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\documentstyle[twoside]{article}

\input ibvs2.sty

\begin{document}

\IBVShead{4870}{31 March 2000}

\IBVStitle{The 75th Name-List of Variable Stars}

\IBVSauth{Kazarovets, E.V.$^1$; Samus, N.N.$^1$; Durlevich, O.V.$^2$}

\IBVSinst{Institute of Astronomy, Russian Academy of Sciences, 48,
Pyatnitskaya Str., Moscow 109017, Russia\\ \indent [samus@sai.msu.ru,
elena\_k@sai.msu.ru]}

\IBVSinst{Sternberg Astronomical Institute, University of Moscow, 13,
University Ave., Moscow 119899, Russia \\ \indent [gcvs@sai.msu.ru]}

\IBVSabs{We present the next regular Name-List of variable stars}
\IBVSabs{containing information on 916 variable stars recently designated}
\IBVSabs{in the system of the General Catalogue of Variable Stars.}

\IBVSkey{variable stars; catalogues}

\begintext

The present 75th Name-List of Variable Stars, compiled basically in the
manner first introduced in the 67th Name-List (IBVS No.~2681, 1985),
contains all data necessary for identification of 916 new variables
finally designated in 1999. The total number of designated variable
stars, not counting designated non-existing stars or stars subsequently
identified with earlier-designated variables, has now reached 35985.

The 75th Name-List consists of two tables. Table 1 contains the list of
new variables arranged in the order of their right ascensions. It gives
the ordinal number and the designation of each variable; its equatorial
coordinates for the equinox 1950.0 (we present right ascensions to
0\fsec 1 and declinations to 1$''$. The coordinates were found in the
literature, taken from positional catalogues, including USNO A1.0/A2.0
and GSC, or determined by the authors); the range of variability
(sometimes the column ``Min'' gives, in parentheses, the amplitude of
light variation; the symbol ``('' means that the star, in minimum light,
becomes fainter, than the magnitude indicated); and the system of
magnitudes used (``P'' are photographic magnitudes; the symbols
``Rc'', ``Ic'' designate magnitudes in Cousins's $RI$ system; the
symbols ``b'', ``v'' mean Str\"omgren's $b$, $v$ magnitudes; ``Hp''
stands for magnitudes in the system of the Hipparcos Catalog; ``L$'$''
are infrared magnitudes at 3.8 $\mu$m; the rest of designations are
standard Johnson $UBVRIJKLM$ magnitudes); the type of variability according to the classification
system described in the forewords to the first three volumes of the 4th
GCVS edition (with the additions introduced in the 68th Name-List, IBVS
No.~3058, 1987, in the 69th Name-List, IBVS No.~3323, 1989, and in the
72nd Name-List, IBVS No.~4140, and two additions described below; see
also the description of variability types and distribution of stars
over variability types at {\tt
http://www.sai.msu.su/groups/cluster/gcvs/gcvs/iii/vartype.txt}); two
references to the list of papers which follows Table 2 (the first
reference is to the investigation of the star, the second one indicates
the paper containing a finding chart, or the corresponding
Durchmusterung -- BD, CoD, or CPD -- containing the variable, or the
Hubble Space Telescope Guide Star Catalog -- GSC -- or the USNO
A1.0/A2.0 catalog -- USNO -- if the star can be found using one of
them).

In a small number of cases, the value of the variability
amplitude (column ``Min'', in parentheses) could not be expressed
in the same system of magnitudes as the star's brightness; in
such cases we indicate the photometric band for the amplitude
separately. For KL Dra, V1010 Her, and V370 Peg, the magnitudes
in maximum brightness are from unfiltered CCD observations.

In the present Name-List, we have introduced two new variability
types for pulsating variables.

{\bf GDOR.} $\gamma$ Doradus stars. Early type F dwarfs showing
(multiple) periods from several tenths of a day to slightly in excess
of one day. Amplitudes usually do not exceed 0\fmm1.
Presumably low degree g-mode non-radial pulsators.
Prototype: $\gamma$ Dor.

{\bf RPHS.} Very rapidly pulsating hot (subdwarf B) stars. Typical
periods are hundreds of seconds, amplitudes are within several hundredths
of a magnitude. Prototype: V361~Hya = EC 14026--2647. Suggestions of a
better designation for the new type are welcome.

A version of Table 1 given in the electronic supplement to this paper
(file 4870-t1.txt) contains also coordinates for the equinox 2000.0.
In the electronic table, no spaces are left between hour and minutes,
minutes and seconds of right ascension or between degrees and minutes,
minutes and seconds of declination.
\IBVSedata{4870-t1.txt}

Table 2 contains the list of variables arranged in the order of their
variable star names within constellations. After the designation of a
variable, its ordinal number from Table~1 is given, as well as
identifications with several major catalogues and identifications
necessary to find this star in the papers referred to in Table 1 or in
the papers with the first (or independent) announcement of the
discovery of its variability, referred to (in some cases) in square
brackets after the corresponding identification in Table 2. In
variance with our earlier practice, we did not include names
of discoverers different from the name of the author(s) of the
paper referred to. After the identifications, some minimal remarks
are given if necessary. Table 2 and the list of references are also
presented in the form of ASCII files in the electronic supplement to
this paper (files 4870-t2.txt and 4870-t3.txt). The abbreviated names of
the catalogues in Table 2 generally follow conventions of the GCVS or
of the SIMBAD data base; in its electronic version, ``Name'' stands for
non-standard names or abbreviations, mainly from discovery
announcements, and ``Rmrk'', for remarks.
\IBVSedata{4870-t2.txt}
\IBVSedata{4870-t3.txt}

The small table below contains corrected coordinates for two stars from
the Name-List No.~73 (IBVS No.~4471, 1997).
\begin{center}
\begin{tabular}{ll@{ }lcc}
\hline
No.\ &\multicolumn{2}{c}{Star} & $\alpha_{1950.0}$ & $\delta_{1950.0}$\\
\hline
73283 & FI & UMa & 11\hr09\mm50\fsec6 & +55\deg09\arcm59\arcs \\
73684 & V389&Cep & 21\hr27\mm13\fsec0 & +55\deg45\arcm14\arcs \\
\hline
\end{tabular}
\end{center}
Note that corrected coordinates for many GCVS variable stars
and NSV catalog suspected variables can be found at our web site
\begin{center}
\tt http://www.sai.msu.su/groups/cluster/gcvs/gcvs/
\end{center}
so that we recommend variable star researchers to retrieve updated versions of
our catalogs from time to time.

\medskip

Thanks are due to M.S. Frolov and S.V. Antipin
for their help during the preparation
of the present Name-List and to all members of the
GCVS team who prepared information for the variable star data base.
We would like to thank many scientists who immediately responsed to
our requests to provide missing data or correct erroneous data necessary
for this Name-List.
This
study was supported in part by Russian Foundation for Basic Research through
grant 99-02-16333, by the Russian Federal Scientific and Technological Programme
``Astronomy'', and by the Support Programme for Leading Scientific Schools
of Russia.



\newpage
\setcounter{page}{3}
\vskip 2mm
\centerline{Table 1}
\large
\smallskip
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75001 V823 Cas 00 03 06.1 +63 07 32 11.4 12.2 B * 068 GSC
75002 V402 And 00 08 31.8 +30 15 55 15.5 (17.8 B UG 001 001
75003 V824 Cas 00 19 45.5 +62 45 21 11.03 11.36 V DCEP 069 069
75004 V825 Cas 00 22 32.1 +60 29 17 14.1 15.0 B CEP(B) 070 070
75005 DY Tuc 00 23 30.7 -72 22 38 17.40 17.85 V RRC 270
75006 EN Cet 00 24 54.3 -01 25 03 14.5 (18.5 R UG 096
75007 V826 Cas 00 32 11.3 +61 02 31 10.5 14.6 V LB: 071 071
75008 V827 Cas 00 34 24.5 +62 56 27 12.3 12.7 B DCEPS 069 069
75009 V403 And 00 36 08.1 +45 17 22 12.6 (15.0 P SR: 002 USNO
75010 V828 Cas 00 39 33.4 +61 39 21 14.96 15.75 U INT 072 073
75011 DZ Tuc 00 48 59.3 -73 32 24 14.7 ( 0.2 ) V E+X 271
75012 DS Psc 00 56 17.3 +02 47 47 11.73 12.19 V EW 214 017
75013 V404 And 00 58 35.4 +40 58 53 11.3 11.9 Rc EA/DM 003 003
75014 DT Psc 01 11 19.7 +28 15 57 6.37 6.45 Hp SR: 215 BD
75015 V829 Cas 01 14 26.3 +66 58 05 10.00 ( 2.4 ) K M 074
75016 V830 Cas 01 15 26.2 +50 24 33 13.2 ( 0.60 ) V RRC 075 076
75017 EO Cet 01 21 11.7 -05 21 24 12.32 ( 0.05 ) V RPHS 097 GSC
75018 BV Scl 01 23 07.0 -29 02 31 8.36 ( 0.04 ) V ACV 026 CoD
75019 V831 Cas 01 43 32.5 +61 06 25 11.49 ( 0.19 ) V XP 077 GSC
75020 V832 Cas 01 44 12.0 +60 27 00 7.3 7.8 K ZAND: 078 GSC
75021 AI Tri 02 00 55.4 +29 45 04 15.30 18.20 V XM 267 267
75022 V595 Per 02 18 35.7 +56 53 48 9.08 ( 0.03 ) V BCEP 209 209
75023 V405 And 02 19 10.4 +47 15 41 11.0 11.31 V RS 004 004
75024 AK Tri 02 21 39.6 +33 02 25 12.0 ( 0.34 ) V EW 268 269
75025 EP Cet 02 21 47.4 -16 28 49 6.74 6.77 V GDOR 029 BD
75026 V596 Per 02 29 21.0 +57 48 51 9.03 ( 2.5 ) K M 074
75027 V406 And 02 32 09.1 +45 42 58 9.22 9.42 V EB 005 BD
75028 AF Hor 02 40 10.9 -53 12 15 11.8 ( 4.0 U) V UV 099 GSC
75029 AO For 02 40 56.0 -31 16 52 7.51 7.54 V BY: 139 CoD
75030 V597 Per 02 50 30.4 +39 52 06 9.30 ( 0.02 ) V DSCTC 210 BD
75031 V833 Cas 02 50 34.8 +63 21 06 13.6 14.9 B DCEP 069 069
75032 V834 Cas 03 02 05.0 +57 34 08 15.6 17.0 B DCEP 069 069
75033 V835 Cas 03 02 56.0 +65 16 32 11.9 14.4 P SR: 002 GSC
75034 V836 Cas 03 04 38.3 +61 56 48 12.6 13.1 B DCEP 069 069
75035 V598 Per 03 07 22.4 +55 19 10 13.2 15.0 B DCEP 069 069
75036 V599 Per 03 12 10.2 +50 17 51 13.9 14.9 U UV: 211 211
75037 V600 Per 03 15 55.3 +32 30 24 7.62 8.06 V EB 212 BD
75038 FT Cam 03 17 08.6 +60 54 39 14.0 (17.6 B UG 041 041
75039 FU Cam 03 19 26.6 +64 46 09 12.2 14.8 P M 002 GSC
75040 V601 Per 03 19 30.8 +48 42 29 16.96 17.16 Ic BY 213 213
75041 FV Cam 03 21 55.3 +67 58 01 13.4 14.9 P SR: 002 GSC
75042 V602 Per 03 25 51.9 +49 10 18 13.1 14.5 U UV 211 211
75043 FW Cam 03 26 00.8 +67 13 52 13.8 (14.7 P M: 002
75044 FX Cam 03 28 33.9 +67 54 35 12.1 12.8 P SR: 002 GSC
75045 FY Cam 03 32 10.7 +61 26 06 13.8 (15.1 P M: 002 GSC
75046 FZ Cam 03 36 14.5 +60 37 11 12.1 13.2 P SR: 002 GSC
\end{verbatim}


\newpage
\centerline{Table 1 (continued)}
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75047 GG Cam 03 36 28.4 +60 55 24 12.7 14.6 P SR: 002 GSC
75048 GH Cam 03 36 49.1 +66 55 07 13.8 17.0 : B EA 042 GSC
75049 GI Cam 03 38 10.3 +68 25 56 13.6 14.3 P SR: 002 GSC
75050 GK Cam 03 39 24.6 +65 37 30 12.1 12.9 P SR: 002 GSC
75051 V1168 Tau 03 41 06.3 +24 07 09 11.63 ( 0.16) V BY 260 261
75052 V1169 Tau 03 41 14.7 +24 37 23 10.79 ( 0.03) V BY 262 261
75053 V1170 Tau 03 41 27.3 +24 26 01 11.57 ( 0.05) V BY 260 261
75054 V1171 Tau 03 43 29.5 +24 16 47 11.10 ( 0.12) V BY 260 261
75055 V603 Per 03 44 02.6 +51 01 36 12.8 (14.5 P M: 002 USNO
75056 GL Cam 03 44 36.4 +58 08 01 12.4 13.8 P SR: 002 GSC
75057 V1172 Tau 03 44 40.1 +23 18 53 13.51 ( 0.12) V BY 260 261
75058 V1173 Tau 03 47 06.2 +23 58 23 14.02 ( 0.07) V BY 262 261
75059 V1174 Tau 03 47 35.3 +24 21 27 12.65 ( 0.02) V BY: 263 261
75060 V1175 Tau 03 47 41.4 +23 47 00 10.31 ( 0.07) V BY 260 261
75061 V1176 Tau 03 47 55.8 +23 41 07 11.57 ( 0.04) V BY: 263 261
75062 GM Cam 03 55 04.6 +57 52 36 12.4 (15.0 P M 002
75063 GN Cam 03 58 19.0 +59 11 02 13.3 14.6 P SR: 002 GSC
75064 GO Cam 03 59 12.2 +56 05 23 12.8 14.5 P SR: 002 GSC
75065 GP Cam 04 00 28.2 +55 47 15 10.5 11.4 P SR: 002 GSC
75066 GQ Cam 04 05 18.7 +56 57 35 8.13 8.20 Hp ACYG 030 BD
75067 V604 Per 04 08 38.4 +48 32 25 12.9 14.0 P SR: 002 GSC
75068 GR Cam 04 11 19.9 +52 48 08 12.0 14.4 P SR: 002 GSC
75069 GS Cam 04 11 51.9 +54 12 12 14.0 14.9 P SR: 002 USNO
75070 V605 Per 04 13 54.7 +52 05 45 12.8 13.7 P SR: 002 GSC
75071 GT Cam 04 15 18.4 +53 48 47 12.8 13.8 P SR: 002 GSC
75072 V606 Per 04 16 41.6 +51 38 22 13.1 14.3 P SR: 002 USNO
75073 GU Cam 04 20 43.0 +55 48 50 11.8 13.4 P SR: 002 GSC
75074 V607 Per 04 22 14.4 +52 12 32 12.7 13.7 P SR: 002 GSC
75075 V608 Per 04 22 59.0 +51 39 19 12.7 13.8 P SR: 002 GSC
75076 GV Cam 04 24 40.3 +66 39 13 13.2 14.3 P SR: 002 GSC
75077 GW Cam 04 27 28.6 +58 11 41 12.2 13.0 P SR: 002 GSC
75078 GX Cam 04 28 30.8 +63 15 02 13.8 14.7 P SR: 002 GSC
75079 GY Cam 04 30 46.0 +62 10 13 12.5 14.2 P SR: 002 GSC
75080 GZ Cam 04 31 00.5 +59 55 19 13.4 14.2 P SR: 002 GSC
75081 HH Cam 04 31 07.1 +57 17 18 11.3 13.2 P SR: 002 GSC
75082 HI Cam 04 31 08.9 +63 06 08 13.7 (15.0 P M: 002
75083 HK Cam 04 31 21.2 +66 44 54 11.8 12.6 P SR: 002 GSC
75084 V464 Aur 04 35 57.9 +32 48 42 12.1 (15.2 P M 002 GSC
75085 HL Cam 04 39 22.7 +68 49 02 12.7 13.9 P SR: 002 GSC
75086 HM Cam 04 42 23.0 +54 23 26 12.6 (15.1 P M: 002 GSC
75087 V465 Aur 04 43 28.5 +35 52 18 12.5 13.3 P SR 002 GSC
75088 V609 Per 04 44 39.8 +51 36 01 13.6 (14.6 P SR 002 USNO
75089 V610 Per 04 46 11.3 +40 12 12 12.8 14.0 P SR: 002 GSC
75090 HN Cam 04 46 11.5 +60 05 27 13.4 14.1 P SR: 002 GSC
75091 V466 Aur 04 48 48.3 +36 58 29 13.3 14.5 P SR: 002 GSC
75092 V467 Aur 04 52 24.1 +40 41 29 10.3 11.5 P SR: 002 GSC
\end{verbatim}


