\documentstyle[11pt]{article} \oddsidemargin-1cm \evensidemargin-1cm \topmargin-2cm \textheight26cm \textwidth18cm \pagestyle{empty} \newcommand{\rbx}{\raisebox{1.2ex}{\vphantom{I}}} \newcommand{\lbx}{\raisebox{-1.2ex}{\vphantom{I}}} \newcommand{\ph}{\phantom{0}} \newcommand{\php}{\phantom{.0}} \newcommand{\kms}{\rm ~km\,s^{-1}} \renewcommand{\baselinestretch}{0.9} \begin{document} \footnotesize \begin{table*} Table 1. List of programme stars \vspace*{-2mm} \begin{flushleft} \begin{tabular}{lllccll} \hline No. & Name & Other & Star/Dust-Type &Spectr. Class.& R.A.(1950) & Dec.(1950)\rbx\lbx \\ \hline \ph 1 &Lin 358 & & S &S-2 &00 57 42.3 & $-$75 21 29\rbx \\ \ph 2 &N 73 &SMC Lin 445a & S &S-1 &01 03 18.9 & $-$76 04 28 \\ \ph 3 &MA 1858 &Lin 521, RAW 1691 & & &01 17 14.3 & $-$72 58 06 \\ \ph 4 &Sanduleak's star & & D &D-3 &05 46 02.7 & $-$71 17 13 \\ \ph 5 &S63 & HV 12671 & S &S-1 &05 48 52.1 & $-$67 37 02 \\ \ph 6 &BX Mon & AS 150 & S &S-3 &07 22 52.9 & $-$03 29 51 \\ \ph 7 &Wray 157 & Wray15-157 & D$'$ &D-1 &08 04 32.2 & $-$28 23 18 \\ \ph 8 &RX Pup & HD 69190 & D &D-2 &08 12 28.2 & $-$41 33 18 \\ \ph 9 &He3-160 & Wray 15-208 & S &S-2 &08 23 26.7 & $-$51 18 46 \\ 10 &AS 201 & He3-172 & D$'$ &D-1 &08 29 36.8 & $-$27 35 20 \\ 11 &He2-38 & & D &D-2 &09 53 03.7 & $-$57 04 39 \\ 12 &SY Mus & HD 100336 & S &S-2 &11 29 55.0 & $-$65 08 36 \\ 13 &BI Cru & He3-782 & D &D-3 &12 20 40.3 & $-$62 21 39 \\ 14 &He3-828 & & S &S-2 &12 48 01.6 & $-$57 34 28 \\ 15 &He3-863 & & S &S-1 &13 04 49.0 & $-$47 44 22 \\ 16 &St2-22 & & S &S-2 &13 11 22.4 & $-$58 36 01 \\ 17 &He3-886 & CD$-$36$^{\circ}$8436 & S &S-3 &13 13 12.0 & $-$36 44 18 \\ 18 &RW Hya & HD 117970 & S &S-2 &13 31 31.9 & $-$25 07 29 \\ 19 &He2-104 & Southern Crab & D &D-1 &14 08 33.3 & $-$51 12 18 \\ 20 &He2-106 & V835 Cen & D &D-3 &14 10 22.7 & $-$63 11 45 \\ 21 &V417 Cen & & D$^\ast$ & &14 12 13 & $-$61 40 00 \\ 22 &BD$-$21$^{\circ}$3873 & & S &S-2 &14 13 45.8 & $-$21 31 56 \\ 23 &HD 330036 & Cn 1-1 & D$'$ &D-1 &15 47 38.0 & $-$48 35 54 \\ 24 &T CrB & HD 143454 & S &S-3 &15 57 24.5 & +26 03 39 \\ 25 &He2-171 & Wray 16-226 & D &D-1 &16 30 47.0 & $-$34 59 12 \\ 26 &He3-1213 & & S &S-1 &16 31 23 & $-$51 36 14 \\ 27 &KX TrA & He3-1242 & S &S-2 &16 40 00.0 & $-$62 31 42 \\ 28 &CL Sco & AS 213 & S &S-1 &16 51 40.3 & $-$30 32 30 \\ 29 &He3-1341 & & S &S-1 &17 05 42.5 & $-$17 22 41 \\ 30 &RT Ser & MWC 265 & S &S-1 &17 37 04.1 & $-$11 55 04 \\ 31 &AE Ara & PC 18 & S &S-1 &17 37 19.7 & $-$47 01 50 \\ 32 &H1-36 & & D &D-2 &17 46 24.1 & $-$37 00 36 \\ 33 &RS Oph & HD 162214 & S &S-3 &17 47 31.6 & $-$06 41 40 \\ 34 &V745 Sco & & S &S-3 &17 52 04.7 & $-$33 14 31 \\ 35 &AS 255 & He3-1525 & S &S-2 &17 53 47.7 & $-$35 15 18 \\ 36 &AS 270 & He3-1581 & S &S-1 &18 02 35.2 & $-$20 20 52 \\ 37 &H2-38 & & D &D-3 &18 02 51.5 & $-$28 17 23 \\ 38 &AS 289 & He3-1627 & S &S-1 &18 09 34.7 & $-$11 40 55 \\ 39 &Y CrA & HD 166813 & S &S-1 &18 10 47.3 & $-$42 51 27 \\ 40 &HD 319167 & CnMy 17 & S &S-1 &18 12 11.5 & $-$30 32 56 \\ 41 &AS 296 & FG Ser & S &S-3 &18 12 33.0 & $-$00 19 53 \\ 42 &AR Pav & MWC 600 & S &S-2 &18 15 24.6 & $-$66 06 07 \\ 43 &He2-390 & & D &D-2 &18 17 51.4 & $-$26 49 50 \\ 44 &V3804 Sgr & AS 302 & S &S-2 &18 18 13.4 & $-$31 33 31 \\ 45 &AS 304 & He3-1691 & S &S-1 &18 22 16.7 & $-$28 37 42 \\ 46 &V3890 Sgr & & S &S-3 &18 27 40.5 & $-$24 03 05 \\ 47 &V1017 Sgr & & S &S-3 &18 28 53.3 & $-$29 26 06 \\ 48 &AS 316 & He2-417 & S &S-2 &18 39 33.4 & $-$21 20 46 \\ 49 &MWC 960 & He3-1726 & S &S-1 &18 44 58.1 & $-$20 09 12 \\ 50 &AS 327 & He3-1730 & S &S-1 &18 50 13.3 & $-$24 26 42 \\ 51 &FN Sgr & AS 329 & S &S-1 &18 50 58.5 & $-$19 03 27 \\ 52 &V919 Sgr & AS 337 & S &S-1 &19 00 51.6 & $-$17 04 24 \\ 53 &CM Aql & & S &S-2 &19 00 57.9 & $-$03 07 44 \\ 54 &He3-1761 & & S &S-2 &19 37 20.8 & $-$68 14 45 \\ 55 &RR Tel & He3-1811 & D &D-2 &20 00 20.1 & $-$55 52 04 \\ 56 &PU Vul & & S &S-3 &20 19 01.1 & +21 24 43 \\ 57 &CD$-$43$^{\circ}$14304 & He3-1924 & S &S-2 &20 56 48.6 & $-$42 50 34 \\ 58 &AG Peg & HD 207757 & S &S-1 &21 48 36.2 & +12 23 27 \\ 59 &R Aqr & HD 222800 & D &D-1 &23 41 14.3 & $-$15 33 43\lbx \\ \hline \end{tabular} \end{flushleft} $^\ast$According to recent observations (Van Winckel et al., in preparation) \end{table*} \thispagestyle{empty} \newpage \begin{table*} \vspace*{-1cm} Table 2. Log of observations, ordered alphabetically by object name. \vspace*{-2mm} \begin{flushleft} \begin{tabular}{llcccccccccc} \hline No. & Name & H$\alpha$ & Fig. & He~{\sc i} & Fig. & He~{\sc ii} & Fig. & [O~{\sc iii}] & Fig. & [S~{\sc ii}] & Fig.\rbx \\ & & 656.3 nm & & 667.3 nm & & 468.6 nm & & 500.7 nm & & 672.5 nm \lbx\rbx \\ \hline 31 & AE Ara & 14-07-88 &\ph 4 & 20-07-88 &14 & 23-07-88 &16 & 16-07-88 &17 & -- &-- \rbx \\ 58 & AG Peg & 15-07-88 &\ph 2 & 21-07-88 &14 & 22-07-88 &15 & 17-07-88 &16 & 26-09-88 &18\\ 42 & AR Pav & 14-07-88 &\ph 6 & 21-07-88 &19 & 22-07-88 &21 & 16-07-88 &23 & 26-09-88 &25\\ 10 & AS 201 & 14-12-88 &11 & 12-12-88 &27 & -- & -- & 22-10-88 &29 & -- & --\\ 35 & AS 255 & 10-09-89 &\ph 7 & -- & -- & -- & -- & -- & -- & -- & --\\ 36 & AS 270 & 15-09-89 &\ph 2 & -- & -- & -- & -- & -- & -- & -- & --\\ 38 & AS 289 & 15-09-89 &\ph 2 & -- & -- & -- & -- & -- & -- & -- & --\\ 41 & AS 296 & 16-09-89 &\ph 9 & -- & -- & 22-07-88 & 26 & -- & -- & -- & --\\ 45 & AS 304 & 14-09-89 &\ph 2 & -- & -- & -- & -- & 12-07-92 & 16 & -- &--\\ 48 & AS 316 & 16-09-89 &\ph 8 & -- & -- & -- & -- & -- & -- & -- & --\\ 50 & AS 327 & 19-07-88 &\ph 4 & 21-07-88 & 14 & 22-07-88 & 16 & 12-07-88 & 18 & -- & -- \\ 22 & BD$-$21$^{\circ}$3873 & 14-07-88 & \ph 8 & 21-07-88 & 20 & 22-07-88 & 22 & 17-07-88 & 24 & -- & --\\ 13 & BI Cru & 15-07-88 & 13 & 20-07-88 & 32 & 23-07-88 & 33 & 18-07-88 & 33 & -- & --\\ \ph 6 & BX Mon & 14-12-88 & \ph 9 & 20-10-88 & 25 & -- &-- & 21-10-88 & 26 & -- & --\\ 57 & CD$-$43$^{\circ}$14304 & 14-07-88 &\ph 6 & 19-10-88 & 19 & 23-07-88 & 21 & 16-07-88 & 23 & 24-07-88 & 24\\ & & 18-10-88 &\ph 6 & -- & -- & 20-10-88 & 21 & -- & -- & -- & --\\ 28 & CL Sco & 15-09-89 &\ph 2 & -- & -- & -- & -- & 18-09-89 & 17 & -- & --\\ 53 & CM Aql & 09-09-89 &\ph 7 & -- & -- & -- & -- & -- & -- & -- & --\\ 51 & FN Sgr & 15-07-88 &\ph 8 & 21-07-88 & 20 & 22-07-88 & 21 & 17-07-88 & 24 & 26-09-88 & 18\\ & & 10-09-89 &\ph 4 & -- & -- & -- & -- & -- & -- & -- & --\\ 32 & H1-36 & 15-09-89 & 12 & -- & -- & -- & -- & 17-09-89 & 31 & -- & --\\ 37 & H2-38 & 16-09-89 & 13 & -- & -- & -- & -- & 18-09-89 & 33 & -- & --\\ 40 & HD 319167 & 09-09-89 &\ph 4 & -- & -- & -- & -- & -- & -- & -- & --\\ 23 & HD 330036 & 15-07-88 & 11 & 21-07-88 & 27 & -- & -- & 16-07-88 & 28 & -- & --\\ 11 & He2-38 & 18-07-88 & 12 & 20-07-88 & 30 & 21-07-88 & 31 & 15-12-88 & 31 & 24-07-88 & 32\\ 19 & He2-104 & 19-07-88 & 12 & 21-07-88 & 27 & 22-07-88 & 28 & 18-07-88 & 29 & 24-07-88 & 29\\ 20 & He2-106 & 19-07-88 & 13 & 21-07-88 & 32 & -- &-- & -- & -- & 24-07-88 & 33\\ 25 & He2-171 & 19-07-88 & 12 & -- & -- & -- & -- & -- & -- & 24-07-88 & 30\\ 43 & He2-390 & 19-07-88 & 12 & 21-07-88 & 30 & -- & -- & -- & -- & -- & --\\ 9 & He3-160 & 14-12-88 & \ph 6 & 13-12-88 & 19 & -- & -- & 15-12-88 & 23 & -- & -- \\ 14 & He3-828 & 19-07-88 &\ph 7 & -- & -- & -- & -- & -- & -- & -- & --\\ 15 & He3-863 & 15-07-88 &\ph 4 & 20-07-88 & 15 & -- & -- & 18-07-88 & 18 & -- & --\\ 17 & He3-886 & 14-07-88 &\ph 9 & 21-07-88 & 25 & 22-07-88 & 25 & 18-07-88 & 26 & -- & --\\ 26 & He3-1213 & 11-07-92 &\ph 3 & 20-07-88 & 14 & 23-07-88 & 15 & -- & -- & -- & --\\ 29 & He3-1341 & 15-09-89 &\ph 3 & -- & -- & -- & -- & -- & -- & -- & --\\ 54 & He3-1761 & 15-07-88 &\ph 5 & 20-07-88 & 19 & 17-07-88 & 20 & 16-07-88 & 3 & 24-07-88 & 24\\ & & 18-10-88 &\ph 6 & 19-10-88 & 19 & 20-10-88 & 21 & 17-09-89 & 22 & -- & --\\ 27 & KX TrA & 15-09-89 &\ph 6 & -- & -- & -- &-- & 18-09-89 & 23 & -- & --\\ \ph 1 & Lin 358 & 19-07-88 &\ph 8 & 20-10-88 & 20 & 23-07-88 & 22 & 21-10-88 & 24 & 18-10-88 & 25\\ & & 18-10-88 &\ph 8 & -- & -- & 19-10-88 & 22 & 15-12-88 & 24 & -- & --\\ & & 13-12-88 &\ph 8 & -- & -- & -- & -- & -- & -- & -- & --\\ \ph 3 & MA 1858 & 14-12-88 & 35 & -- & -- & -- & -- & -- &-- & -- & --\\ 49 & MWC 960 & 09-09-89 &\ph 3 & -- & -- & -- & -- & 17-09-89 & 17 & -- & --\\ \ph 2 & N 73 & 13-12-88 &\ph 5 & -- & -- & -- & -- & -- & -- & -- & --\\ 56 & PU Vul & 28-09-88 & 10 & -- & -- & -- & -- & 29-09-88 & 27 & -- & --\\ & & 15-09-89 & 10 & -- & -- & -- & -- & -- & -- & -- & --\\ 59 & R Aqr & 14-07-88 & 11 & -- & -- & 17-07-88 & 28 & 16-07-88 & 28 & 24-07-88 & 29 \\ & & 18-10-88 & 11 & -- & -- & 19-10-89 & 28 & -- & -- & -- & -- \\ 55 & RR Tel & 14-07-88 & 12 & 15-07-88 & 30 & 17-07-88 & 31 & 16-07-88 & 31 & 24-07-88 & 32\\ 33 & RS Oph & 15-07-88 &\ph 9 & 20-07-88 & 25 & 23-07-88 & 26 & 16-07-88 & 26 & -- & -- \\ & & 10-09-89 &\ph 9 & -- & -- & -- & -- & -- & -- & -- & -- \\ & & 15-07-92 &\ph 9 & -- & -- & -- & -- & -- & -- & -- & -- \\ 30 & RT Ser & 15-07-88 &\ph 3 & -- & -- & 23-07-88 & 16 & 18-07-88 & 17 & -- & -- \\ 18 & RW Hya & 13-07-88 &\ph 5 & 20-07-88 & 19 & 23-07-88 & 20 & 16-07-88 & 22 & -- & -- \\ & & 10-07-92 &\ph 7 & -- & -- & -- & -- & -- & -- & -- & -- \\ \ph 8 & RX Pup & 14-12-88 & 13 & 20-10-88 & 30 & -- & -- & 21-10-88 & 31 & -- & --\\ & & -- & -- & -- & -- & -- & -- & 15-12-88 & 32 & -- & -- \\ \ph 5 & S 63 & 13-12-88 &\ph 4 & 13-12-88 & 15 & -- & -- & 15-12-88 & 18 & -- & -- \\ \ph 4 & Sanduleak's & 13-12-88 & 13 & -- & -- & -- & -- & -- & -- & -- & -- \\ 16 & St2-22 & 19-07-88 &\ph 5 & -- & -- & -- & -- & -- & -- & -- & -- \\ & & 12-07-92 &\ph 5 & -- & -- & -- & -- & -- & -- & -- & -- \\ 12 & SY Mus & 14-07-88 &\ph 7 & 20-07-88 & 20 & 23-07-88 & 21 & 16-07-88 & 23 & -- & --\\ 24 & T CrB & 14-07-88 &\ph 10 & -- & -- & 22-07-88 & 26 & 17-07-88 & 27 & -- & --\\ 21 & V417 Cen & 19-07-88 & 35 & -- & -- & -- & -- & 18-07-88 & 35 & -- & --\\ 34 & V745 Sco & 16-07-92 & 10 & -- & -- & -- & -- & -- & -- & -- & --\\ 52 & V919 Sgr & 15-07-88 &\ph 3 & 21-07-88 & 14 & 22-07-88 & 15 & 17-07-88 & 17 & -- & --\\ & & 10-09-89 &\ph 3 & -- & -- & 20-10-88 & 16 & -- & -- & -- & --\\ 47 & V1017 Sgr & 16-09-89 & 10 & -- & -- & -- & -- & -- & -- & -- & --\\ 44 & V3804 Sgr & 09-09-89 &\ph 7 & -- & -- & -- & -- & 18-09-89 & 23 & -- & --\\ 46 & V3890 Sgr & 16-07-92 & 10 & -- &-- & -- & -- & -- & -- & -- & --\\ \ph 7 & Wray 157 & 14-12-88 & 11 & 13-12-88 & 27 & 19-10-88 & 28 & 15-12-88 & 29 & -- & --\\ 39 & Y CrA & 14-07-88 &\ph 2 & 20-07-88 & 14 & 23-07-88 & 15 & 16-07-88 & 17 & 24-07-88 & 18 \lbx \\ \hline \end{tabular} \end{flushleft} \end{table*} \thispagestyle{empty} \begin{table*} \vspace*{-1.3cm} Table 3. Line fluxes \newline Fluxes are in $\rm 10^{-15}~Watt~m^{-2}~nm^{-1} = 10^{-13} erg~s^{-1}~cm^{-2}~\AA^{-1} $ \newline n.d. = not detected; chip = seen, but observed with non-standard CCD chip. \vspace*{-2mm} \begin{flushleft} \begin{tabular}{llrrrrrr} \hline No. & Name & H$\alpha$\php & He~{\sc i}\php & He~{\sc ii}\php & [N~{\sc ii}]\qquad\qquad & [O~{\sc iii}]\php & [S~{\sc ii}]\qquad\rbx \\ \lbx\rbx & & 656.3 nm & 667.8 nm & 468.6 nm & 654.8/658.3 nm & 500.7 nm & 671.6/673.1 nm \\ \hline 31 & AE Ara~* & 396\php & 20\php & $>$3.4 & n.d. & 8.8 &--\php\rbx \\ 58 & AG Peg~* & 2209\php & 99\php & 120\php &n.d. &0.7 & n.d. \\ 42 & AR Pav~* & $>$ 329\php & 12\php & 16\php & n.d. &15\php& n.d.