $\approx$ 25\mm - 30\mm & $\approx$0.\mm01 & var. only in 1 night \\ & & &Krei.84e & BV & 3 & 6 & 10\sh & 12\mm & 0.\mm0005, 0.\mm001 & \\ & & &Scho.82 & Pm & 53 & 200 & & var & & \\ & & &Hild.85 & Pm & 70 & 152 & & $\approx$ 70\mm - 188\mm & 0.\mm025 & \\ 184905 & & A0 SiCr &Brod.78 & V & 4 & 8 & 10\mm & 75\mm & 0.\mm02 & \\ 184927 & & B2 He &Veto.88 & U & 3 & 4 & 40\sh & const & $<$0.\mm003 & \\ 185139 &HR7461 & &Kurt.82b & B & 2 & 5 & 10\sh & 94\mm, 116\mm & 0.\mm00197, 0.\mm0061 & \\ \hline \end{tabular} \newpage %9 \begin{tabular}{ p{1.0cm} p{1.10cm} p{1.7cm} p{1.4cm} p{2.3cm} p{0.3cm} p{0.5cm} p{1.4cm} p{3.3cm} p{3.1cm} p{3.2cm} } \hline 1 & 2 & 3 & 4 & 5 & 6 & 7 & 8 & 9 & 10 & 11\\ \hline \hline & & & & & & & & & & \\ 188041 &HR7575 & A6 SrCrEu &Weis.78 & UBV & & 4 & N=39 & const & $<$0.\mm0025 & \\ & & &Nels.93 & BV, 4060 & 4 & 3.7 & 40\sh & const & $<$0.\mm0010 & \\ 188136 & & &Kurt.80b & BV, uvby$\beta$& 30 & 173 & 20\sh & 179.86\mm, 114.53\mm, & 0.\mm021, 0.\mm004, & $\delta$Del type star, also Sr$\lambda$4077 star \\ & & & & & & && 177.63\mm & 0.\mm006 & \\ 188593 & & &Nels.93 & BV & 7 & 15 & 40\sh & const & & \\ 188601 & & A3 SrEuCr &Nels.93 & B & 1 & 2 & 40\sh & const & & \\ 188854 & & &Nels.93 & BV & 3 & 6.6 & 40\sh & const & $<$0.\mm0005 & \\ 190145 & & &Nels.93 & V & 1 & 3.8 & 40\sh & const & $<$0.\mm0002 & \\ 190290 & & A0 EuSr &Mart.90e & B & 1 & 9 & 40\sh & 7.34\mm, 7.47\mm & 0.\mm00113, 0.\mm00055 & \\ & & &Mart.91a & B & 3 & 13 & & 7.34\mm, 7.47\mm & & \\ 191110 &HR7694 & A0 Hg &Weis.78 & UBV & & 3.6 & N=52 & const & $<$0.\mm0026 & \\ 191695 & & A3 SrEuCr &Nels.93 & B & 2 & 2 & 40\sh & const & $<$0.\mm0010 & \\ 191742 & & A5 SrCr &Hell.88b & Pm & 3 & 12 & & const & $<$0.\mm0003 & \\ & & &Nels.93 & V & 2 & 6.8 & 40\sh & const & $<$0.\mm0001 & \\ 192678 & & A2 Cr &Nels.93 & BV & 8 & 12 & 40\sh & const & $<$0.\mm0024 & \\ 192913 &MW Vul & A0 SiCr &Kizi.67 & Pm, \Hbet, \Hgam & & & N=8 & var.$<$1\dd & $<$0.\mm055, 0.\mm017 & \\ & & &Scho.82 & Pm & 2 & 7 & & const & $<$0.\mm01 & \\ & & &Hild.85 & Pm & 5 & 13 & & const & & \\ 193722 &HR7786 & B9 Si &Kizi.67 & Pm, \Hbet, \Hgam & & & N=4 & const & $<$0.\mm006, 0.\mm002 & \\ & & &Hild.85 & Pm & 8 & 15 & & const & & \\ 193756 & & A9 SrCrEu &Mart.90d & B & 5 & 12 & 40\sh & 12.98\mm & 0.