\newpage
\centerline{Table 1 (continued)}
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75093 V468 Aur 04 52 34.3 +44 41 56 13.2 ( 0.24) V EW 034 GSC
75094 V469 Aur 04 52 35.1 +36 43 42 12.8 13.9 P SR: 002 GSC
75095 V470 Aur 04 52 38.0 +44 42 11 13.8 ( 0.93) V DCEP 034 035
75096 V471 Aur 04 52 42.1 +37 14 02 13.0 13.8 P SR: 002 GSC
75097 V472 Aur 04 56 28.5 +34 58 35 12.8 14.1 P SR: 002 GSC
75098 V473 Aur 04 59 33.6 +36 39 55 11.9 12.7 P SR: 002 GSC
75099 V474 Aur 05 01 19.5 +40 02 05 12.1 13.2 P SR: 002 GSC
75100 V475 Aur 05 03 19.4 +29 22 32 13.8 14.9 P SR: 002 GSC
75101 V476 Aur 05 04 04.2 +42 39 06 12.1 13.4 P SR: 002 GSC
75102 V477 Aur 05 05 27.7 +51 56 20 12.4 14.8 P SR: 002 286
75103 V478 Aur 05 06 14.8 +40 40 39 12.2 13.5 P SR: 002 GSC
75104 V479 Aur 05 06 49.5 +39 19 36 10.1 11.6 P SR: 002 GSC
75105 V480 Aur 05 06 52.3 +39 45 40 11.7 13.2 P SR: 002 GSC
75106 V481 Aur 05 06 52.4 +41 15 53 11.7 12.8 P SR: 002 GSC
75107 V482 Aur 05 07 24.4 +33 53 37 12.0 13.8 P SR: 002 GSC
75108 V1396 Ori 05 07 34.9 +04 35 02 15.36 ( 0.14) V ZZA 194 194
75109 V483 Aur 05 07 39.8 +54 14 21 11.7 (15.0 P M 002 GSC
75110 HO Cam 05 08 30.5 +59 16 02 12.1 (15.3 P M 002 GSC
75111 V484 Aur 05 09 16.8 +53 51 11 12.3 13.1 P SR: 002 GSC
75112 V1177 Tau 05 09 33.4 +16 40 21 14.11 ( 0.01) V DSCTC 264 264
75113 V1178 Tau 05 09 39.0 +16 41 20 12.57 ( 0.03) V DSCTC 264 264
75114 V1179 Tau 05 09 44.1 +16 38 59 14.38 ( 0.03) V DSCTC 264 264
75115 V1180 Tau 05 09 46.9 +16 37 29 15.23 ( 0.03) V DSCTC 264 264
75116 V1181 Tau 05 09 47.5 +16 38 29 12.84 ( 0.03) V DSCTC 264 264
75117 V1182 Tau 05 09 49.6 +16 38 12 13.50 ( 0.03) V DSCTC 264 264
75118 V1183 Tau 05 09 53.8 +16 35 09 13.4 ( 0.03) V DSCTC 264 264
75119 V485 Aur 05 12 48.7 +50 10 17 11.0 (15.0 P M 002 USNO
75120 V486 Aur 05 14 23.7 +36 56 21 12.5 13.6 P SR: 002 GSC
75121 YZ Lep 05 17 05.7 -18 34 14 6.30 6.36 Hp LBV 160 BD
75122 V487 Aur 05 17 19.6 +38 07 52 12.0 14.1 P SR: 002 GSC
75123 V488 Aur 05 18 44.7 +47 00 06 13.3 (15.0 P M: 002 USNO
75124 V489 Aur 05 18 51.6 +42 54 50 10.9 12.1 P SR: 002 GSC
75125 AN Col 05 19 28.1 -34 23 35 6.03 6.11 V BE 098 CoD
75126 ZZ Lep 05 25 09.4 -12 44 17 9.77 10.02 V NL: 161 BD
75127 V490 Aur 05 25 21.7 +35 03 18 12.7 13.5 P SR: 002 GSC
75128 V491 Aur 05 26 56.5 +39 13 25 13.7 15.0 P L 002 USNO
75129 AO Col 05 30 47.4 -28 02 50 11.9 (15.0 P M: 002 GSC
75130 V1397 Ori 05 32 41.0 -05 30 23 14.3 ( 1.43) I INS 195 196
75131 V1398 Ori 05 32 45.9 -05 25 34 12.88 ( 2.34) Ic INSB 197 196
75132 V1399 Ori 05 32 53.5 -05 25 42 10.68 ( 0.16) Ic INB 302 196
75133 V1400 Ori 05 32 57.2 -05 26 29 14.13 ( 1.18) Ic INB 197 196
75134 V492 Aur 05 32 58.1 +52 00 44 12.6 (14.3 P SR: 002 GSC
75135 V1401 Ori 05 33 13.9 -05 29 42 14.0 ( 0.69) I INS 195 196
75136 V1402 Ori 05 37 27.5 +12 37 41 6.73 14.02 U UV 198 199
75137 V1403 Ori 05 37 31.8 -01 21 16 10.60 11.62 V EA 200 201
75138 V1404 Ori 05 37 46.9 +13 46 52 6.52 8.25 J M 202 203
\end{verbatim}


\newpage
\centerline{Table 1 (continued)}
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75139 V1184 Tau 05 44 04.5 +20 59 33 14.35 18.0 R FU: 265 266
75140 V493 Aur 05 46 02.6 +54 21 52 10.4 15.0 P M 036 036
75141 AA Lep 05 52 06.6 -22 42 17 10.4 13.1 P M: 002 GSC
75142 AB Lep 05 53 01.2 -22 54 28 12.5 ( 0.1 ) V RS: 162 162
75143 V494 Aur 05 56 20.3 +55 27 08 11.5 14.1 P M 002 037
75144 V776 Mon 05 56 46.4 -10 52 48 12.3 ( 0.4 ) V SRA 169 BD
75145 AC Lep 05 57 59.2 -12 54 01 6.28 6.30 Hp GDOR: 029 BD
75146 HP Cam 06 01 18.2 +67 33 17 11.3 13.1 P SR: 002 GSC
75147 AP Col 06 03 04.3 -34 33 36 13.40 ( 2.5 U ) B UV 099 100
75148 HQ Cam 06 15 22.9 +67 16 42 12.1 14.3 P EA 002 GSC
75149 V349 Gem 06 17 32.8 +23 47 55 12.2 15.2 P M: 064 064
75150 V777 Mon 06 17 37.0 -10 36 52 8.78 8.94 V R: 170 BD
75151 V778 Mon 06 23 06.1 +06 40 52 10.65 11.45 V SRB 119 119
75152 beta Mon 06 26 23.5 -06 59 58 3.77 3.84 Hp BE 174 BD
75153 NS CMa 06 27 16.0 -31 13 30 14.00 16.71 V EA 056 GSC
75154 NT CMa 06 27 40.1 -31 15 54 16.79 17.83 V RRAB 056 057
75155 NU CMa 06 27 40.2 -31 14 57 17.72 18.08 V EW 056 057
75156 NV CMa 06 27 42.1 -31 14 50 16.27 16.95 V EA 056 057
75157 NW CMa 06 27 51.4 -31 16 13 16.56 16.95 V EW 056 057
75158 NX CMa 06 28 02.6 -31 18 12 16.20 16.47 V EA 056 USNO
75159 V350 Gem 06 31 21.6 +14 18 58 11.7 14.4 P M 064 064
75160 V779 Mon 06 37 03.0 -08 11 25 14.4 (15.0 P SR: 002 USNO
75161 V780 Mon 06 37 51.5 +09 50 12 12.50 ( 0.24Ic) V E: 171 171
75162 NY CMa 06 38 04.4 -12 50 16 13.0 14.4 P SR: 002 GSC
75163 V781 Mon 06 38 17.7 +09 37 49 14.31 ( 0.15Ic) V INT 171 171
75164 V351 Gem 06 40 12.8 +15 06 45 10.6 14.2 P M 021 021
75165 NZ CMa 06 40 16.5 -22 18 39 8.82 8.90 Hp LBV 030 BD
75166 V495 Aur 06 43 49.2 +47 13 33 12.72 13.28 V EA 038 038
75167 OO CMa 06 44 14.1 -26 17 00 12.2 15.0 P M: 002 GSC
75168 V782 Mon 06 44 56.0 -00 58 08 13.9 (15.0 P M: 002 USNO
75169 V783 Mon 06 49 33.3 +02 46 31 11.08 11.19 V DSCT 119 119
75170 V784 Mon 06 49 47.1 +02 46 07 12.75 13.02 V DCEPS 119 119
75171 OP CMa 06 51 50.4 -15 03 21 14.8 (15.1 P SR: 002 USNO
75172 OQ CMa 06 52 06.8 -14 56 12 12.0 14.0 P SR: 002 GSC
75173 OR CMa 06 53 20.2 -12 00 59 13.7 (17 P M 002
75174 V785 Mon 07 06 23.0 -00 12 32 12.5 14.4 V SRA: 172
75175 OS CMa 07 07 18.2 -16 09 09 6.04 6.07 Hp ACYG 030 BD
75176 BX CMi 07 08 03.7 +07 58 50 10.81 11.48 V EA 060 061
75177 HR Cam 07 10 53.1 +74 06 03 15.4 ( 0.06 ) V R 043 044
75178 OT CMa 07 12 41.1 -32 54 31 11.5 (15.0 P M 021 021
75179 HS Cam 07 14 18.9 +66 03 14 19.4 ( 4. ) B EA+XM 045 045
75180 V352 Gem 07 15 44.7 +15 40 40 10.7 14.5 P M 002 GSC
75181 OU CMa 07 16 06.6 -13 08 24 15.17 ( 0.5 ) B EB: 059 059
75182 V786 Mon 07 16 52.9 -00 37 55 11.0 13.7 V M 172 GSC
75183 V787 Mon 07 17 28.8 -02 03 24 12.5 14.7 V SRA 172 USNO
75184 V788 Mon 07 22 25.9 -00 18 46 13.1 ( 0.15Rc) V EW: 173 173
\end{verbatim}


\newpage
\centerline{Table 1 (continued)}
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75185 V789 Mon 07 22 40.3 -00 19 37 9.34 ( 0.17Rc) V RS: 173 173
75186 V496 Aur 07 24 24.8 +40 53 03 15.7 (21. R UG 039
75187 V441 Pup 07 26 50.2 -26 00 14 9.6 10.9 K X+BE 216 217
75188 BY CMi 07 28 51.5 +04 51 33 14.1 15.0 P EA 062 063
75189 V442 Pup 07 39 18.3 -32 31 34 7.72 7.84 Hp ACYG 218 CoD
75190 V443 Pup 07 43 57.5 -34 12 26 10.49 ( 0.04 ) V E/WR 067 CoD
75191 V353 Gem 07 50 04.7 +13 30 44 13.1 14.9 P LB 140 141
75192 DD Lyn 07 52 25.5 +35 32 45 6.23 ( 0.03b ) V DSCTC 040 BD
75193 HT Cam 07 52 31.7 +63 14 02 17.2 ( 1.4 ) B XM 046 046
75194 V790 Mon 07 59 06.9 -09 57 19 12.3 15.0 P M: 002
75195 HU Cam 08 01 03.5 +76 33 31 14.4 ( 0.48 ) V RRAB 047 048
75196 zeta Pup 08 01 49.6 -39 51 41 2.11 2.17 Hp BY: 111 CoD
75197 HV Cam 08 05 19.4 +76 13 46 15.2 ( 0.52R ) V EA 049 GSC
75198 V444 Pup 08 12 02.9 -35 58 54 12.99 16.49 V INT 219 220
75199 HW Cam 08 16 26.4 +84 02 40 10.3 ( 0.45 ) V EA 050 051
75200 DE Lyn 08 21 29.8 +57 53 16 12.9 13.9 P E 002 GSC
75201 V539 Car 08 25 22.9 -57 08 11 8.86 ( 0.13 ) V ACV 066 CPD
75202 GP Cnc 08 35 29.3 +07 24 06 11.2 ( 0.09 ) R DSCTC 052 052
75203 V363 Vel 08 36 10.3 -38 35 01 8.84 8.93 Hp LBV 030 CoD
75204 DF Lyn 08 36 50.8 +40 25 43 15.77 ( 0.20 ) B ZZA 165 166
75205 V364 Vel 08 38 27.2 -52 47 16 11.86 ( 0.07 ) V BY 278 278
75206 V365 Vel 08 38 42.2 -53 27 26 10.45 ( 0.08 ) V BY 278 278
75207 V366 Vel 08 40 00.7 -53 11 55 12.56 ( 0.15 ) V BY 278 278
75208 V367 Vel 08 40 13.4 -52 48 47 13.36 ( 0.10 ) V BY 278 278
75209 V368 Vel 08 40 31.2 -52 41 26 13.57 ( 0.22 ) V BY 278 278
75210 V369 Vel 08 40 38.3 -52 43 06 15.88 ( 0.05 ) V BY 278 278
75211 V370 Vel 08 40 48.3 -52 45 14 10.70 ( 0.07 ) V BY 278 278
75212 V371 Vel 08 40 52.2 -52 51 07 13.96 ( 0.13 ) V BY 278 278
75213 V372 Vel 08 42 01.0 -52 46 48 13.84 ( 0.10 ) V BY 278 278
75214 V373 Vel 08 42 01.0 -52 46 51 14.45 ( 0.09 ) V BY 278 278
75215 V374 Vel 08 42 01.8 -52 30 35 11.73 ( 0.12 ) V BY 278 278
75216 V375 Vel 08 42 12.9 -52 47 37 15.32 ( 0.05 ) V BY 278 278
75217 V376 Vel 08 42 38.2 -52 42 23 10.85 ( 0.08 ) V BY 278 278
75218 V377 Vel 08 42 58.7 -52 31 36 11.46 ( 0.08 ) V BY 278 278
75219 V378 Vel 08 43 05.6 -45 47 58 11.06 ( 0.12 ) V EA/WR 067 020
75220 V379 Vel 08 43 59.4 -52 41 03 12.76 ( 0.14 ) V BY 278 278
75221 V380 Vel 08 44 10.7 -52 15 00 9.91 ( 0.07 ) V BY: 278 278
75222 V357 Hya 08 51 04.6 -13 19 52 13.2 (15.3 P M 002 GSC
75223 DG Lyn 09 02 01.6 +40 41 31 13.6 14.5 P EB: 002 GSC
75224 DH Lyn 09 05 32.5 +42 21 31 12.0 14.5 P SR: 002 GSC
75225 GQ Cnc 09 09 11.7 +27 02 39 13.4 ( 0.97 ) V EW 053 GSC
75226 VY LMi 09 24 36.2 +37 11 27 12.85 13.95 V RRAB 158 158
75227 IW UMa 09 25 47.3 +43 57 10 11.9 ( 0.50 ) V EA 272 272
75228 DI Lyn 09 32 15.3 +40 11 12 6.79 6.87 V EA 167 BD
75229 V358 Hya 09 32 24.7 +04 58 46 9.53 ( 0.51 ) V EA 146 BD
75230 VZ LMi 09 36 25.3 +34 28 29 10.3 (15.0 P M 002 USNO
\end{verbatim}


\newpage
\centerline{Table 1 (continued)}
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75231 IX UMa 09 45 36.0 +43 53 56 7.79 ( 0.01 ) V DSCTC 273 BD
75232 V359 Hya 09 56 48.3 -12 30 51 7.85 7.88 V ACV 147 BD
75233 DR Oct 10 11 08.9 -84 50 05 8.70 8.73 V RS: 179 CPD
75234 GG Leo 10 12 56.2 +09 19 39 15.8 17.2 V XM 155 155
75235 V381 Vel 10 14 50.6 -40 48 44 18.25 18.60 B XM 279 279
75236 UX Sex 10 22 47.9 -09 05 25 15.88 ( 0.08 ) V RPHS 258 USNO
75237 GH Leo 10 31 04.9 +23 24 46 14.25 14.70 U * 156 157
75238 GI Leo 10 36 58.7 +12 39 02 10.5 12.2 P SR 064 064
75239 IY UMa 10 40 47.5 +58 23 18 13.0 (15.3 P UGSU+E 313 USNO
75240 V382 Vel 10 42 42.9 -52 09 44 2.66 16.4 V NA 280 312
75241 V540 Car 10 45 18.1 -57 03 41 6.98 7.04 Hp ACYG 030 CPD
75242 UY Sex 10 47 29.1 +00 15 19 13.49 ( 0.08 ) V RPHS 259 256
75243 V541 Car 10 49 10.2 -62 01 06 11.73 ( 0.09 ) V EA/WR 067 020
75244 WW LMi 10 51 59.5 +25 45 27 6.16 6.23 V DSCTC 159 BD
75245 IZ UMa 11 37 02.2 +42 21 58 16.78 ( 0.15 ) B ZZA 165 166
75246 KK UMa 11 42 17.5 +65 04 17 12.6 (15.0 P M 002 GSC
75247 KL UMa 11 44 33.3 +61 32 12 13.48 ( 0.10 ) V RPHS 274 275
75248 KM UMa 11 45 12.8 +35 30 16 11.0 11.6 P EW: 276 BD
75249 V1023 Cen 11 45 29.4 -40 00 48 7.94 ( 0.05v ) V DSCTC 081 CoD
75250 DZ Cha 11 47 15.8 -78 34 19 12.72 13.06 V INT 086 GSC
75251 LZ Mus 11 53 38.5 -65 17 38 9.45 (18. V NA 175 176
75252 UY UMi 12 14 45.1 +87 58 38 6.30 6.38 Hp GDOR: 029 BD
75253 MM Mus 12 16 47.1 -73 49 52 14.03 14.48 V EW: 177 178
75254 V360 Hya 12 16 53.3 -27 44 22 11.0 (15.4 P M 148 149
75255 MN Mus 12 17 04.2 -73 54 12 14.59 15.12 V EW 177 USNO
75256 V1024 Cen 12 17 33.9 -53 38 53 9.36 ( 0.10 ) V SRD: 082 CPD
75257 KU Com 12 18 55.8 +25 16 28 7.42 ( 0.01 ) V DSCTC: 101 BD
75258 VX Crv 12 19 17.3 -13 36 32 11.4 (16. P M 105 105
75259 DD CVn 12 22 30.1 +43 07 52 7.15 ( 0.04 ) V GDOR 054 BD
75260 MO Mus 12 26 38.4 -66 35 03 7.37 7.42 Hp ACYG 030 CPD
75261 gamma Mus 12 29 27.2 -71 51 25 3.78 3.80 Hp LBV 030 CPD
75262 KV Com 12 33 02.6 +20 11 12 14.5 15.5 P E+UV 102 102
75263 V1025 Cen 12 35 34.1 -38 26 17 15.20 16.45 B XM 083 083
75264 KN UMa 12 37 35.1 +55 27 50 11.77 ( 0.35Rc) V BY: 277 277
75265 V1026 Cen 12 48 58.5 -51 51 24 9.33 9.38 Hp GDOR: 029 CoD
75266 KW Com 12 51 08.9 +23 03 51 15.0 16.5 P E+UV 102 102
75267 IR Dra 12 53 29.5 +65 42 34 5.26 5.34 Hp GDOR 029 BD
75268 KX Com 12 54 25.9 +23 46 03 13.0 15.5 P UV 102 102
75269 V1027 Cen 12 55 36.2 -31 42 52 12.0 (15.0 P M 002 GSC
75270 KY Com 12 56 33.1 +21 29 06 15.5 17.5 P E+UV 102 102
75271 KZ Com 12 58 06.7 +23 11 50 15.0 17.0 P UV 102 102
75272 V1028 Cen 12 58 24.4 -48 37 11 10.52 10.70 Hp BE 084 CoD
75273 V1029 Cen 13 14 49.2 -63 25 27 7.86 7.95 Hp ACYG 030 CPD
75274 LL Com 13 15 39.0 +30 23 48 12.3 13.0 P EB 103 103
75275 MP Mus 13 18 32.9 -69 22 30 10.30 10.42 V IT 086 CPD
75276 DE CVn 13 24 45.6 +45 48 28 13.68 ( 0.13 ) Rc E 055 055
\end{verbatim}