\\ 10 & AS 201 & 44\php & .5 & --\php &0.4/1.1 & 3.7 &--\php\\ 35 & AS 255 & 27\php & --\php & --\php & n.d. & --\php & --\php\\ 36 & AS 270 & 22\php & --\php & --\php & n.d. & --\php & --\php\\ 38 & AS 289 & 81\php & --\php & --\php & n.d. & --\php & --\php\\ 41 & AS 296 & 931\php & --\php & n.d. & n.d. & --\php & --\php\\ 45 & AS 304 & 44\php & --\php & --\php & n.d. & chip & --\php\\ 48 & AS 316 & 116\php & --\php & --\php & n.d. & --\php & --\php\\ 50 & AS 327 & 131\php & 4.5\php & 5.4\php & n.d. & n.d. & --\php\\ 22 & BD$-$21$^{\circ}$3873\php & $>$1.5 & 2.1 & 2.1 & n.d. & n.d. & --\php\\ 13 & BI Cru & 160\php & 0.6 & n.d. & n.d. & n.d. & --\php\\ \ph 6 & BX Mon & 207\php & 1.1 & --\php & n.d. & n.d. & --\php\\ 57 & CD$-$43$^{\circ}$14304~* & 77\php &1.0&$>$5.6& n.d. & n.d. & n.d. \\ & & 153\php & --\php & 3.0 & n.d. & --\php & --\php\\ 28 & CL Sco & 15\php & --\php & --\php & n.d. & .8 & --\php\\ 53 & CM Aql & 34\php & --\php & --\php & n.d. & --\php & --\php\\ 51 & FN Sgr~* & 49\php & 1.9 & 4.6 & n.d. & .06 & n.d. \\ & & 220\php & --\php & --\php & n.d. & --\php & --\php\\ 32 & H1-36 & 271\php & --\php & --\php & 20/59\php & 52\php & --\php\\ 37 & H2-38 & 253\php & --\php & --\php &1.0/3.0 & 3.7 & --\php\\ 40 & HD 319167 & 89\php & --\php & --\php & n.d. & --\php & --\php\\ 23 & HD 330036 & 101\php & 1.2 & --\php &3.4/12\php & 68\php & --\php\\ 11 & He2-38~* & 220\php & 1.8 & 2.1 &1.1/4.7 & 44\php & 0.15/0.35\\ 19 & He2-104 & 106\php & 876\php & 1.9 &2.4/10\php & 19\php & 0.7/0.9\\ 20 & He2-106 & 1812\php & 9.1 & --\php &2.5/8.4 & -- & 0.7/1.5\\ 25 & He2-171 & 36\php & --\php & --\php &1.3/5.7 & -- & 0.13/0.30\\ 43 & He2-390~* & 13\php & n.d. & --\php &0.4/1.7 & --\php & --\php\\ \ph 9 & He3-160 & 75\php & 0.1 & --\php & n.d. & 0.12 & --\php\\ 14 & He3-828 & 32\php & --\php & --\php & n.d. & --\php & --\php\\ 15 & He3-863 & 34\php & 1.9 & --\php & n.d. & n.d. & --\php\\ 17 & He3-886 & $>$10\php & n.d. & n.d. & n.d. & n.d. & --\php\\ 26 & He3-1213 & chip\php & 7.5 & $>$1.9 & n.d. & --\php & --\php\\ 29 & He3-1341 & 430\php & --\php & --\php & n.d. & --\php & --\php\\ 54 & He3-1761~* & 558\php & 21\php & 9.3 & n.d. & 5.6 & n.d. \\ & & 326\php & 5.3 & 0.6 & n.d. & n.d. & --\php\\ 27 & KX TrA & 935\php & --\php & --\php & n.d. & 6.4 & --\php\\ \ph 1 & Lin 358~* & 4.8 & 0.1 & $>$0.2 & n.d. & n.d. & n.d. \\ & & 3.2 & --\php & 0.6 & n.d. & n.d. & --\php\\ & & 6.7 & --\php & --\php & n.d. & --\php & --\php\\ \ph 3 & MA 1858 & .6 & --\php & --\php & n.d. & --\php & --\php\\ 49 & MWC 960 & 145\php & --\php & --\php & n.d. & n.d. & --\php\\ \ph 2 & N 73 & 5.6 & --\php & --\php & n.d. & --\php & --\php\\ 56 & PU Vul~* & 5153\php & --\php & --\php &1.2/5.2 & 0.9 & --\php\\ & & 12542\php & --\php & --\php &14/43\php & --\php & --\php\\ 59 & R Aqr~* & 264\php & --\php & n.d. & n.d./14\php & 40\php & .11/.17(nebula) \\ & & 398\php & --\php & n.d. & n.d. & --\php & n.d.\\ 55 & RR Tel~* & 1450\php & 6.5 & 178\php & 3.3/13\php & 250\php &.30/.78 \\ 33 & RS Oph~* & 113\php & 2.0 & n.d. & n.d. & n.d. & --\php\\ & & 98\php & --\php & --\php & n.d. & --\php & --\php\\ & & chip\php & --\php & --\php & n.d. & --\php &--\php\\ 30 & RT Ser & 30\php & --\php & $>$1.6 & n.d. & 0.03 &--\php\\ 18 & RW Hya & $>$109\php & 25\php &$>$21\php& n.d. & 1.2 &--\php\\ & & chip\php & --\php & --\php & n.d. & --\php &--\php\\ \ph 8 & RX Pup & 2581\php & 21\php & --\php & 17/45\php & 203\php& --\php\\ & & --\php & --\php & --\php & --\php & 134\php & --\php\\ \ph 5 & S 63 & 5.3 & 0.2 & --\php & n.d. & n.d. & --\php\\ \ph 4 & Sanduleak's & 15\php & --\php & --\php & .5/1.4 & --\php & --\php\\ 16 & St2-22~* & 15\php & --\php & --\php & n.d. & --\php & --\php\\ & & chip\php & --\php & --\php & n.d. & --\php & --\php\\ 12 & SY Mus~* & $>$331\php & 51\php &$>$36\php& n.d. & n.d. & --\php\\ 24 & T CrB & $>$32\php & --\php & n.d. & n.d. & n.d. & --\php\\ 