\mm0009 & \\ & & &Mart.91a & B & 5 & 12 & 40\sh & 12.98\mm & & \\ 196178 &HR7870 & B8 Si &Kizi.67 & Pm, \Hbet, \Hgam & & & N=4 & const & $<$0.\mm007, 0.\mm010 & \\ 196470 & & A2 SrEu &Mart.90c & B & 3 & 10 & 40\sh & 10.79\mm & 0.\mm0008 & \\ & & &Mart.91a & B & 3 & 12 & 40\sh & 10.79\mm & 0.\mm0008 & \\ 196502 &73Dra & A2 SrCrEu &Rako.63 & BV & 1 & & & irreg & 0.\mm004 & var. only in 1 night \\ & & &Wood.64a & Pm, \Hbet & & & & 2.2597\hh, $\approx$ 30\mm & & \\ & & &Wood.64b & Pm, \Hbet, \Hgam, \Hdel & 3 & 5 & 4\mm & $\approx$ 10\mm & $\approx$0.\mm2 & \\ & & &Hone.66 & Sp & 1 & & & var & & \{questionable\} \\ & & &Bons.67 & Sp, \EqW & 1 & 4 & & irreg$<$1\hh & 2\AA & 21+42\AA\,mm$^{-1}$, \Hbet, \Hgam, \Hdel\\ & & &Step.68 & UB & 1 & 3 & & $>$5\hh (U) & & \\ & & &Breg.74 & Sp, \Hgam, \Hdel, CaII & 5 & 14 & 45\sh-2\mm & const(?) & $<$8.4\% & 307 scans, \Rs=4\AA, scatter. 8.4\% for Ca{\sc ii}\,K\\ & & &Scho.82 & Pm & 13 & 31 & & const & $<$0.\mm015 & \\ & & &Hild.85 & Pm & 17 & 36 & & const & & \\ 197077 & & A2 SiSr &Nels.93 & V & 1 & 1.4 & 40\sh & const & $<$0.\mm0015 & \\ 200405 & & A2 SrCr &Nels.93 & V & 1 & 3.4 & 40\sh & const & $<$0.\mm0005 & \\ 201601 &$\gamma$Equ HR8097 & A9 SrEu &Kizi.67 & Pm, \Hbet, \Hgam & & &N=18 & var $<$1\dd & $<$0.\mm028(\Hbet), 0.\mm052(\Hgam) & \\ & & &Weis.78 & UBV & & 4 &N=57& const & $<$0.\mm0024 & \\ & & &Kurt.83a & B & 11 & 36 &20\sh & 12.443\mm& $<$0.\mm0143 & \\ & & &Weis.83b & B & 3 & & & 12.7\mm & $<$0.\mm008 & \\ & & &Kilk.84 & B, \Vr & 5 & 8 & & 12.63\mm & $<$0.\mm0005, 100\mms & const. in B \\ & & &Schn.87 & \Vr, CCD & 1 & & & const & $<$300\mms & \\ & & &Bych.87 & \Vr & & & 2\mm-4\mm& $\approx$ 25\mm & 2800\mms & phot., 9\AA\,mm$^{-1}$, IIaO, \{questionable\} \\ & & &Burn.88 & Pm, 5200 & 19 & 32 & 2\mm & const & $<$0.\mm010 & \Rs=30\AA \\ & & &Weis.89b & \Vr & 3 & 8 & 60\sh & const & $<$50-100\mms & CCD, $\lambda$6475, $\Delta \lambda$=50\AA, \Rs=0.125\AA \\ & & &Nels.93 & V & 2 & 6.5 & 40\sh & roAp & $>$0.\mm0002 & \\ \hline \end{tabular} \newpage %10 \begin{tabular}{ p{1.0cm} p{1.10cm} p{1.7cm} p{1.4cm} p{2.3cm} p{0.3cm} p{0.5cm} p{1.4cm} p{3.3cm} p{3.1cm} p{3.2cm} } \hline 1 & 2 & 3 & 4 & 5 & 6 & 7 & 8 & 9 & 10 & 11\\ \hline \hline & & & & & & & & & & \\ 203006 &HR8151 & A2 CrEuSr &Weis.78 & UBV & & 4 & N=30 & const & $<$0.