\newpage
\centerline{Table 1 (continued)}
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75277 V1030 Cen 13 25 01.5 -47 07 47 9.28 ( 0.03 ) V DSCTC: 085 CoD
75278 NX Vir 13 32 41.1 -22 07 57 12.7 (15.1 P M: 281 GSC
75279 NY Vir 13 36 13.5 -01 46 36 13.30 14.22 V EA+RPHS 282 256
75280 IS Dra 13 39 02.8 +68 11 12 13.1 ( 1.31 ) V RRAB 131 132
75281 V1031 Cen 13 39 14.5 -30 19 48 12.4 14.5 P M 002 GSC
75282 FQ Boo 13 47 15.1 +08 39 23 6.59 ( 0.02b ) V DSCTC 040 BD
75283 FR Boo 14 00 57.5 +24 50 15 9.29 ( 0.04 ) B RS 011 BD
75284 V361 Hya 14 02 41.8 -26 47 15 15.28 ( 0.10 ) V RPHS 150 GSC
75285 V1032 Cen 14 05 05.7 -41 09 40 12.05 12.19 V IT 086 CoD
75286 DD Cir 14 19 09.0 -68 55 08 7.5 (21. V NA 292 293
75287 IT Dra 14 27 35.5 +60 36 31 7.53 ( 0.03b ) V DSCTC 133 BD
75288 NZ Vir 14 28 15.5 +07 32 50 11.06 ( 0.20Rc) V EA/RS 283 GSC
75289 PQ Aps 14 51 03.0 -81 59 08 14.44 15.08 B RRC 012 GSC
75290 OO Vir 14 58 59.9 +02 38 08 12.3 14.1 P SR 021 021
75291 KK Lib 15 00 50.1 -09 32 50 12.8 14.6 P SR 021 021
75292 LO Lup 15 04 14.0 -45 51 44 11.3 ( 0.16 ) V IT 163 164
75293 LP Lup 15 04 31.9 -45 03 52 10.3 ( 0.12 ) V IT 163 164
75294 IU Dra 15 04 56.8 +64 14 16 8.42 ( 0.04 ) V BY 134 BD
75295 LQ Lup 15 05 16.6 -44 11 49 10.8 ( 0.09 ) V IT 163 164
75296 FS Boo 15 10 24.1 +45 57 55 13.1 (15.0 P M 002 USNO
75297 LR Lup 15 10 31.3 -46 17 55 14.6 ( 0.17 ) V IT 163 164
75298 LS Lup 15 12 30.4 -44 07 13 11.8 ( 0.25 ) V IT 163 164
75299 LT Lup 15 12 38.7 -33 20 55 10.8 ( 0.10 ) V IT 163 164
75300 LU Lup 15 14 36.7 -36 55 59 15.6 ( 0.09V ) B IT 163 164
75301 LV Lup 15 14 37.2 -36 55 58 16.2 ( 0.08V ) B IT 163 164
75302 LW Lup 15 15 14.4 -37 27 06 10.7 ( 0.18 ) V IT 163 164
75303 LX Lup 15 15 35.5 -40 39 59 10.3 ( 0.06 ) V IT 163 164
75304 LY Lup 15 15 58.5 -40 45 14 11.2 ( 0.13 ) V IT 163 164
75305 LZ Lup 15 18 55.1 -39 49 08 11.7 ( 0.33 ) V IT 163 164
75306 MM Lup 15 20 07.4 -40 45 07 11.7 ( 0.08 ) V IT 163 164
75307 MN Lup 15 20 16.0 -38 10 50 13.8 ( 0.08 ) V IT 163 164
75308 MO Lup 15 20 57.0 -31 59 14 12.3 ( 0.20 ) V IT 163 164
75309 MP Lup 15 21 20.1 -36 41 27 11.3 ( 0.11 ) V IT 163 164
75310 MQ Lup 15 22 21.6 -36 03 15 13.2 ( 0.10 ) V IT 163 164
75311 MR Lup 15 22 25.8 -35 27 01 12.8 ( 0.12 ) V IT 163 164
75312 MS Lup 15 22 34.2 -44 50 45 10.8 ( 0.15 ) V IT 163 164
75313 QW Ser 15 23 47.9 +08 28 31 12.8 (15.3 P UG: 002 USNO
75314 MT Lup 15 34 46.7 -37 57 34 12.2 ( 0.16 ) V IT 163 164
75315 IV Dra 15 35 02.2 +53 29 01 13.54 ( 0.50R ) V EW 135 135
75316 MU Lup 15 37 25.0 -37 46 40 12.2 ( 0.10 ) V IT 163 164
75317 MV Lup 15 46 44.2 -36 20 52 13.0 ( 0.12 ) V IT 163 164
75318 QX Ser 15 47 26.1 +25 36 40 8.66 ( 0.08 ) V E/RS 011 BD
75319 MW Lup 15 49 01.2 -38 10 36 13.2 ( 0.21 ) V IT 163 164
75320 MX Lup 15 52 16.9 -37 00 57 12.9 ( 0.25 ) V IT 163 164
75321 QY Ser 15 52 22.3 +20 27 23 5.42 5.50 V SRB 251 BD
75322 QZ Ser 15 54 43.5 +21 15 49 12.7 (14.9 P UG: 252 USNO
\end{verbatim}


\newpage
\centerline{Table 1 (continued)}
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75323 V335 Ser 15 56 32.7 +00 44 14 7.6 8.3 V EA 253 BD
75324 V336 Ser 15 56 58.3 +19 48 25 11.5 14.1 P M: 254 GSC
75325 MY Lup 15 57 19.1 -41 47 05 11.30 12.24 V IT 086 CoD
75326 MZ Lup 15 57 57.4 -33 11 51 10.9 ( 0.05) V IT 163 164
75327 NN Lup 15 58 43.2 -36 04 34 12.0 ( 0.11) V IT 163 164
75328 NO Lup 16 00 00.9 -32 31 05 12.6 ( 0.21) V IT 163 164
75329 NP Lup 16 02 12.9 -38 29 39 13.7 ( 0.07) V IT 163 164
75330 V337 Ser 16 02 49.5 +10 48 39 11.8 14.5 P SR: 021 021
75331 NQ Lup 16 04 57.5 -38 36 08 13.0 ( 0.08) V IT 163 164
75332 V1093 Sco 16 05 06.5 -38 52 45 14.6 ( 0.48) V IT 163 164
75333 V1094 Sco 16 05 14.2 -39 15 08 12.5 ( 0.50) V EB 163 164
75334 V338 Ser 16 05 37.4 +07 12 24 12.84 ( 0.25) V RPHS 255 256
75335 V1095 Sco 16 06 18.2 -38 47 16 11.5 ( 0.13) V IT 163 164
75336 V1096 Sco 16 06 41.2 -40 08 22 11.1 ( 0.10) V IT 163 164
75337 V1097 Sco 16 09 38.8 -39 56 55 13.1 ( 0.13) V IT 163 164
75338 V1098 Sco 16 11 13.0 -19 30 56 11.20 12.05 V INT 086 GSC
75339 V1099 Sco 16 20 05.1 -39 51 03 11.0 ( 0.12) V IT 163 164
75340 V1100 Sco 16 20 07.8 -29 49 06 12.0 (15.1 P M 002 GSC
75341 V1004 Her 16 21 15.4 +15 40 22 11.2 13.0 P SR: 002 GSC
75342 iota TrA 16 23 17.6 -63 56 49 5.30 5.42 Hp GDOR: 029 CPD
75343 V2394 Oph 16 28 39.0 -24 18 52 11.25 11.95 U EW 180 CoD
75344 V1005 Her 16 30 35.5 +50 27 29 14.11 14.68 Rc EW 142 142
75345 V871 Ara 16 33 38.8 -48 36 09 11.0 13.4 V EA 028 CoD
75346 V872 Ara 16 36 52.0 -51 23 01 6.37 6.39 Hp GDOR: 029 CoD
75347 V2395 Oph 16 39 10.8 -20 25 07 13.0 (15.6 P M: 181 USNO
75348 V2396 Oph 16 41 53.0 -20 06 48 11.7 (15. P M: 021 021
75349 IW Dra 16 45 06.1 +53 17 14 11.1 (14.9 P M 002 GSC
75350 V2397 Oph 16 54 13.4 -09 02 09 12.0 (15.3 P M: 002 USNO
75351 V2398 Oph 16 57 27.5 -27 33 40 11.32 12.82 U IT 086 CoD
75352 V873 Ara 17 01 35.5 -47 00 03 7.17 7.23 Hp ACYG 030 CoD
75353 V1006 Her 17 01 37.6 +39 09 01 10.11 ( 0.79) V SRD: 143 BD
75354 V1101 Sco 17 02 22.9 -36 21 21 18.3 19.3 V XI 238 239
75355 V1102 Sco 17 02 23.5 -36 20 57 17.31 (20. V M: 239 240
75356 V1103 Sco 17 02 27.8 -36 22 01 19.7 20.45 V EW 241 241
75357 V1104 Sco 17 03 20.5 -42 32 42 8.96 9.14 V GCAS: 242 CoD
75358 V874 Ara 17 04 58.8 -52 35 34 12.5 17.5 P M: 031 GSC
75359 V875 Ara 17 05 47.4 -51 37 05 12.4 ( 2. ) B SR: 031 GSC
75360 V2399 Oph 17 07 28.3 -10 15 09 13.3 (15.6 P M 002 GSC
75361 V2400 Oph 17 09 33.3 -24 11 12 14.15 14.70 V XM 182 182
75362 V2401 Oph 17 13 06.7 -04 27 04 13.0 (15.5 P M 064 064
75363 V1105 Sco 17 13 46.3 -32 03 01 15.2 17.2 R M 183 184
75364 V2402 Oph 17 14 00.0 -28 50 41 12.2 17.2 R M 183 184
75365 V2403 Oph 17 14 00.3 -29 47 45 15.1 17.2 R M 183 184
75366 V1106 Sco 17 14 04.0 -30 15 45 15.4 18.8 R M 183 184
75367 V2404 Oph 17 14 09.9 -28 02 27 14.7 17.2 R M 183 184
75368 V1107 Sco 17 14 17.8 -30 20 50 14.3 17.2 R M 183 184
\end{verbatim}


\newpage
\centerline{Table 1 (continued)}
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75369 V1108 Sco 17 14 19.9 -30 10 54 14.3 17.1 R M 183 184
75370 V2405 Oph 17 14 27.4 -28 23 14 15.6 17.3 R M 183 184
75371 V2406 Oph 17 14 32.6 -29 30 06 13.1 17.2 R M 183 184
75372 V1109 Sco 17 14 43.0 -30 07 56 12.5 16.8 R M 183 184
75373 V2407 Oph 17 14 53.5 -29 22 20 14.0 17.2 R M 183 184
75374 V876 Ara 17 14 54.7 -54 42 42 15.6 ( 0.10) V ZZA 032 033
75375 V2408 Oph 17 15 01.3 -29 51 03 14.5 17.3 R M 183 184
75376 V2409 Oph 17 15 02.0 -29 03 21 12.5 17.3 R M 183 184
75377 V2410 Oph 17 15 03.0 -29 52 24 15.6 17.2 R M 183 184
75378 V2411 Oph 17 15 13.7 -30 04 25 14.2 17.2 R M 183 184
75379 V2412 Oph 17 15 22.2 -30 01 46 15.0 17.3 R M 183 184
75380 V2413 Oph 17 15 23.4 -29 35 10 14.6 17.3 R M 183 184
75381 V2414 Oph 17 15 29.9 -27 58 05 14.2 17.1 R M 183 184
75382 V2415 Oph 17 15 32.3 -29 40 07 13.9 17.3 R M 183 184
75383 V2416 Oph 17 15 37.4 -28 43 14 13.2 17.1 R M 183 184
75384 V1110 Sco 17 15 38.7 -30 53 39 13.9 15.6 R M 183 184
75385 V2417 Oph 17 15 47.6 -01 44 21 13.9 (15.5 P M: 002 USNO
75386 V2418 Oph 17 15 56.9 -29 44 16 15.3 17.3 R M 183 184
75387 V2419 Oph 17 15 57.8 -29 54 31 14.8 17.2 R M 183 184
75388 V1111 Sco 17 16 06.3 -30 33 30 15.0 17.2 R M 183 184
75389 V1112 Sco 17 16 10.7 -30 51 24 14.1 16.9 R M 183 184
75390 V2420 Oph 17 16 13.0 -29 50 44 15.8 17.3 R M 183 184
75391 V2421 Oph 17 16 16.5 -29 39 42 14.2 17.3 R M 183 184
75392 V1113 Sco 17 16 26.5 -30 44 18 14.5 17.2 R M 183 184
75393 V1114 Sco 17 16 27.2 -30 51 09 13.8 17.3 R M 183 184
75394 V2422 Oph 17 16 35.9 -29 05 59 15.0 17.3 R M 183 184
75395 V2423 Oph 17 16 36.4 -28 29 02 15.2 17.3 R M 183 184
75396 V2424 Oph 17 16 41.1 -05 46 11 12.3 (15.6 P M 021 021
75397 V2425 Oph 17 16 44.6 -00 07 16 10.6 ( 0.83) V EA 188 BD
75398 V2426 Oph 17 16 51.0 -28 56 58 11.9 17.1 R M 183 184
75399 V2427 Oph 17 16 52.2 -28 13 21 14.8 17.2 R M 183 184
75400 V2428 Oph 17 16 55.1 -28 22 28 15.2 17.2 R M 183 184
75401 V1115 Sco 17 16 58.6 -30 58 07 15.3 17.3 R M 183 184
75402 V2429 Oph 17 17 10.7 -28 39 12 14.7 17.3 R M 183 184
75403 V1116 Sco 17 17 13.6 -30 33 48 13.6 17.3 R M 183 184
75404 V1117 Sco 17 17 14.0 -30 59 20 15.8 17.3 R M 183 184
75405 V2430 Oph 17 17 15.7 -28 01 24 14.6 17.2 R M 183 184
75406 V2431 Oph 17 17 20.8 -28 10 43 14.6 17.2 R M 183 184
75407 V1118 Sco 17 17 26.2 -31 04 24 15.9 17.3 R M 183 184
75408 V1119 Sco 17 17 28.2 -30 29 42 15.0 17.3 R M 183 184
75409 V1120 Sco 17 17 31.7 -30 31 41 15.4 17.3 R M 183 184
75410 V2432 Oph 17 17 40.3 -28 14 22 15.8 17.2 R M 183 184
75411 V2433 Oph 17 18 19.6 -28 38 01 15.6 17.2 R M 183 184
75412 V1121 Sco 17 18 20.6 -30 11 04 15.8 17.2 R M 183 184
75413 V2434 Oph 17 18 36.1 -29 14 40 11.2 17.2 R M 183 184
75414 V2435 Oph 17 18 52.5 -29 41 03 15.6 17.3 R M 183 184
\end{verbatim}


\newpage
\centerline{Table 1 (continued)}
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75415 V1122 Sco 17 19 01.9 -30 31 17 14.5 17.3 R M 183 184
75416 V2436 Oph 17 19 12.6 -29 51 47 15.3 17.2 R M 183 184
75417 V2437 Oph 17 19 18.1 -29 36 43 15.5 17.3 R M 183 184
75418 V2438 Oph 17 19 23.7 -28 26 48 16.5 17.3 R SRA 183 184
75419 V2439 Oph 17 19 31.6 -28 09 40 15.7 17.3 R M 183 184
75420 V2440 Oph 17 19 42.5 -29 50 21 15.4 17.3 R M 183 184
75421 V1123 Sco 17 19 43.2 -30 24 06 15.9 17.2 R M 183 184
75422 V2441 Oph 17 19 49.2 -28 29 06 15.2 17.2 R M 183 184
75423 V2442 Oph 17 20 02.8 -29 17 46 15.0 17.2 R M 183 184
75424 V2443 Oph 17 20 03.2 -08 31 17 12.4 15.2 P M 002 USNO
75425 V1124 Sco 17 20 03.4 -30 04 36 14.3 17.3 R M 183 184
75426 V2444 Oph 17 20 05.0 -28 53 19 14.4 17.2 R M 183 184
75427 V2445 Oph 17 20 07.2 -28 08 53 14.7 17.3 R M 183 184
75428 V2446 Oph 17 20 11.1 -28 59 09 13.9 17.3 R M 183 184
75429 V1125 Sco 17 20 13.0 -31 50 02 16.2 17.2 R SRA 183 184
75430 V2447 Oph 17 20 15.2 -28 32 54 15.8 17.3 R M 183 184
75431 V2448 Oph 17 20 21.2 -28 01 54 15.0 17.2 R M 183 184
75432 V2449 Oph 17 20 27.4 -28 55 15 15.2 17.2 R M 183 184
75433 V2450 Oph 17 20 30.3 -30 00 32 16.2 17.3 R SRA 183 184
75434 V2451 Oph 17 20 36.0 -28 04 47 15.6 17.3 R M 183 184
75435 V1126 Sco 17 20 46.6 -30 52 27 16.6 17.3 R SRA 183 184
75436 V2452 Oph 17 21 26.1 -29 06 52 15.0 17.3 R M 183 184
75437 V2453 Oph 17 21 27.2 -29 12 16 12.9 17.3 R M 183 184
75438 V2454 Oph 17 21 33.9 -27 56 06 15.1 17.2 R M 183 184
75439 V2455 Oph 17 21 53.3 -28 22 16 14.6 16.9 R M 183 184
75440 V2456 Oph 17 21 57.2 -28 56 33 14.6 17.3 R M 183 184
75441 V2457 Oph 17 22 00.1 -29 03 30 14.0 17.2 R M 183 184
75442 V2458 Oph 17 22 12.3 -29 05 27 14.6 17.3 R M 183 184
75443 V2459 Oph 17 22 22.7 -29 02 25 14.1 17.3 R M 183 184
75444 V1007 Her 17 22 30.4 +41 16 49 17.1 ( 1.50) R XM 144 144
75445 V2460 Oph 17 22 48.8 -29 18 35 15.1 17.3 R M 183 184
75446 V1127 Sco 17 23 10.7 -30 26 57 14.8 17.3 R M 183 184
75447 V2461 Oph 17 23 18.8 -00 48 53 13.5 (15.5 P M: 002 GSC
75448 V2462 Oph 17 23 43.7 -28 48 46 15.2 17.2 R M 183 184
75449 V2463 Oph 17 23 47.3 -29 45 33 14.6 17.2 R M 183 184
75450 V2464 Oph 17 23 48.3 -29 44 23 14.2 17.3 R M 183 184
75451 V2465 Oph 17 23 55.7 -28 50 08 12.8 17.1 R M 183 184
75452 V1128 Sco 17 23 58.9 -30 43 24 15.8 17.3 R M 183 184
75453 V1129 Sco 17 24 00.0 -30 07 26 16.1 17.2 R SRA 183 184
75454 V2466 Oph 17 24 06.8 -29 21 12 16.1 17.2 R SRA 183 184
75455 V1130 Sco 17 24 15.0 -30 45 25 15.2 17.2 R M 183 184
75456 V2467 Oph 17 24 18.4 -29 53 17 15.2 17.3 R M 183 184
75457 V2468 Oph 17 24 18.4 -29 13 06 14.9 17.3 R M 183 184
75458 V2469 Oph 17 24 39.2 -29 05 59 15.5 17.2 R M 183 184
75459 V2470 Oph 17 24 43.8 -28 19 06 14.3 17.2 R M 183 184
75460 V1131 Sco 17 24 47.1 -30 08 52 15.2 17.2 R M 183 184
\end{verbatim}