21 & V417 Cen & n.d. & --\php & --\php & n.d. & 2.2 & --\php\\ 34 & V745 Sco & chip\php & --\php & --\php & n.d. & --\php & --\php\\ 52 & V919 Sgr~* & 46\php & 1.8 & 1.6 & n.d. & 0.1 & --\php\\ & & 264\php & --\php & 1.4 & n.d. & --\php & --\php\\ 47 & V1017 Sgr & 1.3 & --\php & --\php & n.d. & --\php & --\php\\ 44 & V3804 Sgr & 58\php & --\php & --\php & 0.5/1.4 & 0.6 & --\php\\ 46 & V3890 Sgr & chip\php & -- \php & --\php & n.d. & --\php & --\php\\ \ph 7 & Wray 157 & 20\php & 0.07 & n.d. & 0.1/0.3 & 0.07& --\php\\ 39 & Y CrA~* & 145\php & 0.8 & $>$5.2 & n.d. & 38\php & n.d.\lbx\\ \hline \end{tabular} \end{flushleft} \end{table*} \begin{table*} \vspace*{-1.3cm} Table 4a. Radial velocities and FWHMs of H$\alpha$ components (in $\rm km~s^{-1}$) \vspace*{-0.2cm} \begin{flushleft} \begin{tabular}{llccccc}\hline Object & subtype & NE & IE & BE & A & additional\rbx\lbx \\ \hline AE Ara & S-1 & $-$43.2/1.01 & \ph $-$6.4/4.57 & \ph $-$25.6/13.45 & $-$10.4/1.37 &\rbx \\ AG Peg & S-1 & +17.8/0.85 & $-$12.1/2.28 & $-$31.5/7.18 & & \\ AR Pav & S-2 & $-$27.6/1.25 & $-$53.5/3.84 & \ph $-$44.8/11.80 & $-$91.2/1.18 & \\ AS 201 & D-1 & +18.9/0.89 & & & & \\ AS 255 & S-2 & +276.0/2.85\ph & & +301.1/7.89\ph & +260.8/1.79 & \\ AS 270 & S-2 & \ph +2.9/0.82 & $-$52.1/1.11 & $-$60.3/6.43 & & $-$114.3/0.42 E \\ AS 289 & S-1 & +25.9/0.85 & \ph $-$4.6/2.36 & $-$15.9/6.19 & & \\ AS 296 & S-3 & +88.2/3.53 & & +146.7/14.0\ph & +66.2/2.28 & \\ AS 304 & S-1 & +90.5/0.75 & +65.5/1.88 & +46.4/6.19 & & \\ AS 316 & S-2 & $-$85.0/3.63 & & \ph $-$93.4/10.93 & $-$104.0/1.27\ph & \\ AS 327 & S-1 & +48.3/1.27 & +\ph 6.9/4.12 & \ph +23.9/11.30 & $-$31.6/0.66 & \\ BD$-$21$^{\circ}$3873 & S-2 & +195.7/3.65\ph & & & +195.2/1.22\ph & \\ BI Cru & D-3 & $-$15.5/2.05 & & \ph $-$64.4/10.46 & $-$41.3/1.53 & \\ BX Mon & S-3 & +27.9/2.78 & & +33.0/8.43 & +18.5/1.41 & \\ CD$-$43$^{\circ}$14304 (1) & S-2 & +73.7/1.06 & & +33.0/6.33 & $-$17.5/0.73 & \\ CD$-$43$^{\circ}$14304 (2) & & +74.6/0.99 & & +36.9/5.56 & $-$\ph 9.0/0.61 & \\ CL Sco & S-1 & $-$14.8/1.08 & $-$69.8/1.32 & $-$42.9/5.02 & & \\ CM Aql & S-2 & +41.9/1.39 & +68.3/2.54 & +75.3/7.65 & & \\ FN Sgr (1) & S-2 & $-$49.8/3.60 & & \ph $-$58.0/10.00 & $-$75.0/1.53 & \\ FN Sgr (2) & S-1 & $-$16.6/1.67 & $-$80.1/2.31 & $-$56.3/6.62 & & \\ H1-36 & D-2 & $-$61.2/0.87 & & $-$119.8/1.34\ph & & \\ H2-38 & D-3 & $-$40.7/1.77 & & $-$37.1/5.13 & $-$53.2/1.20 & \\ HD319167 & S-1 & \ph +4.3/1.60 & & $-$87.9/1.37 & $-$23.5/7.37 & \\ HD330036 & D-1 & $-$41.7/0.49& $-$12.6/0.71 & & & \\ He2-38 & D-2 & +151.2/0.89\ph & & +111.4/2.90\ph & +83.9/1.98 & \\ He2-104& D-1 & $-$93.2/1.04 & & $-$105.9/2.40\ph & & \\ He2-106& D-3 & +37.4/2.71 & & +30.4/9.42 & $-$19.2/1.37 & \\ He2-171& D-1 & $-$112.1/1.72\ph & & $-$139.3/3.74\ph & & \\ %He2-325& +143.4/4.87\ph & & $-$89.5/5.72 & & \\ He2-390& D-2 & +50.2/0.73 & +18.7/0.97 & +48.5/4.71 & & \\ He3-160& S-2 & +161.4/0.92\ph & +125.6/4.03\ph & +122.5/10.24 & +65.4/0.97 & \\ He3-828& S-2 & $-$20.5/2.31 & & $-$26.6/8.17 & $-$39.5/1.15 & \\ He3-863& S-1 & +324.7/1.70\ph & +241.6/3.00\ph & +307.9/8.41\ph & & \\ He3-886& S-3 & $-$53.5/2.07 & & $-$43.2/7.37 & $-$39.5/1.15 & \\ He3-1213& S-1 & $-$10.7/1.11 & $-$61.7/1.98 & $-$42.8/5.75 & & \\ He3-1341& S-1 & +20.2/1.25 & $-$12.2/3.74 & \ph $-$15.1/10.50 & & \\ He3-1761 (1)& S-2 & +92.5/1.06 & +65.5/3.18 & +67.8/8.15 & +20.7/1.13 & \\ He3-1761 (2)& S-2 & +115.8/0.75\ph & +71.9/3.23 & +99.3/9.58 & +50.9/2.28 & \\ KX TrA & S-2 & $-$97.0/1.15 & & $-$132.2/5.11\ph & $-$164.7/0.40\ph & \\ Lin358 (1) & S-2 & +145.8/5.23\ph & & & +133.0/1.46\ph & \\ Lin358 (2) & & +134.4/5.30\ph & & & +129.4/1.34\ph & \\ Lin358 (3) & & +131.2/5.35\ph & & & +125.7/1.37\ph & \\ MA 1858 & & +150.0/2.33\ph & & +118.1/7.04\ph & +141.3/1.34\ph & \\ MWC960 & S-1 & $-$152.1/1.11\ph & $-$211.2/3.93\ph & $-$228.4/10.81 & & \\ N73 & S-1 & +195.1/1.74\ph & +211.2/3.93\ph & +228.4/10.81 & & \\ PU Vul (1) & S-3 & +33.0/5.35 & & \ph +39.3/13.07 & \ph $-$5.4/1.65 & \\ PU Vul (2) & & +29.8/4.03 & & +28.4/9.16 & \ph $-$5.9/2.00 & \\ R Aqr (1) & D-1 & $-$46.5/0.52 & & $-$10.8/0.73 & & \\ R Aqr (2) & & \ph $-$3.3/0.49 & & +29.5/0.71 & & \\ RR Tel & D-2 & $-$52.4/1.41 & & $-$121.2/3.58\ph & & \\ RS Oph (1) & S-3 & $-$40.2/3.18 & & $-$25.0/8.71 & $-$54.2/1.20 & \\ RS Oph (2) & & $-$39.3/2.52 & & $-$39.3/7.54 & $-$52.2/1.32 & \\ RS Oph (3) & & $-$42.1/2.05 & & $-$45.9/6.45 & $-$45.9/1.30 & \\ RT Ser & S-1 & +103.5/1.27\ph & & +79.9/6.50 & & +35.4/1.13 E \\ RW Hya (1) & S-2 & +56.9/0.68 & +17.7/2.26 & \ph +4.0/8.78 & \ph +0.4/0.75 & \\ RW Hya (2) & & +22.9/2.52 & \ph +5.6/6.55 & \ph +7.6/9.73 & \ph $-$7.9/0.54 & \\ RX Pup & D-2 & \ph $-$6.4/0.68 & +51.2/1.44 & +36.5/4.47 & & \\ S63 & S-1 & +328.6/1.72\ph & & +317.7/5.06\ph & & \\ Sanduleak & D-3 & +294.5/0.92\ph & +271.7/2.07\ph & +263.0/6.30\ph & +268.5/2.36\ph & \\ St2-22 (1) & S-2 & +59.4/0.61 & +28.3/2.94 & +24.2/7.68 & \ph +4.5/1.22 & \\ St2-22 (2) & & +65.8/0.80 & +37.4/2.78 & +28.3/4.78 & +11.6/1.08 & \\ SY Mus & S-2 & +19.2/4.26 & & \ph +13.7/13.90 & +15.5/3.00 & \\ T CrB & S-3 & $-$29.4/4.60 & & & $-$50.4/0.90 & \\ V745 Sco & S-3 & $-$112.0/3.53\ph & & & $-$128.9/1.30\ph & \\ V919 Sgr (1) & S-1 & \ph +2.0/1.22 & $-$64.9/1.48 & $-$23.4/7.05 & & \\ V919 Sgr (2) & & \ph +1.1/1.04 & $-$36.1/1.65 & $-$38.5/5.11 & & \\ V1017 Sgr & S-3 & +38.4/9.90 & & & \ph $-$7.2/3.32 & \\ V3804 Sgr & S-2 & $-$43.1/1.55 & & +47.3/4.20 & & \\ V3890 Sgr & S-3 & $-$98.0/3.80 & & & $-$97.9/1.62 & \\ Wray 157 & D-1 & +86.7/1.04 & & & & \\ Y CrA & S-1 & $-$20.8/1.04 & $-$59.4/0.94 & $-$51.0/6.55 & & $-$91.5/1.74 E\lbx\\ \hline \end{tabular} \end{flushleft} \end{table*} \thispagestyle{empty} \begin{table*} \vspace*{-1.3cm} Table 4b. Radial velocities and FWHMs of components of lines of heavier elements \vspace*{-0.2cm} \begin{flushleft} \begin{tabular}{lcccc}\hline Object & He~{\sc i} 667.8 nm & He~{\sc i} 501.6 nm & He~{\sc ii} 468.6 nm & Fe~{\sc ii} 501.8 nm\lbx\rbx \\ \hline AE Ara &\ph $-$8.5/0.87 &\ph $-$8.7/0.61 &\ph $-$0.1/4.71 & $-$10.9/0.47\rbx \\ AG Peg & $-$19.4/0.89 & $-$33.0/1.51 & $-$28.8/1.37 & \\ AR Pav &$-$50.0/1.48 &\phantom{p}$-$46.2/0.75p &$-$96.6/1.01 &\phantom{p}$-$47.8/1.04p \\ & & &$-$168.8/1.86\ph & \\ & & & \ph +2.4/1.86 & \\ AS 201 & +21.1/0.78 & +23.4/0.52 & & \\ & & & & \\ AS 304 & & +63.7/0.94 & & +70.1/0.92 \\ AS 327 & \ph +0.7/0.68 & & \ph $-$2.2/0.85 & \\ BD$-$21$^{\circ}$ 3873 & +221.1/0.59\ph & +222.6/0.33\ph & +218.4/0.92\ph & \\ & +194.2/0.40\ph & +203.1/0.54\ph & & \\ BI Cru & $-$10.2/1.91 & & &\phantom{ne}\ph $-$5.7/0.99ne \\ & & & &\phantom{be}+47.2/2.43be \\ & & & &\phantom{a}$-$56.5/0.49a \\ BX Mon & +76.7:/1.06\phantom{:} & & & \\ & & & & \\ CD$-$43$^{\circ}$14304 & +34.0/0.52 & +29.8/0.47 & +31.0/0.80 & \\ FN Sgr &$-$56.4/0.85 &$-$52.1/0.54 &$-$27.8/2.28 & \\ & & &$-$56.0/0.68 & \\ HD330036 &$-$31.1/0.49 & & & \\ &\ph $-$8.7/0.49 & & & \\ He2-38 & +133.8/1.34\ph & & +148.5/1.15\ph & \\ He2-104 &$-$99.3/0.78 & &$-$112.7/1.44\ph & \\ & & & $-$89.0/0.47 & \\ He2-106 & +28.1/1.93 & & & \\ & +11.3/0.49 & & & \\ He3-160 & & & & +133.0/0.24\ph \\ He3-863 & +291.0/1.04\ph & +289.5/0.75\ph & & +297.6/0.33\ph \\ He3-886 & & $-$89.0/0.59 & $-$66.6/1.11 & \\ He3-1213& $-$28.7/0.99 & & $-$19.0/1.79 & \\ & +42.3/0.57 & & & \\ He3-1761 (1) & +69.0/1.11 & +78.6/1.04 & +30.0/1.08 & +67.5/0.78 \\ &+127.0/0.94\ph & &+108.7/1.81\ph & \\ He3-1761 (2) & & & & \phantom{e}+55.2/0.80e \\ & & & & \phantom{a}+26.3/0.47a \\ & & & &\phantom{a}\ph $-$1.9/0.26a \\ KX TrA & & $-$133.0/0.78\ph & &$-$130.1/0.67\ph \\ LIN358 & +139.2/1.62\ph & & & \\ PU Vul (1) & & & & \phantom{a}$-$45.4/0.38a \\ & & & & \phantom{e}+28.9/0.35e \\ & & & & \phantom{e}+51.0/0.80e \\ R Aqr (1) & & $-$13.6/0.49 & $-$23.6/0.33 & \\ RR Tel & $-$57.0/0.78 & $-$56.5/0.64 & $-$55.0/0.94 & $-$61.5/0.42 \\ RS Oph & $-$34.8/3.49 & $-$37.5/0.61 & & \phantom{a}$-$51.1/0.61a \\ RT Ser & & +78.8/0.33 & +81.0/0.92 & +74.8/0.38 \\ RW Hya & +13.8/0.80 & +20.5/0.47 & \ph +8.2/0.89\ph & \\ RX Pup (1) & & \ph +9.4/0.42 & & \ph $-$4.5/0.75 \\ & & +30.3/1.67 & & +21.6/0.16 \\ & & & & +79.2/1.79 \\ RX Pup (2) & & \ph +8.0/0.40\ph & & \ph +6.5/0.87 \\ & &+31.3/1.53 & &+97.2/1.08 \\ S 63 & +295.7/1.01 & & & \\ SY Mus & +15.6/0.57 & +14.5/0.45 & +19.9/0.57 & +14.3/0.35 \\ V919 Sgr (1) & $-$30.4/0.87 & $-$25.7/0.57 & $-$32.0/1.27 & \\ V919 Sgr (2) & & & $-$34.2/1.39 & \\ V3804 Sgr & & $-$47.9/0.89 & & $-$17.9/1.27 \\ Wray 157 & +85.2/0.49 & & & \\ Y CrA & $-$50.6/0.80 & $-$48.9/0.64 & $-$54.2/0.73 & $-$50.9/0.59\lbx \\ \hline \end{tabular} \end{flushleft} \end{table*} \thispagestyle{empty} \begin{table*} \vspace*{-1.3cm} Table 4c. Radial velocities and FWHMs of components of forbidden lines of heavier elements \vspace*{-0.2cm} \begin{flushleft} \begin{tabular}{lccccc}\hline Object & [N~{\sc ii}] 654.8 nm & [N~{\sc ii}] 658.4 nm & [O~{\sc iii}] 500.7 nm & [S~{\sc ii}] 651.5 nm & [S~{\sc ii}] 653.0 nm\rbx\lbx \\ \hline AE Ara & & & $-$12.8/1.70 & &\rbx \\ AR Pav & & $-$67.9/ft.\ph &$-$91.1/0.59 & & \\ & & &$-$47.4/0.68 & & \\ AS 201 & &\ph +8.9/0.57 &\ph +5.6/0.40 & & \\ & &+44.3/0.49 &+28.1/0.66 & & \\ AS 304 & & & +72.3/0.87 & & \\ BX Mon & +32.5/1.34 & & & & \\ & +23.4/0.80 & & & & \\ CL Sco & & &$-$69.0/0.31 & & \\ & & &$-$29.0/1.15 & & \\ FN Sgr & & &$-$86.2/1.62 & & \\ H1-36 &$-$122.9/0.73\ph &$-$121.0/0.73\ph &$-$122.7/0.33\ph & & \\ & & &$-$116.2/0.45\ph & & \\ H2-38 &$-$77.4/0.85 &$-$75.0/1.08 & & & \\ &$-$26.6/0.78 &$-$19.0/0.89 & & & \\ HD330036 &$-$32.6/0.42 &$-$32.2/0.42 &$-$32.5/0.31 & & \\ & \ph $-$7.5/0.52 & \ph $-$6.6/0.54 &$-$10.1/0.40 & & \\ He2-38 & +58.4/1.08 & +54.8/1.04 & & +72.2/1.55 & +86.0/1.84 \\ &+137.0/0.73\ph &+136.9/0.97\ph & &+154.1/1.20\ph &+155.1/0.75\ph \\ He2-104& & & $-$103.9/1.06\ph & $-$115.2/0.40\ph & $-$114.3/0.45\ph \\ & & & $-$121.0/0.38\ph & $-$86.8/0.66 & $-$86.9/0.64 \\ & & & $-$87.8/0.33 & & \\ He2-106 & & $-$18.4/0.92 & & $-$17.6/0.57 & $-$19.9/0.97 \\ & & +39.6/1.37 & & +36.5/1.88 & +32.4/1.79 \\ He2-171 & $-$147.4/1.15\ph & $-$143.8/1.39\ph & & $-$150.2/1.04\ph & $-$130.2/1.06\ph \\ & $-$73.1/1.70 & $-$69.1/1.70 & & $-$74.6/1.58 & $-$74.9/1.88 \\ He2-390 & +46.7/1.01 & \phantom{ne}+52.0/0.68ne & & & \\ & & \phantom{be}+29.4/6.19be & & & \\ He3-160 & & & +26.6/0.42 & & \\ & & &+141.0/1.39\ph & & \\ He3-1761 (1) & & & +10.2/1.04 & & \\ & & & +83.7/1.06 & & \\ KX TrA & & & $-$122.0/1.88\ph & & \\ PU Vul (1) & & +14.4/0.68 & & & \\ & & +28.5/0.14 & & & \\ PU Vul (2) & &\ph +8.4/0.85 & & & \\ & &+42.9/0.57 & & & \\ R Aqr (1) & & $-$54.7/0.47 & $-$14.9/0.61 & +21.7/0.97 & +25.4/1.08 \\ & & $-$13.3/0.71 & & & \\ RR Tel & $-$32.6/1.37 & $-$31.8/1.70 & $-$53.5/0.87 & $-$60.6/0.33 & $-$63.3/0.40 \\ & & & $-$34.1/1.60 & $-$20.8/1.62 & $-$32.6/1.74 \\ RT Ser & & +72.6/0.33 & & \\ RW Hya & & \ph +8.5/0.57 & & \\ RX Pup (1) & $-$22.9/1.79 &$-$22.8/1.86 & +15.1/2.10 & & \\ & +56.3/1.32 & +57.3/1.27 & +54.1/0.59 & & \\ & & &\ph $-$1.6/0.40 & & \\ & & & +28.9/4.92 & & \\ RX Pup (2) & & & +19.2/2.24 & & \\ & & & +47.9/0.42 & & \\ & & & \ph $-$0.4/0.40 & & \\ Sanduleak & +273.3/0.99\ph & +270.3/0.99\ph & & & \\ V417 Cen (1) & & & $-$49.2/0.68 & & \\ V417 Cen (2) & & & $-$43.4/0.45 & & \\ & & & $-$67.8/0.33 & & \\ & & & $-$43.0/1.58 & & \\ V919 Sgr (1) & & & $-$45.0/1.30 & & \\ V3804 Sgr & & $-$89.3/0.92 & $-$60.6/1.30 & & \\ & & $-$33.7/1.04 & & & \\ Wray 157 & & +89.9/1.11 & +112.7/1.74\ph & & \\ Y CrA & & & $-$44.8/1.60 & &\lbx \\ \hline \end{tabular} \end{flushleft} \end{table*} \footnotesize \thispagestyle{empty} \begin{table*} Table 5. Behaviour of He~{\sc i}, He~{\sc ii}, [N~{\sc ii}], [O~{\sc iii}] and [N~{\sc ii}] lines in different subtypes \begin{flushleft} \begin{tabular}{lll} \hline S-1:\qquad & [O~{\sc iii}] \qquad & erratic behaviour, sometimes absent. Presence of He~{\sc i} and Fe~{\sc ii} in some objects.