\mm0020 & \\ 203585 &HR8180 & A0 Si &Weis.78 & UBV & & 4 & N=30 & const & $<$0.\mm0020 & \\ 203932 & & A5 SrEu &Kurt.83c & B & 12 & 29 & & 5.94222\mm & 0.\mm0065 & \\ & & &Kurt.84c & B & 12 & 30 & 20\sh & 5.94222\mm & $<$0.\mm0024 & \\ & & &Kurt.88b & B & 3 & 21 & 10\sh & 5.9416\mm, 5.6633\mm, & $<$0.\mm0006 & \\ & & & & & & && 6.0188\mm & & \\ & & &Mart.90a & B & 21 & 112 & 10\sh & 5.942249\mm, 2.8\mm & & const. at P=5.9416\mm \,?\\ 204411 &HR8216 & A6 Cr &Rako.63 & BV & 1 & & & irr $\approx$ 20\mm - 30\mm & 0.\mm004 & \\ & & &Rako.66 & UBV & 1 & 2.5 & & $\approx$ 30\mm (B) & 0.\mm004 (B) & \\ & & &Kizi.67 & Pm, \Hbet, \Hgam & & & N=8 & var$<$1\dd & $<$0.\mm021, 0.\mm016 & \\ & & &Scho.82 & Pm & 7 & 15 & & const & $<$0.\mm02 & \\ & & &Hild.85 & Pm & 8 & 14 & & var & & \\ & & &Nels.93 & BV & 5 & 8.1 & 40\sh & const & $<$0.\mm0010 & \\ 205087 &HR8240 & A0 SrSiCr &Kizi.67 & Pm, \Hbet, \Hgam & & & N=5 & const & $<$0.\mm019, 0.\mm011 & \\ 206088 & & &Nels.93 & 4060 & 2 & 2.2 & 40\sh & const & $<$0.\mm0020 & \\ 207757 & & &Nels.93 & B & 2 & 2.2 & 40\sh & const & $<$0.\mm0008 & \\ 207840 &HR8348 & B8 Si &Kizi.67 & Pm, \Hbet, \Hgam & & & N=13 & var $<$1\dd & $<$0.\mm074, 0.\mm057 & \\ 209364 & & A5 SrEuCr &Nels.93 & B & 1 & 2 & 40\sh & const & & \\ 210418 &$\theta$Peg & &Anto.78 & \EqW & & 6 & 10\mm-15\mm & 6.672\hh, 7.632\hh, 8.592\hh, & & phot., 35\AA\,mm$^{-1}$, 20 sp., for \Hbet, \Hgam, \\ & & & & & & && 6.528\hh, 7.34\hh & & \Hdel, Ca{\sc ii}\,K, $H_{8}$ \\ & & &Breg.79b & Sp, \Hbet & 3 & 12 & & const & $<$0.8\% & \\ & & &Irka.82 & Pm & 2 & 7 & & const & $<$0.\mm04 & \\ 212385 & & A3 SrEuCr &Weis.78 & UBV & & 4 & N=47 & const & $<$0.\mm0022 & \\ 213232 & & A4 Sr &Nels.93 & V & 2 & 4.3 & 40\sh & const & $<$0.\mm0002 & \\ 213637 & & F1 EuSrCr &Nels.93 & BV & 2 & 3 & 40\sh & const & $<$0.\mm0020 & \\ 215441 &GL Lac & B9 Si &Polo.64 & Lp & 5 & 11 & 20\mm & var $\approx$ 15\mm - 20\mm & 1\% - 1.5\% & \\ & & &Polo.66 & Lp, UBV & 8 & & & var & $\approx$1\% & \\ & & &Wood.67 & Pm, \Hbet & 2 & 2.5 & 0.6 & var & $\approx$30\% & \\ & & &Polo.75 & Sp & & & 2\mm & $\approx$ 6\mm & $\approx$20\% & phot., 45\AA\,mm$^{-1}$\\ & & &Kemp.73 & Lp, \Hbet & 1 & 3 & 24\mm & var & $\approx$0.3\% - 4.5\% & $\sigma <$0.5\%, \Rs=15\AA \\ & & &Zver.82 & Pm, 5260\AA & & & & const & $<$0.01\mm & \\ & & &Scho.82 & Pm & 6 & 12 & & const & $<$0.015\mm & \\ & & &Zver.83 & UBV, 5260\AA & 15 & 38 & 10\sh & const & $<$0.