\newpage
\centerline{Table 1 (continued)}
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75461 V2471 Oph 17 24 51.5 -29 41 11 14.6 17.2 R M 183 184
75462 V339 Ser 17 25 03.0 -13 38 36 13.8 (14.7 P M 021 021
75463 V2472 Oph 17 25 23.5 -29 36 25 15.6 17.3 R M 183 184
75464 V2473 Oph 17 25 31.6 -28 41 14 15.4 17.3 R M 183 184
75465 V2474 Oph 17 25 37.3 -30 01 43 15.7 17.3 R M 183 184
75466 V2475 Oph 17 25 41.3 -28 39 20 16.0 17.3 R M 183 184
75467 V2476 Oph 17 25 46.6 -28 58 50 15.3 17.2 R M 183 184
75468 V2477 Oph 17 26 04.9 -28 57 58 13.9 17.3 R M 183 184
75469 V2478 Oph 17 26 24.6 -28 13 38 16.6 17.3 R SRA 183 184
75470 V1132 Sco 17 26 27.3 -30 23 05 16.3 18.3 R M 183 184
75471 V2479 Oph 17 26 27.7 -29 04 09 15.0 17.2 R M 183 184
75472 V2480 Oph 17 26 39.2 -29 01 49 14.7 17.2 R M 183 184
75473 V1133 Sco 17 26 51.8 -30 21 45 13.6 17.2 R M 183 184
75474 V1134 Sco 17 26 52.1 -31 41 25 14.6 17.2 R M 183 184
75475 V2481 Oph 17 27 07.4 -29 52 12 15.4 17.2 R M 183 184
75476 V1135 Sco 17 27 11.6 -30 06 14 14.8 17.3 R M 183 184
75477 V2482 Oph 17 27 50.5 -28 22 20 15.6 17.3 R M 183 184
75478 V2483 Oph 17 27 59.7 -29 27 43 16.4 17.3 R SRA 183 184
75479 V340 Ser 17 27 59.9 -11 19 55 9.52 9.70 V RV: 082 BD
75480 V1136 Sco 17 28 05.4 -30 16 19 15.5 17.3 R M 183 184
75481 V2484 Oph 17 28 12.7 -29 51 53 15.3 17.2 R M 183 184
75482 V2485 Oph 17 28 26.0 -28 00 47 15.8 17.2 R M 183 184
75483 V2486 Oph 17 28 51.2 -28 48 24 15.2 17.2 R M 183 184
75484 V2487 Oph 17 29 02.9 -19 11 46 9.5 17.7 P NA 189 USNO
75485 V1137 Sco 17 29 29.9 -30 09 08 15.3 17.3 R M 183 184
75486 V1138 Sco 17 29 52.3 -30 26 24 15.7 17.2 R M 183 184
75487 V2488 Oph 17 30 19.9 -29 55 47 10.5 17.1 R M 183 184
75488 V2489 Oph 17 31 05.7 -29 22 50 15.3 17.3 R M 183 184
75489 V2490 Oph 17 31 48.4 -28 44 55 16.1 17.3 R SRA 183 184
75490 V2491 Oph 17 32 01.8 -28 00 58 16.2 17.2 R SRA 183 184
75491 V1139 Sco 17 32 05.6 -30 53 10 14.3 17.2 R M 183 184
75492 V1140 Sco 17 32 12.3 -31 11 22 14.9 17.2 R M 183 184
75493 V2492 Oph 17 33 42.3 -28 44 53 14.4 17.3 R M 183 184
75494 V2493 Oph 17 35 05.5 +11 24 09 13.2 ( 0.84) V RR(B) 190 017
75495 V2494 Oph 17 36 45.0 -07 57 24 12.8 15.5 P M 002 GSC
75496 V2495 Oph 17 36 48.9 -02 10 33 12.8 (15.4 P M 002 GSC
75497 V2496 Oph 17 40 33.7 -29 14 26 8.8 10.5 K M 191
75498 V2497 Oph 17 40 35.6 -29 14 19 8.5 9.8 K M 191
75499 V2498 Oph 17 40 35.8 -04 19 38 14.5 (15.5 P M 002 USNO
75500 V4445 Sgr 17 40 46.4 -28 59 11 8.2 9.2 K M 191
75501 V4446 Sgr 17 40 46.5 -28 49 13 9.9 11.5 K M 191
75502 V4447 Sgr 17 40 53.5 -29 18 38 9.3 11.9 K M 191
75503 V4448 Sgr 17 40 56.2 -29 23 30 10.1 11.3 K M 191
75504 V4449 Sgr 17 41 04.6 -28 43 50 7.7 8.8 K M 191
75505 V4450 Sgr 17 41 08.9 -28 43 06 8.8 10.3 K M 191
75506 V4451 Sgr 17 41 17.7 -28 49 41 9.0 11.4 K M 191
\end{verbatim}


\newpage
\centerline{Table 1 (continued)}
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75507 V4452 Sgr 17 41 18.5 -29 03 44 5.93 6.96 L' M 226
75508 V4453 Sgr 17 41 19.4 -28 59 59 8.75 9.90 K M 191
75509 V4454 Sgr 17 41 20.6 -28 59 47 8.9 9.6 K M: 191
75510 V4455 Sgr 17 41 22.1 -29 21 52 12.6 15.0 K M 191
75511 V4456 Sgr 17 41 22.6 -29 21 51 11.3 12.6 K M 191
75512 V4457 Sgr 17 41 23.5 -29 09 23 10.6 12.6 K M 191
75513 V4458 Sgr 17 41 24.1 -29 03 21 3.60 5.51 L' M 226
75514 V4459 Sgr 17 41 25.7 -28 59 05 11.0 12.8 K M 191
75515 V4460 Sgr 17 41 26.0 -29 21 50 11.1 12.1 K M 191
75516 V4461 Sgr 17 41 27.2 -29 22 08 9.9 11.4 K M 191
75517 V4462 Sgr 17 41 28.5 -29 15 33 10.0 12.6 K M 191
75518 V4463 Sgr 17 41 33.6 -29 04 23 9.6 11.8 K M 191
75519 V4464 Sgr 17 41 34.4 -28 55 44 13.4 14.7 K M 191
75520 V4465 Sgr 17 41 35.1 -29 05 01 9.9 12.1 K M 191
75521 V4466 Sgr 17 41 40.3 -29 08 32 10.8 12.7 K M 191
75522 V4467 Sgr 17 41 40.3 -29 08 07 8.95 10.10 K M 191
75523 V4468 Sgr 17 41 43.2 -29 12 31 8.25 9.25 K M 191
75524 V4469 Sgr 17 41 45.1 -28 51 14 10.9 12.6 K M 191
75525 V4470 Sgr 17 41 45.8 -29 12 13 4.74 5.92 L' M 226
75526 V4471 Sgr 17 41 46.5 -29 19 30 10.1 12.6 K M 191
75527 V4472 Sgr 17 41 51.8 -28 49 45 11.6 12.5 K M: 191
75528 V4473 Sgr 17 41 52.3 -29 06 00 9.2 10.6 K M 191
75529 V4474 Sgr 17 41 53.1 -28 49 13 10.3 11.1 K M: 191
75530 V4475 Sgr 17 41 54.1 -29 16 01 7.0 8.0 K M 191
75531 V4476 Sgr 17 41 55.2 -29 15 53 9.5 11.4 K M 191
75532 V4477 Sgr 17 41 56.1 -29 02 21 8.4 9.7 K M 191
75533 V4478 Sgr 17 41 57.3 -29 02 29 9.0 9.7 K M: 191
75534 V4479 Sgr 17 41 58.3 -28 58 05 9.6 11.5 K M 191
75535 V4480 Sgr 17 41 59.2 -29 17 01 10.2 13.1 K M 191
75536 V4481 Sgr 17 42 01.3 -28 37 26 11.0 13.6 K M 191
75537 V4482 Sgr 17 42 01.8 -29 11 44 8.9 10.5 K M 191
75538 V4483 Sgr 17 42 02.1 -29 08 25 8.9 10.1 K M 191
75539 V4484 Sgr 17 42 02.2 -28 39 32 8.0 9.7 K M 191
75540 V4485 Sgr 17 42 02.9 -29 14 16 10.2 13.3 K M 191
75541 V4486 Sgr 17 42 02.9 -29 05 44 12.9 14.1 K M 191
75542 V4487 Sgr 17 42 03.3 -29 06 09 9.8 11.4 K M 191
75543 V4488 Sgr 17 42 03.5 -29 08 07 11.1 13.2 K M 191
75544 V4489 Sgr 17 42 03.5 -28 46 32 5.18 6.72 L' M 226
75545 V4490 Sgr 17 42 05.3 -29 14 26 7.9 9.2 K M 191
75546 V4491 Sgr 17 42 06.9 -29 16 53 12.8 14.6 K M 191
75547 V4492 Sgr 17 42 07.0 -29 04 42 5.34 6.98 L' M 226
75548 V4493 Sgr 17 42 07.9 -28 57 29 8.4 9.4 K M 191
75549 V4494 Sgr 17 42 08.3 -29 12 55 8.4 10.0 K M 191
75550 V4495 Sgr 17 42 08.5 -28 57 48 10.1 12.0 K M 191
75551 V4496 Sgr 17 42 15.4 -29 06 54 5.45 6.94 L' M 226
75552 V4497 Sgr 17 42 18.5 -29 08 06 6.32 7.72 L' M 226
\end{verbatim}


\newpage
\centerline{Table 1 (continued)}
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75553 V4498 Sgr 17 42 19.2 -29 19 49 9.7 11.3 K M 191
75554 V4499 Sgr 17 42 19.2 -28 38 25 10.1 12.2 K M 191
75555 V4500 Sgr 17 42 20.4 -29 23 49 11.6 12.4 K M: 191
75556 V4501 Sgr 17 42 21.1 -28 45 11 5.91 6.85 L' M 226
75557 V4502 Sgr 17 42 21.7 -28 45 08 6.91 7.53 L' LB 226
75558 V4503 Sgr 17 42 22.3 -29 10 12 8.30 ( 9.8 L' SR: 226
75559 V4504 Sgr 17 42 22.5 -29 02 19 9.8 11.5 K M 191
75560 V4505 Sgr 17 42 22.7 -29 01 06 6.35 7.93 L' M 226
75561 V4506 Sgr 17 42 23.7 -28 48 46 10.8 13.2 K M 191
75562 V4507 Sgr 17 42 23.9 -29 04 52 8.4 10.2 K M 191
75563 V4508 Sgr 17 42 27.3 -28 58 16 11.7 12.6 K SR: 191
75564 V4509 Sgr 17 42 27.5 -29 01 24 12.0 12.6 K LB 191
75565 V4510 Sgr 17 42 27.7 -29 00 56 7.8 8.7 K M: 191
75566 V4511 Sgr 17 42 29.7 -28 59 10 9.2 9.9 K M: 191
75567 V4512 Sgr 17 42 29.9 -28 59 14 9.6 10.8 K M 191
75568 V4513 Sgr 17 42 29.9 -28 59 46 11.2 12.6 K LB 191
75569 V4514 Sgr 17 42 30.5 -29 00 20 10.0 10.9 K M: 191
75570 V4515 Sgr 17 42 31.7 -28 58 09 9.2 10.3 K M 191
75571 V4516 Sgr 17 42 32.1 -28 57 52 8.0 10.2 K M 191
75572 V4517 Sgr 17 42 33.6 -28 58 03 8.0 8.4 K LB 191
75573 V4518 Sgr 17 42 36.6 -28 31 30 8.5 11.0 K M 191
75574 V4519 Sgr 17 42 37.5 -29 09 36 8.8 11.1 K M 191
75575 V4520 Sgr 17 42 38.8 -28 57 40 8.9 10.4 K M 191
75576 V4521 Sgr 17 42 40.7 -28 56 59 10.3 11.7 K M 191
75577 V4522 Sgr 17 42 40.9 -28 46 58 4.75 6.22 L' M 226
75578 V4523 Sgr 17 42 41.5 -29 13 22 9.8 12.0 K M 191
75579 V4524 Sgr 17 42 41.7 -28 43 42 11.5 14.2 K M 191
75580 V4525 Sgr 17 42 42.1 -29 13 31 8.4 9.3 K M: 191
75581 V4526 Sgr 17 42 42.6 -28 59 26 11.9 13.6 K M 191
75582 V4527 Sgr 17 42 42.8 -28 57 04 9.7 10.4 K M: 191
75583 V4528 Sgr 17 42 44.0 -28 58 45 8.8 9.3 K M: 191
75584 V4529 Sgr 17 42 44.2 -28 30 38 8.7 11.7 K M 191
75585 V4530 Sgr 17 42 45.5 -28 54 43 5.57 7.03 L' M 226
75586 V4531 Sgr 17 42 45.5 -28 44 10 5.81 8.48 L' M 226
75587 V4532 Sgr 17 42 45.9 -28 38 20 9.7 12.0 K M 191
75588 V4533 Sgr 17 42 48.1 -29 00 04 8.6 9.2 K M: 191
75589 V4534 Sgr 17 42 48.2 -28 57 26 9.7 12.2 K M 191
75590 V4535 Sgr 17 42 48.8 -28 54 16 8.7 9.6 K M: 191 227
75591 V4536 Sgr 17 42 49.8 -28 49 05 10.7 13.0 K M 191
75592 V4537 Sgr 17 42 49.9 -28 49 04 11.0 12.7 K M 191
75593 V4538 Sgr 17 42 50.2 -29 00 15 14.3 15.1 K LB 191
75594 V4539 Sgr 17 42 51.2 -28 48 51 10.0 11.5 K M 191
75595 V4540 Sgr 17 42 51.2 -28 48 53 10.1 11.6 K M 191
75596 V4541 Sgr 17 42 52.6 -28 43 13 11.9 13.1 K M 191
75597 V4542 Sgr 17 42 54.5 -28 42 51 9.5 10.8 K M 191
75598 V4543 Sgr 17 42 55.4 -29 08 22 12.5 13.3 K M: 191
\end{verbatim}


\newpage
\centerline{Table 1 (continued)}
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75599 V4544 Sgr 17 42 56.2 -29 12 52 10.1 12.9 K M 191
75600 V4545 Sgr 17 42 57.0 -28 51 08 13.2 14.7 K LB: 191
75601 V4546 Sgr 17 42 57.1 -29 08 05 11.2 12.8 K M 191
75602 V4547 Sgr 17 42 59.5 -28 59 35 8.7 9.4 K M: 191
75603 V4548 Sgr 17 43 04.4 -28 35 32 11.8 13.8 K M 191
75604 V4549 Sgr 17 43 04.6 -28 43 10 8.4 9.5 K M 191
75605 V4550 Sgr 17 43 04.6 -28 54 35 6.42 8.47 L' M 226
75606 V4551 Sgr 17 43 11.7 -28 45 17 9.3 11.2 K M 191
75607 V4552 Sgr 17 43 14.2 -28 58 54 10.6 13.0 K M 191
75608 V4553 Sgr 17 43 15.1 -28 48 55 8.3 10.0 K M 191
75609 V4554 Sgr 17 43 17.4 -28 52 31 9.0 9.6 K M: 191
75610 V4555 Sgr 17 43 18.1 -28 52 13 8.1 9.8 K M 191
75611 V4556 Sgr 17 43 20.7 -28 30 28 9.2 10.4 K M 191
75612 V4557 Sgr 17 43 21.2 -28 38 42 8.4 9.5 K M 191
75613 V4558 Sgr 17 43 21.3 -28 30 01 9.4 10.1 K M: 191
75614 V4559 Sgr 17 43 21.6 -28 34 35 11.2 12.4 K M 191
75615 V4560 Sgr 17 43 22.8 -28 43 56 10.0 11.2 K M 191
75616 V4561 Sgr 17 43 24.4 -29 20 46 10.6 13.4 K M 191
75617 V4562 Sgr 17 43 24.6 -28 57 52 7.36 9.53 L' M 226
75618 V4563 Sgr 17 43 25.7 -28 31 02 14.2 15.0 K LB: 191
75619 V4564 Sgr 17 43 26.4 -29 18 23 9.0 10.0 K M 191
75620 V4565 Sgr 17 43 26.9 -29 18 26 9.4 10.8 K M 191
75621 V4566 Sgr 17 43 27.3 -28 31 19 9.5 10.8 K M 191
75622 V4567 Sgr 17 43 32.3 -28 32 21 10.5 12.2 K M 191
75623 V4568 Sgr 17 43 37.4 -28 46 10 13.5 14.0 K LB: 191
75624 V4569 Sgr 17 43 48.4 -18 01 37 12.0 (14.5 P M 228 USNO
75625 V4570 Sgr 17 43 51.8 -28 44 52 9.2 11.1 K M 191
75626 V4571 Sgr 17 44 08.0 -29 19 29 8.7 9.4 K M: 191
75627 V4572 Sgr 17 44 10.0 -29 19 23 9.4 11.2 K M 191
75628 V4573 Sgr 17 44 11.0 -28 38 19 10.7 13.1 K M 191
75629 V4574 Sgr 17 44 13.9 -28 31 42 8.15 9.65 K M 191
75630 V4575 Sgr 17 44 29.5 -28 34 45 12.6 14.7 K M 191
75631 V4576 Sgr 17 44 29.8 -28 34 21 9.1 9.8 K M: 191
75632 V1141 Sco 17 50 58.8 -30 02 20 8.5 (20. V NA 244 245
75633 V341 Ser 17 51 48.1 -10 14 04 13.1 14.4 P LB 021 021
75634 V1142 Sco 17 52 11.0 -31 01 14 6.9 (20. V NA 246 311
75635 V2499 Oph 17 54 17.3 +10 06 47 11.5 14.7 V M 095 095
75636 V2500 Oph 17 55 22.8 +04 33 15 9.55 ( 0.02) V BY 192 300
75637 V4577 Sgr 17 57 19.0 -28 48 26 6.53 7.63 J M 229
75638 V342 Ser 17 58 58.1 -10 40 27 12.7 15.3 P M 021 021
75639 V4578 Sgr 17 59 20.6 -23 34 41 12.92 ( 0.10) V WR 109 020
75640 V4579 Sgr 18 00 28.7 -28 00 17 11.0 16.5 B NB 307 GSC
75641 V2501 Oph 18 02 34.2 +08 57 21 12.3 ( 0.31) V SR: 193 GSC
75642 V1008 Her 18 03 53.8 +31 39 57 13.5 (18.0 B UG 001 001
75643 V4444 Sgr 18 04 27.9 -27 20 40 7.7 (21. V NA 225 304
75644 V4580 Sgr 18 05 03.4 -36 59 12 16.6 (20.0 V XN+XP 230
\end{verbatim}