\rbx \\ & He~{\sc i} & present, usually narrow \\ & He~{\sc ii} & present, usually somewhat broader than He~I, extremely broad in AE Ara\\ S-2 & [O~{\sc iii}] & erratic behaviour (even in a given object, it may change)\rbx \\ & He~{\sc i} & present, usually narrow \\ & He~{\sc ii} & present, sometimes broad (Hen 1761) or multiple-peaked (AR Pav) \\ S-3 & [O~{\sc iii}] & absent\rbx \\ & He~{\sc i } & present, usually broad and faint \\ & He~{\sc ii} & absent \lbx \\ \hline D-1 & [N~{\sc ii}] & present, often showing multiple-peaked structure \rbx \\ & [O~{\sc iii}] & present, often showing multiple-peaked structure \\ & [S~{\sc ii}] & present, often showing multiple-peaked structure \\ & He~{\sc i} & present, often faint \\ & He~{\sc ii} & sometimes present \\ D-2 & [N~{\sc ii}] & present, often showing multiple-peaked structure\rbx \\ & [O~{\sc iii}] & present, often broad, with multiple-peaked structure \\ & [S~{\sc ii}] & present, often broad (with multiple-peaked structure?) \\ & He~{\sc ii} & usually present, often with multiple-peaked structure\\ & He~{\sc ii} & present, often broad \\ D-3 & [N~{\sc ii}] & present, but usually faint, with multiple-peaked structure\rbx \\ & [O~{\sc iii}] & absent\\ & [S~{\sc ii}] & present, with multiple-peaked structure \\ & He~{\sc i} & present, with changing strength \\ & He~{\sc ii} & absent\lbx \\ \hline \end{tabular} \end{flushleft} \end{table*} \footnotesize \begin{table*} Table 6. Strength of of He~{\sc i}, He~{\sc ii}, [N~{\sc ii}], [O~{\sc iii}] and [S~{\sc ii}] lines in different subtypes \begin{flushleft} \begin{tabular}{lllll}\hline S-sequence & tendency & S-1 & S-2 & S-3 \rbx\lbx \\ \hline H$\alpha$ & broadening & quite narrow & broad, absorption & broad, strong absorption\rbx \\ He~{\sc i} & declining & present & present & absent \\ He~{\sc ii} & declining & present & present & absent \\ $[$N~{\sc ii}$]$ & absent & absent or extr. faint & absent & absent \\ $[$O~{\sc iii}$]$& declining & erratic & erratic & absent \\ $[$S~{\sc ii}$]$ & absent & absent & absent & absent\lbx \\ \hline D-sequence & tendency & D-1 & D-2 & D-3\rbx\lbx \\ \hline H$\alpha$ & broadening & narrow & narrow + blue peak & broad and absorption \rbx \\ He~{\sc i} & not expressed & present, often faint & present & present, strong or faint \\ He~{\sc ii} & somewhat declining & sometimes present & present & absent \\ $[$N~{\sc ii}$]$ & somewhat declining & present, multi-peaked & present, multi-peaked & present, faint, multi-peaked \\ $[$O~{\sc iii}$]$& declining & present, multi-peaked & present, multi-peaked & absent \\ $[$S~{\sc ii}$]$ & keeping its strength & present, multi-peaked & present, multi-peaked (?) & present, multi-peaked\lbx \\ \hline \end{tabular} \end{flushleft} \end{table*} \begin{table*} Table 7. Average radial velocities and dispersions \begin{flushleft} \begin{tabular}{clc}\hline subtype & $\rm RV,\sigma~[km~s^{-1}]$ & No. objects\rbx\lbx\\ \hline S-1 & $\phantom{-}18\pm 100$ & \phantom{1}9\rbx \\ S-2 & $\phantom{-}36\pm 122$ & 10 \\ S-3 & $-49\pm \phantom{1}50$ & \phantom{1}8 \\ D-1 & $-22\pm \phantom{1}77$ & \phantom{1}6 \\ D-2 & $\phantom{-1}7\pm 100$ & \phantom{1}5 \\ D-3 & $-17\pm \phantom{1}30$ & \phantom{1}3 \lbx\\ \hline \end{tabular} \end{flushleft} \end{table*} \thispagestyle{empty} \end{document}