\mm02 & \\ & & &Hild.85 & Pm & 10 & 14 & & const & & \\ & & &Mala.91 & Sp & 35 & 160 & 2\mm & const & $<$2\% & phot., 45\AA\,mm$^{-1}$, 4000sp, $\lambda$3800-6800 \\ 216494 &HR8704 & B9 HgMn &Weis.78 & UBV & & 5 & N=47 & const & $<$0.\mm0017 & \\ 216533 & & A1 SrCr &Nels.93 & BV & 5 & 6.7 & 40\sh & const & $<$0.\mm0024 & \\ 217522 & & A5 SrEuCr &Kurt.83b & B & 18 & 97 & 20\sh & 13.7163\mm & 0.\mm0005 - 0.\mm0021 & \\ 218495 & & A2 EuSr &Mart.90d & B & 3 & 7 & 40\sh & 7.44\mm & 0.\mm0007 & \\ & & &Mart.91a & B & 3 & 7 & 40\sh & 7.44\mm & & \\ 219749 &ET And & B9 Si &Kizi.67 & Pm, \Hbet, \Hgam & & & N=18 & var $<$1\dd & $<$0.\mm035,0.\mm049 & \\ & & &Pano.78 & UBV & 6 & 24 & & 140\mm, 70\mm, 35\mm & & \\ & & &Hild.81 & UBV & & & & 130\mm + 152\mm & 0.\mm005, 0.\mm015 & summary 1977-1979 \\ & & &Pano.82 & UBV & 5 & & & $\approx$ 150\mm & 0.\mm020 & var. only in 1 night \\ & & &Scho.82 & Pm & 46 & 128 & & 130\mm, 152\mm & 0.\mm01, 0.\mm015 & \\ & & &Pano.84 & Pm & & & & 9.3\mm, 7.5\mm, 5.8\mm & & \\ & & &Gert.84b & \Vr, &3, & & & 276\mm, & 10\kms ,& 9\AA\,mm$^{-1}$, 68sp. \\ \hline \end{tabular} \newpage %11 \begin{tabular}{ p{1.0cm} p{1.10cm} p{1.7cm} p{1.4cm} p{2.3cm} p{0.3cm} p{0.5cm} p{1.4cm} p{3.3cm} p{3.1cm} p{3.2cm} } \hline 1 & 2 & 3 & 4 & 5 & 6 & 7 & 8 & 9 & 10 & 11\\ \hline \hline & & & & & & & & & & \\ & & &Krei.91b & B & & & & & & \\ & & & & UBV &1 & &1\sh & 143\mm & 0.\mm02 & $\approx$ 270 photom. points \\ & & &Hild.85 & Pm & 6 & 159 & & 129\mm, 159\mm & 0.\mm005 & \\ & & &Pano.85a & BV & 4 & 11.5& N=199 & 12.9\mm, 8.8\mm (?), 7.4\mm & 0.\mm002, 0.\mm006 & \\ & & &Scho.85 & Pm, \Vr & & & & 142\mm, 285\mm & & \\ & & &Kush.89 & B & 14 & & & 142.834\mm, 212.961\mm (?), 13.2400\mm (??) & & \\ & & &Weis.89a & \Vr & & & & const & 300\mms & 192sp, prel. results \\ & & &Hemp.90 & BV & 2 & 9 & 1\sh & 180\mm & $\approx$0.\mm02 & \\ & & &Kush.90 & Pm. & 36 & 109 & $\approx$30\sh & 142.8\mm & 0.\mm0017 & prel. results \\ & & &Weis.93 & UBVRI, uvby & 36 & 109 & $\approx$30\sh & 142.834\mm, 213.046\mm &0.