\newpage
\centerline{Table 1 (continued)}
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75645 V4581 Sgr 18 05 25.9 -32 42 03 17.8 18.6 B RRAB 231 231
75646 V4582 Sgr 18 05 26.6 -32 19 24 16.8 17.5 B RRAB 231 231
75647 V4583 Sgr 18 05 38.4 -31 57 09 16.8 18.0 B RRAB 231 231
75648 V4584 Sgr 18 05 38.9 -32 31 17 16.8 17.3 B EW 231 231
75649 V4585 Sgr 18 05 41.9 -32 03 17 17.1 18.2 B RRAB 231 231
75650 V4586 Sgr 18 05 44.0 -32 23 48 16.4 17.5 B RRAB 231 231
75651 V4587 Sgr 18 05 44.8 -32 33 42 17.9 18.8 B RRAB: 231 231
75652 V4588 Sgr 18 05 50.5 -32 34 10 17.5 18.4 B RRAB 231 231
75653 V4589 Sgr 18 05 50.5 -32 42 56 16.5 18.2 B RRAB 231 231
75654 V4590 Sgr 18 06 04.5 -32 32 00 16.9 18.5 B RRAB 231 231
75655 V4591 Sgr 18 06 04.8 -32 06 45 17.2 18.7 B RRAB 231 231
75656 V4592 Sgr 18 06 09.6 -32 23 48 16.8 17.9 B RRAB 231 231
75657 V4593 Sgr 18 06 15.5 -32 03 45 17.0 17.8 B RRAB 231 231
75658 V4594 Sgr 18 06 20.8 -31 51 33 16.5 17.0 B RRC: 231 231
75659 V4595 Sgr 18 06 35.3 -31 47 15 16.8 18.1 B RRAB 231 231
75660 V4596 Sgr 18 06 36.7 -32 18 04 17.0 18.3 B RRAB 231 231
75661 V4597 Sgr 18 06 47.3 -32 38 33 17.1 17.8 B RRAB 231 231
75662 V4598 Sgr 18 06 52.4 -32 27 45 16.8 18.1 B RRAB 231 231
75663 V4599 Sgr 18 06 53.1 -32 20 20 17.1 18.0 B RRC 231 231
75664 V4600 Sgr 18 06 57.3 -32 24 19 17.1 18.1 B RRAB 231 231
75665 V4601 Sgr 18 07 02.7 -31 49 33 16.8 17.9 B RRAB 231 231
75666 V4602 Sgr 18 07 03.0 -31 54 48 16.8 17.2 B RRAB 231 231
75667 V4603 Sgr 18 07 04.3 -32 24 10 17.1 18.4 B RRAB 231 231
75668 V4604 Sgr 18 07 06.6 -32 36 34 17.0 18.3 B RRAB 231 231
75669 V4605 Sgr 18 07 19.8 -32 15 13 16.4 17.8 B RRAB 231 231
75670 V4606 Sgr 18 07 23.9 -32 21 16 16.9 18.2 B RRAB 231 231
75671 V4607 Sgr 18 07 24.4 -32 06 47 17.2 18.2 B RRAB 231 231
75672 V4608 Sgr 18 07 28.8 -32 32 40 17.1 17.7 B RRC 231 231
75673 V4609 Sgr 18 07 30.5 -32 38 44 16.1 17.2 B RRAB 231 231
75674 V4610 Sgr 18 07 43.0 -32 23 14 16.9 18.6 B RRAB 231 231
75675 V4611 Sgr 18 07 46.7 -32 22 56 16.0 17.4 B RRAB 231 231
75676 V4612 Sgr 18 07 57.5 -32 31 04 17.0 17.8 B RRAB 231 231
75677 V4613 Sgr 18 07 58.6 -32 27 25 17.2 18.4 B RRAB 231 231
75678 V4614 Sgr 18 08 02.8 -31 45 57 17.1 18.2 B RRAB 231 231
75679 V4615 Sgr 18 08 05.4 -31 57 42 17.0 18.4 B RRAB 231 231
75680 V4616 Sgr 18 08 06.0 -31 48 52 16.4 17.9 B RRAB 231 231
75681 V4617 Sgr 18 08 06.1 -32 15 49 17.1 17.9 B RRC: 231 231
75682 V4618 Sgr 18 08 12.9 -32 43 41 15.9 17.2 B RRAB 231 231
75683 V4619 Sgr 18 08 15.0 -31 55 40 17.6 18.6 B RRAB 231 231
75684 V4620 Sgr 18 08 15.2 -31 49 21 16.0 17.7 B RRAB 231 231
75685 V4621 Sgr 18 08 15.8 -32 13 24 16.6 17.4 B RRAB 231 231
75686 V4622 Sgr 18 08 21.4 -32 25 48 17.1 18.1 B RRAB 231 231
75687 V4623 Sgr 18 08 24.4 -31 39 57 15.9 16.3 B EA 231 231
75688 V4624 Sgr 18 08 32.5 -31 47 15 16.8 18.0 B RRAB 231 231
75689 V4625 Sgr 18 08 34.2 -32 02 39 15.8 17.6 B RRAB 231 231
75690 V4626 Sgr 18 08 35.3 -31 55 23 16.8 18.3 B RRA 231 231
\end{verbatim}


\newpage
\centerline{Table 1 (continued)}
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75691 V4627 Sgr 18 08 37.5 -32 23 52 16.3 17.7 B RRAB 231 231
75692 V4628 Sgr 18 08 40.7 -32 16 08 16.5 17.5 B RRAB 231 231
75693 V4629 Sgr 18 08 44.1 -31 53 09 15.8 17.1 B RRAB 231 231
75694 V4630 Sgr 18 08 44.4 -32 17 47 16.7 17.7 B RRAB 231 231
75695 V4631 Sgr 18 08 46.0 -32 07 47 16.8 18.1 B RRAB 231 231
75696 V4632 Sgr 18 08 46.7 -32 24 33 16.4 17.6 B RRAB 231 231
75697 V343 Ser 18 09 34.6 -11 40 55 11.7 14.9 P ZAND 257 GSC
75698 V1009 Her 18 10 37.0 +21 23 28 11.2 12.5 P SR 002 GSC
75699 V1010 Her 18 12 20.2 +30 42 39 17.8 (21. B UG: 145 299
75700 IX Dra 18 12 35.4 +67 03 52 14.7 18.8 B UG: 136 136
75701 V2502 Oph 18 14 32.3 +00 59 13 6.61 6.77 Hp GDOR: 029 BD
75702 V4641 Sgr 18 16 16.1 -25 25 43 9. (17. V XN 309 310
75703 V4633 Sgr 18 18 32.0 -27 33 06 7.4 (20. V NA 232 233
75704 V458 Sct 18 19 41.5 -10 09 01 10.5 11.5 B CEP(B) 249 BD
75705 IY Dra 18 23 02.3 +64 18 56 11.8 (15.0 P M: 002 GSC
75706 V459 Sct 18 23 02.7 -12 21 44 14.7 16.2 B DCEP 250 GSC
75707 V460 Sct 18 24 16.0 -12 24 43 13.38 ( 0.22 ) V WR 109 020
75708 V4634 Sgr 18 26 25.1 -23 49 51 18.8 19.7 B XB 234 235
75709 V559 Lyr 18 26 29.6 +31 19 34 11.3 13.1 P E 002 GSC
75710 V1011 Her 18 27 25.3 +22 32 21 10.4 11.6 P EA 002 GSC
75711 V560 Lyr 18 27 33.5 +26 54 08 12.0 (15.2 P M 168 USNO
75712 V4635 Sgr 18 30 29.4 -30 11 45 11.6 (15.0 P M 002 GSC
75713 V461 Sct 18 33 59.1 -13 54 30 11.2 (13.9 P M 002 USNO
75714 V462 Sct 18 38 22.0 -04 29 07 12.28 ( 0.15 ) V WR 109 020
75715 V1485 Aql 18 41 35.0 -03 51 04 11.88 12.70 V WR 019 020
75716 V4636 Sgr 18 47 45.4 -16 37 02 12.4 15.0 P M 064 064
75717 V4637 Sgr 18 49 12.9 -26 31 45 11.8 (15.0 V M 236 236
75718 IZ Dra 18 49 21.2 +62 13 50 11.1 14.9 V M 087 087
75719 V1486 Aql 19 02 43.8 -03 23 10 12.8 (14.6 P M 021 021
75720 V1493 Aql 19 05 17.4 +12 26 40 10.04 (21. ) V NA 018 285
75721 V721 CrA 19 06 23.7 -37 09 19 13.17 13.56 V INT 086 104
75722 KK Dra 19 07 10.7 +59 19 01 11.8 14.8 V EA 087 087
75723 V561 Lyr 19 12 07.0 +33 23 45 14.89 14.99 V RR: 119 119
75724 V1487 Aql 19 12 50.0 +10 51 26 12.15 14.3 K XN 022 023
75725 V1494 Aql 19 20 37.1 +04 51 30 4.02 16. V N 305 306
75726 KL Dra 19 23 50.9 +59 35 47 16.8 (21. B UG 138
75727 KM Dra 19 25 45.4 +58 46 33 12.8 (16.0 V M 087 087
75728 V2176 Cyg 19 26 04.1 +54 11 42 13.4 (20. V UGSU 106 107
75729 V1488 Aql 19 29 59.1 -06 33 12 14.7 16.2 P UV 024 024
75730 KN Dra 19 30 01.5 +59 13 38 10.4 14.5 V M 087 087
75731 V4638 Sgr 19 31 03.1 -21 02 30 9.05 9.33 V SR 169 BD
75732 V2177 Cyg 19 34 11.2 +54 33 11 12.9 15.0 V SRA 087 087
75733 KO Dra 19 34 25.7 +62 13 03 13.5 14.7 V IA: 087 087
75734 V2178 Cyg 19 38 22.2 +38 51 20 15.5 17. P RRAB 108 USNO
75735 V349 Tel 19 46 21.9 -50 43 45 7.60 7.73 Hp GDOR: 029 CoD
75736 V2179 Cyg 19 46 34.8 +51 37 43 12.3 14.9 V SRA 087 087
\end{verbatim}


\newpage
\centerline{Table 1 (continued)}
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75737 V405 Vul 19 50 54.1 +21 06 59 15.0 : 18. : P UGSU: 284 284
75738 V1489 Aql 19 51 14.0 +09 15 36 12.1 ( 0.15 ) V CEP: 025 GSC
75739 V1490 Aql 19 51 16.1 +09 15 58 10.5 11.0 V EA 025 GSC
75740 V345 Sge 19 51 23.9 +18 35 00 13.9 14.4 B SRA 221 222
75741 V1491 Aql 19 51 43.0 +13 08 24 9.97 ( 0.07U) V ACV 026 BD
75742 V4639 Sgr 19 52 25.2 -24 35 39 12.3 14.3 P EA 002 GSC
75743 V393 Pav 19 53 05.1 -57 46 25 17.6 ( 1.8 ) V XM 205 205
75744 V2180 Cyg 19 57 14.4 +31 18 55 12.3 ( 0.09 ) V WR 109 020
75745 V346 Sge 20 01 17.7 +20 56 42 15.2 16.3 P EB 224 153
75746 V347 Sge 20 02 18.7 +21 05 23 16.1 16.5 P EA 223 153
75747 KP Dra 20 04 43.6 +63 16 17 12.0 14.4 V E 087 087
75748 V2181 Cyg 20 07 49.0 +30 25 35 13.0 ( 0.9 ) V E 110 110
75749 V1492 Aql 20 09 19.6 +08 46 16 13.3 ( 1.0 ) R EA 027 USNO
75750 V4640 Sgr 20 11 44.0 -40 14 55 12.47 ( 0.02 ) V RPHS 237 GSC
75751 V2182 Cyg 20 13 12.1 +52 50 23 13.4 15.5 V SRA 087 087
75752 KQ Dra 20 13 13.5 +65 47 17 11.5 (15.5 V M 087 087
75753 NS Del 20 13 22.3 +13 41 42 9.22 ( 0.09U) V ACV 026 BD
75754 V348 Sge 20 13 28.5 +19 06 47 11.6 13.1 P SR: 002 GSC
75755 V350 Tel 20 14 36.9 -51 14 34 7.55 ( 0.03U) V ACV 026 CoD
75756 KR Dra 20 15 17.4 +63 37 12 13.0 15.8 V SRB 087 087
75757 KS Dra 20 17 56.7 +62 23 16 11.8 (16.2 V M 087 087
75758 V2183 Cyg 20 19 39.0 +36 45 36 9.80 10.00 Hp WR 111 BD
75759 NT Del 20 20 09.1 +19 56 37 15.7 ( 0.09 ) V ZZ: 128 129
75760 V2184 Cyg 20 20 27.9 +52 51 46 12.7 (15.2 V M 087 087
75761 KT Dra 20 22 44.2 +65 18 33 11.8 15.8 V M 087 087
75762 CG Mic 20 25 38.2 -43 24 58 8.88 ( 0.04U) V ACV 026 CoD
75763 CH Mic 20 27 29.4 -38 44 48 8.85 ( 0.06U) V ACV 026 CoD
75764 V464 Cep 20 28 28.0 +64 06 17 11.9 15.4 V M 087 087
75765 V465 Cep 20 30 12.6 +60 30 19 12.8 ( 0.09 ) Rc LB 088 088
75766 V466 Cep 20 30 13.7 +60 26 35 15.6 ( 0.36 ) Rc EW 088 088
75767 V467 Cep 20 30 18.6 +60 27 57 14.1 ( 0.36 ) Rc EA 088 088
75768 V468 Cep 20 30 24.4 +60 30 06 12.0 ( 0.14 ) Rc LB: 088 088
75769 V469 Cep 20 30 26.8 +60 28 04 12.1 ( 0.02 ) Rc LB: 088 088
75770 V470 Cep 20 30 28.9 +60 29 22 14.4 ( 0.40 ) Rc EA 088 088
75771 V2185 Cyg 20 31 21.7 +41 02 42 10.62 10.70 Ic EA 112 112
75772 V2186 Cyg 20 31 22.9 +41 12 04 10.99 11.13 Ic EA 112 112
75773 V2187 Cyg 20 31 30.5 +41 07 21 13.17 ( 0.08 ) Ic BCEP 112 112
75774 V2188 Cyg 20 31 30.7 +41 05 17 11.70 ( 0.06 ) Ic BE 112 112
75775 V2189 Cyg 20 31 33.3 +41 07 43 14.62 14.80 Ic EA 112 112
75776 V2190 Cyg 20 31 37.1 +41 11 45 12.28 ( 0.05 ) Ic BCEP: 112 112
75777 V2191 Cyg 20 31 42.9 +41 09 58 13.14 13.42 Ic EA 112 112
75778 V471 Cep 20 32 27.6 +61 42 10 13.1 14.7 V SRB 087 087
75779 V2192 Cyg 20 34 15.3 +60 55 22 13.4 (16.2 V LB 087 087
75780 V2193 Cyg 20 34 50.0 +32 13 03 11.6 12.2 P LB: 113 GSC
75781 V2194 Cyg 20 35 07.9 +53 15 47 12.1 14.4 V SRA 087 087
75782 V2195 Cyg 20 41 03.2 +35 19 26 12.1 13.7 P RR: 115 116
\end{verbatim}


\newpage
\centerline{Table 1 (continued)}
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75783 V2196 Cyg 20 42 42.7 +54 22 57 12.8 14.0 V SRA 087 087
75784 V472 Cep 20 46 11.1 +60 24 21 13.2 (16.2 V SRD 087 087
75785 V473 Cep 20 46 28.8 +61 27 04 12.3 (16.2 V M 087 087
75786 V474 Cep 20 48 00.8 +63 15 16 12.3 (16.0 V LB 087 087
75787 V2197 Cyg 20 48 21.0 +37 45 30 10.9 12.4 P E 117 116
75788 LY Aqr 20 48 26.3 -08 38 54 22.34 23.24 Rc R 013 013
75789 BX Cap 20 49 47.3 -20 31 21 11.2 12.8 P LB 064 GSC
75790 V475 Cep 20 54 31.2 +58 03 44 13.0 (16.0 V M: 087 087
75791 V2198 Cyg 20 54 53.9 +52 45 26 13.7 (19. V M: 087 087
75792 V2199 Cyg 20 57 29.4 +36 27 19 13.3 14.2 P RRC 117 116
75793 V476 Cep 20 59 23.3 +57 53 18 14.2 (16.0 V SRA: 087 087
75794 V2200 Cyg 20 59 25.5 +43 31 29 7.12 ( 0.04) U ACV 118 BD
75795 NU Del 20 59 48.6 +17 58 47 9.8 14.6 P M: 130 130
75796 V477 Cep 21 02 13.5 +59 46 33 12.4 15.3 V M 087 087
75797 CI Mic 21 02 27.6 -35 54 08 9.07 ( 0.03) V ACV 026 CoD
75798 V2201 Cyg 21 02 37.8 +49 32 41 13.4 14.5 B DCEP 069 069
75799 V2202 Cyg 21 06 56.3 +31 48 06 15.30 15.43 V RRC: 119 119
75800 V478 Cep 21 09 36.2 +57 48 43 13.7 16.0 V SRA 087 087
75801 V2203 Cyg 21 09 57.6 +44 01 30 13.38 ( 0.07) V RPHS 120 121
75802 V364 Peg 21 10 05.7 +12 19 44 15.0 (19.0 R UG 206
75803 CD Ind 21 11 54.1 -58 53 24 16.0 17.9 V XM 151 151
75804 V479 Cep 21 12 38.8 +61 38 55 11.8 13.7 V SRA 079 079
75805 V480 Cep 21 15 37.2 +55 17 44 12.1 14.6 V M 087 087
75806 V2204 Cyg 21 15 41.7 +54 12 04 12.0 15.5 V M 087 087
75807 V481 Cep 21 18 12.4 +61 13 28 12.1 16.0 V M 079 079
75808 LZ Aqr 21 20 36.4 -06 00 46 17.24 21.50 Rc XNDR+E: 014
75809 V482 Cep 21 22 49.2 +59 14 51 13.5 15.5 V SRA 079 079
75810 V483 Cep 21 23 46.7 +61 46 36 13.4 15.3 V SRA 079 079
75811 V484 Cep 21 26 14.0 +62 40 17 13.2 15.0 V SRA 079 079
75812 V485 Cep 21 30 01.7 +64 14 19 12.6 (16.0 V M 087 087
75813 V486 Cep 21 31 48.8 +61 33 08 11.8 14.3 V SRA 079 079
75814 V487 Cep 21 33 03.6 +58 37 38 13.5 15.6 V SRA 079 079
75815 V488 Cep 21 33 47.6 +57 23 12 12.4 13.4 P IN 089 089
75816 V2205 Cyg 21 34 17.0 +54 35 41 11.7 13.6 V LB 079 079
75817 V489 Cep 21 34 27.0 +65 44 06 13.3 ( 0.51) V E/RS: 090 090
75818 V2206 Cyg 21 35 12.2 +54 27 27 13.3 (16.2 V LB 079 079
75819 V2207 Cyg 21 36 57.5 +41 29 36 16.2 18.2 P EA 122 122
75820 V365 Peg 21 37 09.0 +22 48 02 10.12 10.59 V EB 207 GSC
75821 gamma Cap 21 37 19.4 -16 53 21 3.20 ( 0.03) J ACV 065 BD
75822 V2208 Cyg 21 37 43.1 +43 04 43 15.5 (19.5 P M 122 123
75823 V490 Cep 21 37 56.0 +56 45 32 15.2 15.8 B XP 091 USNO
75824 V491 Cep 21 38 37.6 +59 22 04 12.3 14.7 V SRA 079 079
75825 BY Cap 21 38 49.8 -14 16 18 5.13 5.18 V RS 011 BD
75826 V2209 Cyg 21 42 06.9 +44 25 14 15.2 (17.5 B UG: 041 041
75827 V492 Cep 21 42 56.4 +66 25 23 14.3 15.3 V LB 079 079
75828 V493 Cep 21 46 49.6 +57 46 53 13.7 15.1 V SRB 079 079
\end{verbatim}


\newpage
\centerline{Table 1 (continued)}
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75829 V494 Cep 21 46 54.2 +62 24 08 12.6 14.5 V SRB 079 079
75830 CE Ind 21 47 09.5 -73 24 13 8.86 ( 0.02) V ACV 026 CPD
75831 V2210 Cyg 21 47 28.1 +41 23 29 13.5 15.4 P EA 122 122
75832 V495 Cep 21 49 25.8 +59 13 34 12.8 14.8 V LB 079 079
75833 V496 Cep 21 50 54.4 +62 34 31 12.9 (16.0 V M 079 079
75834 V2211 Cyg 21 51 40.3 +52 45 47 13.2 14.1 P BE 124 125
75835 V2212 Cyg 21 51 55.0 +52 07 14 12.4 (16.0 V M 079 079
75836 V497 Cep 21 52 00.4 +62 21 02 8.89 9.04 V E: 092 BD
75837 V498 Cep 21 53 21.3 +63 42 08 11.5 (16.0 V M 079 079
75838 V499 Cep 21 53 51.7 +63 29 18 12.0 14.7 V M 079 079
75839 V500 Cep 21 54 05.9 +63 42 08 13.5 14.8 V LB 079 079
75840 V501 Cep 21 56 02.7 +63 58 29 12.2 15.5 V M 079 079
75841 V502 Cep 21 56 25.1 +64 21 04 14.1 15.3 V SRA 079 079
75842 V503 Cep 21 56 50.8 +65 45 41 11.8 16.0 V M 079 079
75843 V504 Cep 21 57 00.3 +63 29 05 11.4 15.2 V M 079 079
75844 V425 Lac 21 57 22.6 +43 38 57 15.2 15.5 P SRA 152 153
75845 V505 Cep 21 59 51.6 +65 56 01 12.0 14.5 V SRB 079 079
75846 V506 Cep 22 00 07.7 +62 44 57 12.4 15.3 V M 079 079
75847 V507 Cep 22 01 07.2 +61 22 58 12.4 14.7 V SRA 079 079
75848 V508 Cep 22 01 49.6 +62 03 56 11.8 14.1 V LB 079 079
75849 V509 Cep 22 02 54.8 +63 56 07 14.1 (16.0 V LB 079 079
75850 V510 Cep 22 02 57.2 +61 50 12 12.0 14.3 V LB 079 079
75851 V511 Cep 22 05 07.1 +64 25 19 13.0 14.9 V SRB 079 079
75852 V512 Cep 22 05 35.3 +65 13 29 11.8 14.6 V M 079 079
75853 V426 Lac 22 06 46.4 +48 40 39 16.1 17.6 P SR 152 154
75854 V513 Cep 22 07 02.7 +63 20 10 12.5 (16.0 V M 079 079
75855 V514 Cep 22 09 18.7 +59 23 53 12.5 16.0 V M 079 079
75856 V515 Cep 22 09 56.6 +59 50 42 13.2 (16.0 V M 079 079
75857 V516 Cep 22 12 44.0 +59 49 35 12.7 14.4 V SRA 079 079
75858 V517 Cep 22 14 12.5 +66 02 54 13.8 15.0 V LB 079 079
75859 V427 Lac 22 17 11.9 +49 05 01 14.8 16.5 P EA 152 154
75860 V518 Cep 22 18 31.2 +60 31 07 13.2 14.0 V LB 079 079
75861 V428 Lac 22 18 58.6 +48 10 53 15.3 (17.3 P M 126 127
75862 V429 Lac 22 19 37.5 +47 16 32 14.5 14.8 P SRA 152 154
75863 V519 Cep 22 20 53.3 +63 54 14 13.6 (16.0 V M 079 079
75864 V520 Cep 22 21 14.6 +56 27 38 12.2 14.6 V SRA 079 079
75865 V521 Cep 22 21 51.8 +58 29 43 14.0 15.2 V L 079 079
75866 V430 Lac 22 24 43.0 +44 25 54 14.2 16.6 P EA 126 127
75867 V522 Cep 22 24 49.8 +58 16 17 11.0 13.3 V LB 079 079
75868 V431 Lac 22 28 57.4 +46 58 15 14.3 15.6 P EA 152 154
75869 V432 Lac 22 30 17.2 +54 55 24 13.8 15.5 V SRB 079 079
75870 MM Aqr 22 30 29.4 -20 17 52 10.09 ( 0.01) B ACVO 015 BD
75871 V433 Lac 22 32 20.8 +44 01 04 14.8 15.4 P EA 126 127
75872 V523 Cep 22 33 59.1 +64 24 22 13.0 15.8 V M 079 079
75873 V524 Cep 22 35 45.3 +61 00 33 11.8 (14.5 V M 079 079
75874 V366 Peg 22 38 31.4 +26 07 02 15.18 15.36 V DSCT: 119 119
\end{verbatim}


\newpage
\centerline{Table 1 (continued)}
\begin{verbatim}
No. Name R.A. (1950.0) Decl. Max Min Type Ref.
h m s o ' " m m
75875 V525 Cep 22 40 47.3 +60 08 16 12.57 12.85 V BE 094 GSC
75876 V526 Cep 22 41 10.5 +65 43 08 10.9 16.0 V M 079 079
75877 V367 Peg 22 42 33.4 +16 39 28 15.8 (17.6 B UG 041 041
75878 V527 Cep 22 48 57.9 +61 48 48 12.8 16.0 V M 079 079
75879 V528 Cep 22 49 31.4 +58 10 01 12.6 (16.0 V M 079 079
75880 V529 Cep 22 52 43.7 +57 31 26 13.3 14.9 P DCEP 006 007
75881 EE Tuc 22 54 54.3 -59 21 24 6.72 6.82 Hp GDOR: 029 CPD
75882 V368 Peg 22 56 13.2 +10 53 07 13.3 (17.7 B UGSU 204 041
75883 V369 Peg 23 01 13.2 +17 01 44 15.8 (18.0 B UGSU 001 001
75884 MN Aqr 23 01 20.4 -21 10 36 12.5 (15.5 P M: 016 017
75885 V407 And 23 08 41.8 +50 00 06 15.5 16.6 P RRAB 006 007
75886 V530 Cep 23 13 06.2 +78 40 17 11.8 15. V M 095 291
75887 V837 Cas 23 13 13.0 +57 10 43 12.5 (16.2 V LB 079 079
75888 V531 Cep 23 16 04.4 +65 36 19 11.9 16.1 V M 079 079
75889 V532 Cep 23 16 27.5 +63 52 27 13.0 15.0 V SR 079 079
75890 V533 Cep 23 17 53.1 +65 15 42 12.7 16.0 V M 079 079
75891 V408 And 23 19 34.7 +48 41 19 14.8 15.6 P RRAB 006 008
75892 V838 Cas 23 20 44.7 +55 58 55 12.6 (15.0 V SR 079 079
75893 V839 Cas 23 22 21.7 +61 22 21 13.07 13.13 B LBV 080 080
75894 V840 Cas 23 22 23.2 +61 22 29 15.06 15.13 B DSCTC 080 080
75895 V841 Cas 23 22 31.1 +61 20 23 17.4 18.0 B EA 080 080
75896 V842 Cas 23 22 37.7 +61 20 01 13.00 13.09 B LBV 080 080
75897 V843 Cas 23 22 38.6 +61 18 53 14.30 14.35 B LBV 080 080
75898 V844 Cas 23 23 12.4 +55 05 37 12.5 (15.0 V M 079 079
75899 V845 Cas 23 23 57.0 +57 07 25 13.9 14.8 P RR: 006 007
75900 V409 And 23 24 50.4 +39 44 53 14.1 ( 0.15 ) B ZZ 009 GSC
75901 V534 Cep 23 27 11.0 +64 43 08 12.6 15.3 V LB 079 079
75902 V410 And 23 29 33.2 +48 42 44 14.4 15.1 P RRAB 006 007
75903 V846 Cas 23 31 01.1 +60 50 34 14.2 15.0 B DCEP 069 069
75904 V847 Cas 23 33 45.2 +53 27 24 14.8 15.6 P EA: 006 007
75905 V848 Cas 23 34 00.6 +53 00 20 15.2 16.2 P EA: 006 007
75906 V849 Cas 23 35 14.0 +52 50 40 13.8 15.6 P * 006 008
75907 V850 Cas 23 35 17.2 +58 34 10 12.9 15.2 V SR 079 079
75908 V851 Cas 23 35 36.8 +53 27 08 14.1 15.1 P EA: 006 007
75909 V411 And 23 38 01.8 +50 16 22 15.0 16.1 P EB 006 008
75910 V852 Cas 23 43 43.4 +58 23 37 13.1 15.1 V SR 079 079
75911 V853 Cas 23 46 44.6 +54 37 23 12.5 15.5 V M 079 079
75912 V854 Cas 23 49 41.4 +66 18 09 11.3 14.3 V M 079 079
75913 BW Scl 23 50 25.0 -39 08 28 16.20 16.54 V NL 247 248
75914 V412 And 23 51 07.5 +45 20 40 11.9 ( 0.44 ) V EA 010 GSC
75915 V413 And 23 51 31.8 +39 00 15 7.61 8.46 U EA/RS 296 BD
75916 V370 Peg 23 52 06.5 +28 06 08 16.3 (21. R UG: 208 303
\end{verbatim}