\mm0041, 0.0018\mm & \\ & & &Kush.93 & \Vr & 30 & 200 & 20\mm & const & $<$200 \mms & \\ 220825 & & A1 CrSrEu &Nels.93 & V & 1 & 2.2 & 40\sh & const & $<$0.\mm0002 & \\ 220846 & & A5 SrEu &Nels.93 & BV & 9 & 12 & 40\sh & const & $<$0.\mm0010 & \\ 221394 &HR8933 & A0 SrCrSi &Kizi.67 & Pm, \Hbet, \Hgam & & & N=8 & var $<$1\dd & $<$0.\mm053, 0.\mm046 & \\ 221507 &HR8937 & B9 MnHg &Weis.78 & UBV & & 6 & N=50 & const & $<$0.\mm0048 & \\ 221531 & & F5 Sr &Nels.93 & B & 2 & 5 & 40\sh & const & $<$0.\mm0007 & \\ 221568 & & A1 SrCrEu &Osav.65 & Pm & & & & var & & \\ & & &Wili.74 & Sp, \Hbet & 1 & 2 & N=21 & const & $<$0.\mm031 & \\ 223640 &HR9031 & B9 SiSrCr &Weis.78 & UBV & & 4 & N=41 & const & $<$0.\mm0018 & \\ 224801 & & B9SiEu &Rako.66 & UBV & 4 & 12 & & 124\mm & 0.\mm01 & var. only in 1 night \\ & & &Wood.64a & Pm, \Hbet & & & & var $<$35\mm & & \\ & & &Wood.68 & Pm, \Hbet, \Hgam, \Hdel & 4 & & & 35\mm, 50\mm & & \\ & & &Pers.75 & BV & & 4 & N=27 & var(?) & 0.\mm02 & \\ & & &Asla.75 & \Vr & & & N=12 & $\approx$ 6\hh& $\approx$30\kms & \{questionable\} \\ & & &Asla.76 & Sp, & 4 & & & $\approx$ 6\hh& & phot., 6sp. per night\\ & & &Cast.76 & Sp, & 7 & 2 & 5\mm & 124\mm (?) & & phot., 12.3\AA\,mm$^{-1}$, 2 - 3 spectra per night\\ & & &Breg.79a & Sp, \Hbet & & & & const & & \\ & & &Rice.80 & \Vr & 3 & 8 & & const & $<$1.5\kms & phot., 15\AA\,mm$^{-1}$ \\ & & &Nitt.81 & UBV, uvby & 7 & & N=93 & 127\mm & & \\ & & &Jarz.82 & UB & 5 & 9 & 5\mm & const & 0.\mm01 & \\ & & &Scho.82 & Pm & 26 & 79 & & 128\mm & 0.\mm015 & \\ & & &Hild.85 & Pm & 41 & 75 & & 134.3\mm, 97.02\mm & 0.\mm006 & \\ & & &Krei.84a & BV & 4 & 9 & & const & $<$0.\mm002 & \\ & & &Krei.85f & BV & 17 & 38 & & const & $<$0.\mm02 & 1975,'76: const$<$0.02, '84: const$<$0.0015\\ & & &Mala.92 & BV & 9 & 19 & 3\mm & 107.43\mm,106.73\mm,25.97\mm & 0.\mm007,0.\mm005,0.\mm008 & \\ 224962 & & &Nels.93 & B & 2 & 3 & 40\sh & const & $<$0.\mm0008 & \\ Hoag\,5 & & &Nels.93 & BV & 3 & 5 & 40\sh & const & $<$0.\mm0008 & \\ \hline \end{tabular} %\newpage % %\begin{tabular}{ p{1.0cm} p{1.10cm} p{1.7cm} p{1.4cm} p{2.3cm} p{0.3cm} p{0.5cm} p{1.4cm} p{3.3cm} p{3.1cm} p{3.2cm} } %\hline %1 & 2 & 3 & 4 & 5 & 6 & 7 & 8 & 9 & 10 & 11\\ %\hline %\hline % & & & & & & & & & & \\ %\hline %\end{tabular} % \end{document}