\newpage
\large
\centerline{\normalsize Table 2}
\small
\smallskip
\begin{tabular}{l@{ }l@{ }l@{ }p{11truecm}}
V402&And =& 75002 &= Var 62.\\
V403&And =& 75009 &= Tmz V64. \\
V404&And =& 75013 &= IRXSJ010124.9+411503 = GSC 2807.01423.\\
V405&And =& 75023 &= GSC 3298.01172 = RX J0222.4+4729. \\
V406&And =& 75027 &= NSV 15549 = HIP 012056 = HD 15965 (A) = BD\,+45\deg628 = SAO 038145 = GSC 3295.02164 = PPM 45234.\\
V407&And =& 75885 &= NSV 14448 = S 9476.\\
V408&And =& 75891 &= NSV 14525 = S 10111. \\
V409&And =& 75900 &= GSC 3234.00590 = WD 2324+3944 = HS 2324+3944 [009].\\
V410&And =& 75902 &= NSV 14601 = S 9479.\\
V411&And =& 75909 &= NSV 14662 = S 10118.\\
V412&And =& 75914 &= GSC 3639.01081.\\
V413&And =& 75915 &= HIP 117844 = HD 223971 (F8) = BD\,+38\deg5091 = SAO 073597 =\\
& & &GSC 3233.00166 = ADS 17087 AB = IRAS 23515+3900 = PPM 89232.\\
PQ &Aps =& 75289 &= No.\ 434 [012] = GSC 9440.00527. Field star in the region of the globular cluster IC 4499.\\
LY &Aqr =& 75788 &= PSR J2051-0827. The star is irradiated by a millisecond pulsar at a 2\fhr4 orbit.\\
LZ &Aqr =& 75808 &= XTE J2123-058.\\
MM &Aqr =& 75870 &= HD 213637 (F2) = BD\,$-$20\deg6447 = CPD\,$-$20\deg8374 = GSC 6391.00745 = PPM 273945.\\
MN &Aqr =& 75884 &= AN 188.1937 = CSV 5649 = NSV 14411 = HV 9754.\\
V1485&Aql =& 75715 &= HIP 091911 = GSC 5121.00188 = WR 121 = AS 320 = LS IV\,$-$03\deg9.\\
V1486&Aql =& 75719 &= GSC 5132.01651 = IRAS 19027--0323.\\
V1487&Aql =& 75724 &= GRS 1915+105 = X-ray Nova Aql 1992.\\
V1488&Aql =& 75729 &= Tsesevich's ``GM Aql''. Erroneously called ``GM Aql'' in several papers.\\
V1489&Aql =& 75738 &= GSC 1062.00092.\\
V1490&Aql =& 75739 &= GSC 1062.00033 = Be V1.\\
V1491&Aql =& 75741 &= HD 188309 (A2) = BD\,+12\deg4129 = SAO 105394 = GSC 1070.01862 =\\
& & & PPM 137182.\\
V1492&Aql =& 75749 &= Be V2.\\
V1493&Aql =& 75720 &= Nova Aql 1999 No.\ 1.\\
V1494&Aql =& 75725 &= Nova Aql 1999 No.\ 2.\\
V871&Ara =& 75345 &= HD 331015 (A) = CoD\,$-$48\deg10986 = CPD\,$-$48\deg8614 = GSC 8329.03364.\\
V872&Ara =& 75346 &= NSV 20726 = HIP 081650 = HD 149989 (A5) = CoD\,$-$51\deg 10403 =\\
& & & CPD\,$-$51\deg 9815 = SAO 244058 = GSC 8337.01763 = PPM 345296.\\
V873&Ara =& 75352 &= HIP 083603 = HD 154043 (B2) = CoD\,$-$46\deg11203 = CPD\,$-$46\deg8376 =\\
& & &SAO 227604 = GSC 8332.00658 = GSC 8332.01687 = LSS 3908 = IRAS 17015--4700 = PPM 322577.\\
V874&Ara =& 75358 &= NSV 08216 = CSV 2952 = HV 9017 = AN 486.1935 = GSC 8727.01397 = Prager 4213 = IRAS 17049--5235.\\
V875&Ara =& 75359 &= GSC 8340.02253 = Hazen's var [031].\\
V876&Ara =& 75374 &= WD 1714-547 = BPM 24754 = L 269-72.\\
V464&Aur =& 75084 &= Tmz V67 = GSC 2378.00943 = IRAS 04359+3248.\\
V465&Aur =& 75087 &= Tmz V150 = GSC 2386.01166 = IRAS 04434+3552.\\
V466&Aur =& 75091 &= Tmz V145 = GSC 2399.00613 = IRAS 04488+3658.\\
V467&Aur =& 75092 &= Tmz V138 = GSC 2898.02103 = IRAS 04523+4041.\\
V468&Aur =& 75093 &= GSC 2906.00213.\\
V469&Aur =& 75094 &= Tmz V137 = GSC 2399.01065 = IRAS 04525+3643 E = CCS-II 815.\\
V470&Aur =& 75095 &= NSV 01771 = CSV 6139 = GSC 2906.00279 = VB 11 [035].\\
V471&Aur =& 75096 &= Tmz V142 = GSC 2399.00707 = IRAS 04527+3417.\\
V472&Aur =& 75097 &= Tmz V132 = GSC 2396.01097 = IRAS 04564+3458.\\
V473&Aur =& 75098 &= Tmz V148 = GSC 2400.02106 = IRAS 04595+3639 = CCS-II 840.\\
V474&Aur =& 75099 &= Tmz V135 = GSC 2899.01951 = IRAS 05012+4002.\\
V475&Aur =& 75100 &= Tmz V151 = GSC 1857.00534 = IRAS 05033+2922.\\
V476&Aur =& 75101 &= Tmz V125 = GSC 2903.01077 = IRAS 05040+4238.\\
V477&Aur =& 75102 &= NSV 01838 = CSV 493 = AN 642.1936 = Prager 2681 = Tmz V117 =\\
& & &IRAS 05054+5156.\\
V478&Aur =& 75103 &= Tmz V141 = GSC 2899.01662 = IRAS 05062+4040 = CCS-II 863.\\
V479&Aur =& 75104 &= Tmz V149 = GSC 2900.01610 = IRAS 05068+3919 = CCS 293 =\\
& & &CCS-II 866.\\
\end{tabular}
\newpage
\large
\centerline{\normalsize Table 2 (continued)}
\small
\smallskip
\begin{tabular}{l@{ }l@{ }l@{ }p{11truecm}}
V480&Aur =& 75105 &= Tmz V147 = GSC 2900.01811 = IRAS 05068+3945 = CCS 292 =\\
& & & CCS-II 867.\\
V481&Aur =& 75106 &= Tmz V140 = GSC 2904.00165 = IRAS 05068+4115.\\
V482&Aur =& 75107 &= Tmz V154 = GSC 2397.00008 = IRAS 05074+3353.\\
V483&Aur =& 75109 &= Tmz V113 = GSC 3735.00617 = IRAS 05076+5414.\\
V484&Aur =& 75111 &= Tmz V114 = GSC 3735.00892 = IRAS 05092+5351.\\
V485&Aur =& 75119 &= Tmz V61 = IRAS 05128+5010.\\
V486&Aur =& 75120 &= Tmz V144 = GSC 2402.00333 = IRAS 05143+3656.\\
V487&Aur =& 75122 &= Tmz V139 = GSC 2909.00681 = IRAS 05173+3807.\\
V488&Aur =& 75123 &= Tmz V128 = IRAS 05187+4700.\\
V489&Aur =& 75124 &= Tmz V127 = GSC 2917.02203.\\
V490&Aur =& 75127 &= Tmz V143 = GSC 2411.00721 = IRAS 05253+3504.\\
V491&Aur =& 75128 &= Tmz V134.\\
V492&Aur =& 75134 &= Tmz V116 = GSC 3371.01920 = IRAS 05329+5200 = CCS-II 995.\\
V493&Aur =& 75140 &= Q 1997/029 = TAV J0550+543 = GSC 3754.00324.\\
V494&Aur =& 75143 &= Tmz V27 [002] = Q 1992/092 [037] = TAV 0556+55 = IRAS 05563+5527.\\
V495&Aur =& 75166 &= NSV 03199 = CSV 851 = HV 7661 = Prager 2895 = GSC 3394.01630.\\
V496&Aur =& 75186 &= Cataclysmic var in Aur.\\
FQ &Boo =& 75282 &= HIP 067481 = HD 120500 (A0) = BD\,+09\deg2814 = SAO 120130 =\\
& & &GSC 0900.00517 = PPM 160087.\\
FR &Boo =& 75283 &= HIP 068660 = HD 122767 (K0) = BD\,+25\deg2723 = SAO 083143 =\\
& & &GSC 2006.00326 = IRAS 14009+2450 = PPM 103044.\\
FS &Boo =& 75296 &= Tmz V124 = IRAS 05084+4543.\\
FT &Cam =& 75038 &= Var 64.\\
FU &Cam =& 75039 &= Tmz V69 = GSC 4057.02314 = IRAS 03194+6446.\\
FV &Cam =& 75041 &= Tmz V165 = GSC 4326.00987 = IRAS 03219+6758.\\
FW &Cam =& 75043 &= Tmz V167 = IRAS 03259+6713.\\
FX &Cam =& 75044 &= Tmz V166 = GSC 4326.01134 = IRAS 03285+6754.\\
FY &Cam =& 75045 &= Tmz V174 = GSC 4062.00894 = IRAS 03321+6126.\\
FZ &Cam =& 75046 &= Tmz V175 = GSC 4062.01834 = IRAS 03362+6037.\\
GG &Cam =& 75047 &= Tmz V176 = GSC 4062.01264 = IRAS 03364+6055.\\
GH &Cam =& 75048 &= GSC 4074.01055.\\
GI &Cam =& 75049 &= Tmz V161 = GSC 4327.02146 = IRAS 03381+6825.\\
GK &Cam =& 75050 &= Tmz V164 = GSC 4075.00206 = IRAS 03394+6537.\\
GL &Cam =& 75056 &= Tmz V177 = GSC 3729.00639 = IRAS 03445+5807.\\
GM &Cam =& 75062 &= Tmz V180 = IRAS 03550+5752.\\
GN &Cam =& 75063 &= Tmz V179 = GSC 3730.01328 = IRAS 03583+5911.\\
GO &Cam =& 75064 &= Tmz V181 = GSC 3722.00779 = IRAS 03592+5605 = CCS 174 =\\
& & & CCS-II 599.\\
GP &Cam =& 75065 &= Tmz V186 = GSC 3722.00392 = IRC+60137 = IRAS 04004+5547.\\
GQ &Cam =& 75066 &= HIP 019404 = HD 25914 (B0) = BD\,+56\deg884 = SAO 024438 =\\
& & &GSC 3726.00069 = LS V\,+56\deg56 = PPM 28950.\\
GR &Cam =& 75068 &= Tmz V66 = GSC 3719.00598 = IRAS 04113+5248 = CCS-II 634.\\
GS &Cam =& 75069 &= Tmz V199 = IRAS 04118+5412 = CCS-II 638.\\
GT &Cam =& 75071 &= Tmz V187 = GSC 3719.00086 = IRAS 04153+5348.\\
GU &Cam =& 75073 &= Tmz V171 = GSC 3723.01031 = IRAS 04207+5548 = CCS-II 674.\\
GV &Cam =& 75076 &= Tmz V170 = GSC 4077.00415 = IRAS 04246+6639.\\
GW &Cam =& 75077 &= Tmz V172 = GSC 3744.00340 = IRAS 04274+5811.\\
GX &Cam =& 75078 &= Tmz V158 = GSC 4069.00121.\\
GY &Cam =& 75079 &= Tmz V121 = GSC 4082.00838 = AFGL 595 = IRAS 04307+6210.\\
GZ &Cam =& 75080 &= Tmz V178 = GSC 4078.01230 = IRAS 04310+5955.\\
HH &Cam =& 75081 &= Tmz V120 = GSC 3740.00267 = IRAS 04310+5717 = CCS-II 717.\\
HI &Cam =& 75082 &= Tmz V156 = IRAS 04311+6306.\\
HK &Cam =& 75083 &= Tmz V168 = GSC 4090.00861 = IRAS 04313+6644.\\
HL &Cam =& 75085 &= Tmz V160 = GSC 4329.02580 = IRAS 04393+6849.\\
HM &Cam =& 75086 &= Tmz V118 = GSC 3737.01376 = IRAS 04423+5423 = CCS-II 759.\\
HN &Cam =& 75090 &= Tmz V119 = GSC 4078.00980 = IRAS 04462+6005.\\
HO &Cam =& 75110 &= Tmz V13 = GSC 3747.01489 = IRAS 05084+5916.\\
HP &Cam =& 75146 &= Tmz V78 = GSC 4345.00822 = IRAS 06013+6733.\\
HQ &Cam =& 75148 &= Tmz V79 = GSC 4108.00235.\\
HR &Cam =& 75177 &= WD 0710+741 = GD 448 = LP 034-185 [044].\\
\end{tabular}
\newpage
\large
\centerline{\normalsize Table 2 (continued)}
\small
\smallskip
\begin{tabular}{l@{ }l@{ }l@{ }p{11truecm}}
HS &Cam =& 75179 &= RX J0719.2+6557 = 1RXSJ071913.4+655734.\\
HT &Cam =& 75193 &= RX J0757.0+6306 = 1RXSJ075700.5+630602.\\
HU &Cam =& 75195 &= NSV 03881 = CSV 1189 = AN 215.1937 = GSC 4540.02590.\\
HV &Cam =& 75197 &= GSC 4540.01553.\\
HW &Cam =& 75199 &= NSV 03999 = CSV 6617 = GSC 4631.01941 = BV 217 [051].\\
GP &Cnc =& 75202 &= GSC 0223.01761.\\
GQ &Cnc =& 75225 &= NSV 04411 = CSV 6694 = GSC 1954.00180.\\
DD &CVn =& 75259 &= HIP 060571 = HD 108100 (F2) = BD\,+43\deg2221 = SAO 044164 = \\
& & &GSC 3020.00692 = PPM 52972.\\
DE &CVn =& 75276 &= RX J1326.9+4532 = GSC 3460.00780.\\
NS &CMa =& 75153 &= V4 (NGC 2243) = GSC 7074.00075.\\
NT &CMa =& 75154 &= V6 (NGC 2243) [056] = 4130 (NGC 2243) [057] = 287 (NGC 2243) [058]. Field star.\\
NU &CMa =& 75155 &= V2 (NGC 2243) [056] = 4105 (NGC 2243) [057] = 296 (NGC 2243) [058].\\
NV &CMa =& 75156 &= V1 (NGC 2243) [056] = 2101 (NGC 2243) [057] = 379 (NGC 2243) [058].\\
NW &CMa =& 75157 &= V3 (NGC 2243) [056] = 3219 (NGC 2243) [057].\\
NX &CMa =& 75158 &= V5 (NGC 2243) [056].\\
NY &CMa =& 75162 &= Tmz V106 = GSC 5386.01721 = IRAS 06380--1250.\\
NZ &CMa =& 75165 &= HIP 032101 = HD 48424 (B8) = BD\,$-$22\deg1503 = CoD\,$-$22\deg3397 =\\
& & & CPD\,$-$22\deg1405 = SAO 172191 = GSC 5961.01025 = PPM 250861.\\
OO &CMa =& 75167 &= Tmz V101 = GSC 6529.02034 = IRAS 06442--2617.\\
OP &CMa =& 75171 &= Tmz V105 = IRAS 06518--1503.\\
OQ &CMa =& 75172 &= Tmz V104 = GSC 5950.00603 = IRAS 06521--1456.\\
OR &CMa =& 75173 &= Tmz V108 = IRAS 06533--1200.\\
OS &CMa =& 75175 &= HIP 034561 = HR 2699 = HD 54764 (B3) = BD\,$-$16\deg1802 = SAO 152477 = GSC 5964.00378 = ADS 5837 A = IDS 0705.1S1604 A = LSS 202 =\\
& & &PPM 218247.\\
OT &CMa =& 75178 &= NSV 17396 = Tmz V21 = GSC 7107.00835 = IRAS 07126--3254.\\
OU &CMa =& 75181 &= Star 10.\\
BX &CMi =& 75176 &= NSV 03438 = CSV 6558 = Weber 23 = GSC 0762.02022.\\
BY &CMi =& 75188 &= NSV 03624 = CSV 1065 = GSC 0186.01233 = AN 286.1928 = Prager 478.\\
BX &Cap =& 75789 &= Tmz V5 = GSC 6352.01154.\\
BY &Cap =& 75825 &= HIP 107095 = 42 Cap = HR 8283 = HD 206301 (G5) = BD\,$-$14\deg6102 = SAO 164580 = GSC 5799.01135 = LTT 8644 = IRAS 21388--1416 = \\
& & &PPM 239206.\\
$\gamma$ &Cap =& 75821 &= HIP 106985 = $\gamma$ Cap = 40 Cap = HD 206088 (F0p) = BD\,$-$17\deg6340 = \\
& & &SAO 164560 = GSC 6362.01078 = PPM 239166.\\
V539&Car =& 75201 &= NSV 17897 = HD 71808 (B9) = CoD\,$-$56\deg2246 = CPD\,$-$56\deg1643 = \\
& & &SAO 235981 = GSC 8575.01296 = PPM 336909.\\
V540&Car =& 75241 &= HIP 052762 = HD 93619 (A0) = CoD\,$-$56\deg3569 = CPD\,$-$56\deg3810 =\\
& & &SAO 238476 = GSC 8622.00626 = LSS 1906 = PPM 339453.\\
V541&Car =& 75243 &= HD 94035 (Oa) = GSC 8961.00618 = WR 30 = LSS 1970 = He 3-507.\\
V823&Cas =& 75001 &= GSC 4018.01807. Triple-mode pulsator, similar to AC And.\\
V824&Cas =& 75003 &= Var 52 = GSC 4019.03103.\\
V825&Cas =& 75004 &= GSC 4015.00972.\\
V826&Cas =& 75007 &= NSV 00203 = Q 1989/051 = GSC 4016.00784 = IRAS 00321+6102 =\\
& & & CCS 20 = CCS-II 82.\\
V827&Cas =& 75008 &= Var 53 = GSC 4020.00751.\\
V828&Cas =& 75010 &= HBC 6 = LkH$\alpha$ 200.\\
V829&Cas =& 75015 &= AFGL 190 = IRAS 01144+6658. Position needs improvement.\\
V830&Cas =& 75016 &= NSV 00461 = CSV 5909 = Weber 97 = GSC 3276.01206.\\
V831&Cas =& 75019 &= RX J0146.9+6121 = 2S 0142+61 = GSC 4032.02521 = LS
I\,+61\deg 235.\\
V832&Cas =& 75020 &= MWC 17 = GSC 4032.02792 = IRAS 01441+6026.\\
V833&Cas =& 75031 &= Var 54 = GSC 4052.00261.\\
V834&Cas =& 75032 &= Var 55.\\
V835&Cas =& 75033 &= Tmz V62 = GSC 4056.01024 = IRAS 03028+6516 = CSS 54 = CSS-II 70.\\
V836&Cas =& 75034 &= Var 56 = GSC 4053.01572.\\
V837&Cas =& 75887 &= LD 269 = IRAS 23132+5710.\\
V838&Cas =& 75892 &= LD 273 = IRAS 23207+5558.\\
V839&Cas =& 75893 &= V2 (NGC 7654) = GSC 4279.00020.\\
V840&Cas =& 75894 &= V5 (NGC 7654).\\
\end{tabular}
\newpage
\large
\centerline{\normalsize Table 2 (continued)}
\small
\smallskip
\begin{tabular}{l@{ }l@{ }l@{ }p{11truecm}}
V841&Cas =& 75895 &= V4 (NGC 7654).\\
V842&Cas =& 75896 &= V1 (NGC 7654) = GSC 4279.00242.\\
V843&Cas =& 75897 &= V3 (NGC 7654).\\
V844&Cas =& 75898 &= LD 274 = GSC 4003.01940 = IRAS 23232+5505.\\
V845&Cas =& 75899 &= NSV 14557 = S 9478.\\
V846&Cas =& 75903 &= Var 59 = GSC 4280.00611.\\
V847&Cas =& 75904 &= NSV 14636 = S 9480.\\
V848&Cas =& 75905 &= NSV 14637 = S 9481.\\
V849&Cas =& 75906 &= NSV 14645 = S 10116 = GSC 4000.00280. Variations around a mean level which gradually becomes brighter. Similar to FG Sge?\\
V850&Cas =& 75907 &= LD 277 = IRAS 23352+5834.\\
V851&Cas =& 75908 &= NSV 14647 = S 9483.\\
V852&Cas =& 75910 &= LD 278 = IRAS 23437+5823.\\
V853&Cas =& 75911 &= LD 279 = IRAS 23467+5437.\\
V854&Cas =& 75912 &= LD 280 = TASV J2352+665 [287] = IRC+70202 [288] = AFGL3170 = \\
& & &IRAS 23496+6618.\\
V1023&Cen =& 75249 &= HIP 057567 = HD 102541 (A2) = CoD\,$-$39\deg7307 = CPD\,$-$39\deg5270 = \\
& & &SAO 223032 = GSC 7745.00853 = PPM 316792.\\
V1024&Cen =& 75256 &= CoD\,$-$53\deg4543 = CPD\,$-$53\deg5072 = SAO 239853 (F2) = GSC 8633.03030 = PPM 340889.\\
V1025&Cen =& 75263 &= RX J1238-38.\\
V1026&Cen =& 75265 &= NSV 19502 = HIP 062774 = HD 111709 (F0) = CoD\,$-$51\deg7065 = \\
& & &CPD\,$-$51\deg5561 = SAO 240327 = GSC 8257.00858 = PPM 341371.\\
V1027&Cen =& 75269 &= Tmz V38 = GSC 7253.01614 = IRAS 12555--3142.\\
V1028&Cen =& 75272 &= NSV 19573 = HIP 063547 = CoD\,$-$48\deg7859 = CPD\,$-$48\deg5215 = \\
& & &GSC 8254.01269 = IRAS 12584--4837 = He 3-847 = Wray 15 1048.\\
V1029&Cen =& 75273 &= NSV 19694 = HIP 064896 = HD 115363 (B0) = CoD\,$-$63\deg831 = \\
& & &CPD\,$-$63\deg2684 = SAO 252250 = GSC 8994.03853 = LSS 3014 = PPM 360011.\\
V1030&Cen =& 75277 &= HD 116979 (F8) = CoD\,$-$46\deg8663 = CPD\,$-$46\deg6362 = SAO 224154 = \\
& & &GSC 8252.03215 [085] = PPM 318503.\\
V1031&Cen =& 75281 &= Tmz V40 = GSC 7266.01333 = IRAS 13392--3019.\\
V1032&Cen =& 75285 &= CoD\,$-$40\deg8434 = GSC 7811.01917 = IRAS 14050--4109 = PDS 70 [086].\\
V464&Cep =& 75764 &= LD 298 = IRAS 20284+6406.\\
V465&Cep =& 75765 &= K\"ustner 80 (NGC 6939) = Star 33 (NGC 6939) = GSC 4233.01966. Field star?\\
V466&Cep =& 75766 &= Star 154 (NGC 6939).\\
V467&Cep =& 75767 &= K\"ustner 95 (NGC 6939) = Star 63 (NGC 6939).\\
V468&Cep =& 75768 &= K\"ustner 125 (NGC 6939) = Star 28 (NGC 6939) = GSC 4233.01726.\\
V469&Cep =& 75769 &= K\"ustner 134 (NGC 6939) = Star 11 (NGC 6939) = GSC 4233.01561.\\
V470&Cep =& 75770 &= K\"ustner 147 (NGC 6939) = Star 98 (NGC 6939).\\
V471&Cep =& 75778 &= LD 299.\\
V472&Cep =& 75784 &= LD 304 = IRAS 20461+6024.\\
V473&Cep =& 75785 &= LD 305 = IRAS 20464+6127.\\
V474&Cep =& 75786 &= LD 306 = IRAS 20480+6315.\\
V475&Cep =& 75790 &= LD 307.\\
V476&Cep =& 75793 &= LD 309 = IRAS 20593+5753.\\
V477&Cep =& 75796 &= LD 310 = IRAS 21021+5946.\\
V478&Cep =& 75800 &= LD 312 = GSC 3961.00044.\\
V479&Cep =& 75804 &= LD 221 = GSC 4248.00077 = IRAS 21126+6138.\\
V480&Cep =& 75805 &= LD 313 = IRAS 21156+5517.\\
V481&Cep =& 75807 &= LD 222 = IRAS 21182+6113.\\
V482&Cep =& 75809 &= LD 223.\\
V483&Cep =& 75810 &= LD 224 = GSC 4252.00770 = IRAS 21237+6146.\\
V484&Cep =& 75811 &= LD 225 = IRAS 21262+6240.\\
V485&Cep =& 75812 &= LD 315 = GSC 4257.00783 = IRAS 21300+6414.\\
V486&Cep =& 75813 &= LD 226 = GSC 4249.00543 = IRAS 21318+6133.\\
V487&Cep =& 75814 &= LD 227.\\
V488&Cep =& 75815 &= NSV 13802 = Gieseking 15 [289] = GSC 3975.00109 = IRAS 21337+5723. In the region of the nebula IC 1396.\\
V489&Cep =& 75817 &= GSC 4261.01197.\\
V490&Cep =& 75823 &= Cep X-4 = GS 2138+56.\\
\end{tabular}
\newpage
\large
\centerline{\normalsize Table 2 (continued)}
\small
\begin{tabular}{l@{ }l@{ }l@{ }p{11truecm}}
V491&Cep =& 75824 &= LD 230 = IRAS 21386+5922.\\
V492&Cep =& 75827 &= LD 231 = IRAS 21429+6625.\\
V493&Cep =& 75828 &= LD 232 = IRAS 21468+5747.\\
V494&Cep =& 75829 &= LD 233 = IRAS 21469+6224.\\
V495&Cep =& 75832 &= LD 234 = IRAS 21494+5913.\\
V496&Cep =& 75833 &= LD 235 = IRAS 21509+6234 [290].\\
V497&Cep =& 75836 &= NSV 13949 = HIP 108052 = BD\,+61\deg2213 = SAO 019711 \\
& & &= GSC 4266.01293 = ADS 15430 A = PPM 23275 (B8) = Hill 4 (NGC 7160).\\
V498&Cep =& 75837 &= LD 237.\\
V499&Cep =& 75838 &= LD 238 = GSC 4266.03002 = IRAS 21538+6329.\\
V500&Cep =& 75839 &= NSV 25795 = LD 239 [079] = GSC 4270.00646 = IRAS 21540+6341 = \\
& & &154 (Be 33) [093] = CCS 3087 = CCS-II 5508.\\
V501&Cep =& 75840 &= NSV 25800 = LD 240 = Q 1995/033 = IRAS 21560+6358.\\
V502&Cep =& 75841 &= LD 241.\\
V503&Cep =& 75842 &= LD 242.\\
V504&Cep =& 75843 &= LD 243 = GSC 4266.02925 = IRAS 21570+6329.\\
V505&Cep =& 75845 &= LD 244 = GSC 4275.02480.\\
V506&Cep =& 75846 &= LD 245 = IRAS 22001+6244.\\
V507&Cep =& 75847 &= LD 246 = GSC 4263.00653.\\
V508&Cep =& 75848 &= LD 247 = GSC 4267.02116 = IRAS 22018+6203 = CCS 3105 = \\
& & &CCS-II 5565.\\
V509&Cep =& 75849 &= LD 248 = GSC 4271.02284 = IRAS 22029+6356.\\
V510&Cep =& 75850 &= LD 249 = GSC 4267.00544 = IRAS 22029+6150 = CCS 3108 = \\
& & &CCS-II 5569.\\
V511&Cep =& 75851 &= LD 250 = IRAS 22051+6425.\\
V512&Cep =& 75852 &= LD 251 = GSC 4271.00380 = IRAS 22056+6513.\\
V513&Cep =& 75854 &= LD 252 = GSC 4267.02710.\\
V514&Cep =& 75855 &= LD 253 = GSC 3981.00582 = IRAS 22093+5923.\\
V515&Cep =& 75856 &= LD 254 = IRAS 22099+5950.\\
V516&Cep =& 75857 &= LD 255 = IRAS 22127+5949 = CCS 3122 = CCS-II 5613.\\
V517&Cep =& 75858 &= LD 256.\\
V518&Cep =& 75860 &= LD 257.\\
V519&Cep =& 75863 &= LD 258 = IRAS 22208+6354.\\
V520&Cep =& 75864 &= LD 259 = IRAS 22212+5627 = CCS 3127 = CCS-II 5644.\\
V521&Cep =& 75865 &= LD 260.\\
V522&Cep =& 75867 &= LD 261 = GSC 3995.00119 = IRAS 22248+5816.\\
V523&Cep =& 75872 &= LD 263 = IRAS 22339+6424.\\
V524&Cep =& 75873 &= LD 264 = IRAS 22357+6100.\\
V525&Cep =& 75875 &= MWC 657 = GSC 4265.00873 = IRAS 22407+6008.\\
V526&Cep =& 75876 &= LD 265 = IRAS 22411+6543.\\
V527&Cep =& 75878 &= LD 267 = IRAS 22489+6148.\\
V528&Cep =& 75879 &= LD 268 = IRAS 22495+5810.\\
V529&Cep =& 75880 &= NSV 14361 = GSC 3993.00410 = S 9473.\\
V530&Cep =& 75886 &= NSV 14469 = CSV 5694 = AN 396.1933 [291] = Prager 2390 = \\
& & &GSC 4609.00465 = IRAS 23131+7840.\\
V531&Cep =& 75888 &= LD 270 = IRAS 23160+6536.\\
V532&Cep =& 75889 &= LD 271 = IRAS 23164+6352.\\
V533&Cep =& 75890 &= LD 272 = IRAS 23178+6515.\\
V534&Cep =& 75901 &= LD 276 = IRAS 23271+6443 = CCS-II 5885.\\
EN &Cet =& 75006 &= Cataclysmic variable in Cetus.\\
EO &Cet =& 75017 &= PB 8783 = GSC 4684.01213.\\
EP &Cet =& 75025 &= NSV 15500 = HIP 011192 = HD 14940 (F0) = BD\,$-$16\deg438 = SAO 148373 = GSC 5860.02589 = PPM 211469.\\
DZ &Cha =& 75250 &= NSV 18943 = GSC 9419.01065 = IRAS 11472--7834 = PDS 59 [086].\\
DD &Cir =& 75286 &= Nova Cir 1999.\\
AN &Col =& 75125 &= HIP 025007 = HR 1772 = HD 35165 (B5p) = CoD\,$-$34\deg2207 \\
& & &= CPD\,$-$34\deg647 = SAO 195770 = GSC 7051.02303 = IDS 0517.7S3427 = PPM 281348 = He 3-7.\\
AO &Col =& 75129 &= Tmz V111 = GSC 6484.00290 = IRAS 05307-2802.\\
AP &Col =& 75147 &= RE J0604-34 [099] = 2RE J0604-34 = EUVEJ0604-34.5 = LTT 2449 =\\
& & &L 523-55 = LP 949-15 = GSC 7079.01500.\\
\end{tabular}
\newpage
\large
\centerline{\normalsize Table 2 (continued)}
\small
\smallskip
\begin{tabular}{l@{ }l@{ }l@{ }p{11truecm}}
KU &Com =& 75257 &= HIP 060266 = HD 107513 (A3) = BD\,+25\deg2495 = SAO 082262 = \\
& & &GSC 1989.00507 = Tr 82 (Coma cluster) = PPM 101832.\\
KV &Com =& 75262 &= S 10935 = RX J1235.5+1954 = GSC 1448.00255.\\
KW &Com =& 75266 &= S 10936 = RX J1253.6+2247 = GSC 1993.00876.\\
KX &Com =& 75268 &= S 10937 = RX J1256.8+2329 = GSC 1993.02793.\\
KY &Com =& 75270 &= S 10938 = RX J1258.9+2112 = GSC 1456.00171.\\
KZ &Com =& 75271 &= S 10939 = RX J1300.5+2255.\\
LL &Com =& 75274 &= NSV 06177 = CSV 7014 = SVS 1257 = GSC 2535.00670.\\
V721&CrA =& 75721 &= NSV 24696 = IRAS 19063--3709 = H$\alpha$ 16 [104] = PDS 99 [086].\\
VX &Crv =& 75258 &= NSV 05572 = CSV 1852 = Ross Var 234 = Prager 811.\\
V2176&Cyg =& 75728 &= USNO 1425.09823278.\\
V2177&Cyg =& 75732 &= LD 286.\\
V2178&Cyg =& 75734 &= RR Lyr type star [295].The coordinates in [295] refer to V2178 Cyg but the period, to V1510 Cyg.\\
V2179&Cyg =& 75736 &= LD 287 = GSC 3569.01495.\\
V2180&Cyg =& 75744 &= WR 130 = AS 374 = He 3 1810 = GSC 2670.01448.\\
V2181&Cyg =& 75748 &= Fr 4 = GSC 2671.01059.\\
V2182&Cyg =& 75751 &= LD 291.\\
V2183&Cyg =& 75758 &= NSV 13040 = HIP 120155 = HD 193928 (Oa) = BD\,+36\deg4028 = WR 141 = He 3 1888 = GSC 2684.00384 = LS II\,+36\deg65.\\
V2184&Cyg =& 75760 &= LD 295 = IRAS 20204+5251.\\
V2185&Cyg =& 75771 &= MT 421 (Cyg OB2) = R 856 (Cyg OB2) = GSC 3157.00617. Member of Cyg OB2 association.\\
V2186&Cyg =& 75772 &= MT 429 (Cyg OB2) = R 678 (Cyg OB2) = GSC 3161.01142. Member of Cyg OB2 association.\\
V2187&Cyg =& 75773 &= MT 487 (Cyg OB2) = R 713 (Cyg OB2) = Schulte 63 (Cyg OB2). Member of Cyg OB2 association.\\
V2188&Cyg =& 75774 &= MT 488 (Cyg OB2) = R 701 (Cyg OB2) = Schulte 64 (Cyg OB2). Member of Cyg OB2 association.\\
V2189&Cyg =& 75775 &= MT 506 (Cyg OB2). Cyg OB2 association nonmember.\\
V2190&Cyg =& 75776 &= MT 522 (Cyg OB2) = R 726 (Cyg OB2) = GSC 3161.01194. Member of Cyg OB2 association.\\
V2191&Cyg =& 75777 &= MT 554 (Cyg OB2) = R 721 (Cyg OB2). Member of Cyg OB2 association. VB. NE component varies.\\
V2192&Cyg =& 75779 &= LD 300 = IRAS 20342+6055.\\
V2193&Cyg =& 75780 &= NSV 13178 = CSV 5232 = GSC 2690.01033 = IRAS 20348+3212 = Zinner 1928 = DHK 23. Erroneously called BD\,+31\deg4152 in [113]. Mistakes in photometric data and identifications corrected in [114].\\
V2194&Cyg =& 75781 &= LD 302 = IRAS 20351+5315.\\
V2195&Cyg =& 75782 &= NSV 25294 = HIP 102237 = MS 8 [115] = V8 [116] = GSC 2695.01133 = G 210-31 = Ross766 = LHS 3574 = LTT 16056.\\
V2196&Cyg =& 75783 &= LD 303 = IRAS 20427+5422.\\
V2197&Cyg =& 75787 &= V58 = GSC 3167.01279.\\
V2198&Cyg =& 75791 &= LD 308 = IRAS 20549+5245.\\
V2199&Cyg =& 75792 &= V91.\\
V2200&Cyg =& 75794 &= NSV 13465 = CSV 103034 = HIP 103736 = HD 200311 (A0) = BD\,+43\deg3786 = SAO 050358 = GSC 3180.01158 = PPM 60842.\\
V2201&Cyg =& 75798 &= Var 58 = GSC 3596.00433.\\
V2202&Cyg =& 75799 &= Anon A Cyg = GSC 2706.03255.\\
V2203&Cyg =& 75801 &= KPD 2109+4401 = GSC 3181.03975.\\
V2204&Cyg =& 75806 &= LD 314 = GSC 3957.00189 = IRAS 21156+5412.\\
V2205&Cyg =& 75816 &= LD 228.\\
V2206&Cyg =& 75818 &= LD 229 = IRAS 21352+5427.\\
V2207&Cyg =& 75819 &= Var 2.\\
V2208&Cyg =& 75822 &= NSV 25722 = Var 3 [122] = LD 62 [123] = IRAS 21377+4304.\\
V2209&Cyg =& 75826 &= Var 66.\\
V2210&Cyg =& 75831 &= Var 1 = GSC 3192.00135.\\
V2211&Cyg =& 75834 &= MWC 645 = GSC 3968.03492 = IRAS 21516+5245.\\
V2212&Cyg =& 75835 &= LD 236 = IRAS 21519+5207.\\
NS &Del =& 75753 &= HIP 099866 = HD 192687 (A2) = BD\,+13\deg4334 = SAO 105903 = \\
& & &GSC 1085.01893 = PPM 138000.\\
\end{tabular}
\newpage
\large
\centerline{\normalsize Table 2 (continued)}
\small
\smallskip
\begin{tabular}{l@{ }l@{ }l@{ }p{11truecm}}
NT &Del =& 75759 &= HD 193949 (Pd) = GSC 1639.01907 = IRAS 20201+1956 = The central star of the planetary nebula NGC 6905 = PK 61--9\deg1 = He 2-466.\\
NU &Del =& 75795 &= Var in Del.\\
IR &Dra =& 75267 &= NSV 19558 = HIP 063076 = 8 Dra = HR 4916 = HD 112429 (F0) = BD\,+66\deg778 = SAO 015941 = GSC 4168.00930 = IRAS 12534+6542 = PPM 18423. According to [297], type EW.\\
IS &Dra =& 75280 &= NSV 06391 = CSV 7077 = BV 352 = GSC 4402.00018.\\
IT &Dra =& 75287 &= HIP 070819 = HD 127411 (A2) = BD\,+61\deg1432 = SAO 016394 = GSC 4173.01299 = PPM 19029.\\
IU &Dra =& 75294 &= NSV 20246 = HIP 073869 = HD 134319 (G5) = BD\,+64\deg1046 = SAO 016592 = GSC 4183.00491 = PPM 19283.\\
IV &Dra =& 75315 &= GSC 3869.00484.\\
IW &Dra =& 75349 &= Tmz V53 = GSC 3979.02090 = IRAS 16451+5317.\\
IX &Dra =& 75700 &= KUV 18126+6704 [298] = Object A [136].\\
IY &Dra =& 75705 &= Tmz V80 = GSC 4222.02085 = IRAS 18230+6418.\\
IZ &Dra =& 75718 &= LD 281 = GSC 4219.02324 = IRAS 18493+6213.\\
KK &Dra =& 75722 &= LD 282 = GSC 3932.00152.\\
KL &Dra =& 75726 &= SN 1998di/anon. gal. [137]. From its spectrum, a galactic cataclysmic var [138].\\
KM &Dra =& 75727 &= LD 283 = GSC 3933.00532.\\
KN &Dra =& 75730 &= LD 284 = GSC 3933.00464 = IRAS 19300+5913.\\
KO &Dra =& 75733 &= LD 285.\\
KP &Dra =& 75747 &= LD 289 = GSC 4236.01227.\\
KQ &Dra =& 75752 &= LD 290 = IRAS 20132+6547.\\
KR &Dra =& 75756 &= LD 292 = GSC 4240.01183.\\
KS &Dra =& 75757 &= LD 293 = GSC 4237.01933.\\
KT &Dra =& 75761 &= LD 296 = GSC 4241.01345 = IRAS 20227+6518.\\
AO &For =& 75029 &= HIP 012694 = HD 17025 (G0) = CoD\,$-$31\deg1099 = CPD\,$-$31\deg314 = SAO 193876 = GSC 7011.00599 = PPM 278256.\\
V349&Gem =& 75149 &= Tmz V9 = IRAS 06175+2347.\\
V350&Gem =& 75159 &= Tmz V11 = GSC 0745.01464 = IRAS 06313+1418.\\
V351&Gem =& 75164 &= Tmz V12 = IRAS 06402+1506 = CCS-II 1362.\\
V352&Gem =& 75180 &= Tmz V76 = GSC 1346.01099 = IRAS 07157+1540.\\
V353&Gem =& 75191 &= TASV J0752+133 = Q 1995/015 = GSC 0791.01215 = IRAS 07500+1330.\\
V1004&Her =& 75341 &= Tmz V70 = GSC 1505.00511 = IRAS 16212+1540.\\
V1005&Her =& 75344 &= GSC 3505.00677.\\
V1006&Her =& 75353 &= NSV 08156 = CSV 7585 = BD\,+39\deg3076 = BV 280 = GSC 3072.01250.\\
V1007&Her =& 75444 &= S 10946 = RX J1724.0+4114.\\
V1008&Her =& 75642 &= Var 61.\\
V1009&Her =& 75698 &= Tmz V31 = GSC 1579.01739.\\
V1010&Her =& 75699 &= Var star in Hercules.\\
V1011&Her =& 75710 &= Tmz V30 = GSC 2106.02463 = 1RX J182931.3+223426.\\
AF &Hor =& 75028 &= RE J0241--53 N = GSC 8491.01194. The fainter star in a pair of two dMe stars at $25''$ separation.\\
V357&Hya =& 75222 &= Tmz V84 = GSC 5455.00584 = IRAS 08510--1319.\\
V358&Hya =& 75229 &= NSV 04539 = CSV 101063 = AN 349.1934 = Prager 3303 = HD 82908 (A2) = BD\,+05\deg2200 = SAO 117785 = GSC 0238.00737 = PPM 155983.\\
V359&Hya =& 75232 &= HIP 048958 = HD 86592 (A0) = BD\,$-$12\deg3045 = SAO 155635 = GSC 5484.00804 = PPM 222283.\\
V360&Hya =& 75254 &= NSV 05552 = CSV 1846 = AN 27.1937 = BV 1662 = Prager 3538 = GSC 6689.01152 = IRAS 12168--2744.\\
V361&Hya =& 75284 &= EC 14026--2647 = GSC 6737.01229.\\
CD &Ind =& 75803 &= EUVE J2115--58.6 = RX J2115.7--5840.\\
CE &Ind =& 75830 &= HD 207259 (A0) = CoD\,$-$73\deg1585 = CPD\,$-$73\deg2240 = GSC 9335.00291 = PPM 375158.\\
V425&Lac =& 75844 &= NSV 13990 = S 8425 = GSC 3197.00357.\\
V426&Lac =& 75853 &= NSV 14046 = CSV 5517 = S 4581.\\
V427&Lac =& 75859 &= NSV 14115 = CSV 5542 = S 4587.\\
V428&Lac =& 75861 &= NSV 14131 = S 8582.\\
V429&Lac =& 75862 &= NSV 14134 = CSV 5545 = S 4588 = GSC 3611.01909.\\
V430&Lac =& 75866 &= NSV 14161 = S 8584.\\
\end{tabular}
\newpage
\large
\centerline{\normalsize Table 2 (continued)}
\small
\smallskip
\begin{tabular}{l@{ }l@{ }l@{ }p{11truecm}}
V431&Lac =& 75868 &= NSV 14189 = CSV 5566 = S 4592.\\
V432&Lac =& 75869 &= LD 262 = IRAS 22302+5455.\\
V433&Lac =& 75871 &= NSV 14220 = S 8588.\\
GG &Leo =& 75234 &= RX J1015.6+0904.\\
GH &Leo =& 75237 &= PG 1031+234 = Ton 527. A magnetic white dwarf showing variability with the rotation period.\\
GI &Leo =& 75238 &= Tmz V1 = GSC 0842.00327 = IRAS 10369+1239.\\
VY &LMi =& 75226 &= NSV 04493 = CSV 6721 = GSC 2500.00189.\\
VZ &LMi =& 75230 &= Tmz V35 = IRAS 09364+3428.\\
WW &LMi =& 75244 &= HIP 053355 = 48 LMi = HR 4254 = HD 94480 (F0) = BD\,+26\deg2147 = \\
& & &SAO 081576 = GSC 1978.00604 = PPM 100749.\\
YZ &Lep =& 75121 &= HIP 024825 = HR 1753 = HD 34798 (B8) = BD\,$-$18\deg1055 = SAO 150335 = ADS 3910 A = GSC 5906.01520 = PPM 215590.\\
ZZ &Lep =& 75126 &= HD 35914 (Pa) = BD\,$-$12\deg1172 = PK 215--24\deg1 = The central star of the planetary nebula IC 418 = GSC 5340.00684 = IRAS 05251--1244 = \\
& & &PPM 215798.\\
AA &Lep =& 75141 &= Tmz V110 = GSC 6491.00614 = IRAS 05521-2242.\\
AB &Lep =& 75142 &= The central star of the planetary nebula LoTr 1 = PK 228--22\deg1 = \\
& & &GSC 6491.00367. Chromospheric activity on the cool companion?\\
AC &Lep =& 75145 &= NSV 16753 = HIP 028434 = HR 2118 = HD 40745 (F0) = BD\,$-$12\deg1337 = SAO 151011 = GSC 5357.01904 = PPM 216566.\\
KK &Lib =& 75291 &= Tmz V25 = GSC 5583.00456.\\
LO &Lup =& 75292 &= RX J1507.6--4603 = GSC 8293.02003.\\
LP &Lup =& 75293 &= RX J1507.9--4515 = GSC 8293.00642.\\
LQ &Lup =& 75295 &= RX J1508.6--4423 = GSC 7833.02400.\\
LR &Lup =& 75297 &= RX J1514.0--4629 A.\\
LS &Lup =& 75298 &= RX J1515.9--4418 = GSC 7834.01690.\\
LT &Lup =& 75299 &= RX J1515.8--3331 = GSC 7316.00888.\\
LU &Lup =& 75300 &= RX J1517.8--3706 A.\\
LV &Lup =& 75301 &= RX J1517.8--3706 B.\\
LW &Lup =& 75302 &= RX J1518.5--3738 = GSC 7822.00158.\\
LX &Lup =& 75303 &= RX J1518.9--4050 = GSC 7826.02975.\\
LY &Lup =& 75304 &= RX J1519.3--4056 = GSC 7826.02835.\\
LZ &Lup =& 75305 &= RX J1522.2--3959 = GSC 7839.00870.\\
MM &Lup =& 75306 &= RX J1523.4--4055 = GSC 7839.01905.\\
MN &Lup =& 75307 &= RX J1523.5--3821.\\
MO &Lup =& 75308 &= RX J1524.0--3209 = GSC 7317.00295.\\
MP &Lup =& 75309 &= RX J1524.5--3652 = GSC 7325.00465.\\
MQ &Lup =& 75310 &= RX J1525.5--3613 = GSC 7325.00008.\\
MR &Lup =& 75311 &= RX J1525.6--3537 = GSC 7325.00322.\\
MS &Lup =& 75312 &= RX J1526.0--4501 = GSC 8295.01530.\\
MT &Lup =& 75314 &= RX J1538.0--3807 = GSC 7836.00597.\\
MU &Lup =& 75316 &= RX J1540.7--3756 = GSC 7837.00269.\\
MV &Lup =& 75317 &= RX J1550.0--3629 = GSC 7340.01137.\\
MW &Lup =& 75319 &= RX J1552.3--3819 = GSC 7838.01188.\\
MX &Lup =& 75320 &= RX J1555.6--3709 = GSC 7341.00480.\\
MY &Lup =& 75325 &= NSV 20470 = CoD\,$-$41\deg10484 = GSC 7859.01039 = IRAS 15573--4147 = PDS 77 [086].\\
MZ &Lup =& 75326 &= RX J1601.2--3320 = GSC 7333.00719.\\
NN &Lup =& 75327 &= RX J1602.0--3613 = GSC 7341.00534.\\
NO &Lup =& 75328 &= RX J1603.2--3239 = GSC 7334.00765.\\
NP &Lup =& 75329 &= RX J1605.6--3837.\\
NQ &Lup =& 75331 &= RX J1608.3--3843 = GSC 7851.01078.\\
DD &Lyn =& 75192 &= HIP 038723 = HR 3083 = HD 64491 (A0) = BD\,+35\deg1705 = SAO 060453 = GSC 2475.01304 = PPM 73264.\\
DE &Lyn =& 75200 &= Tmz V86 = GSC 3803.01143.\\
DF &Lyn =& 75204 &= KUV 08368+4026 = WD 0837+403.\\
DG &Lyn =& 75223 &= Tmz V89 = GSC 2986.00317.\\
DH &Lyn =& 75224 &= Tmz V87 = GSC 2987.01123 = IRAS 09055+4221.\\
DI &Lyn =& 75228 &= NSV 18235 = HIP 047053 = HR 3811 = HD 82780 (F2) = BD\,+40\deg2226 = SAO 042931 = ADS 7438 A = GSC 2992.01686 = PPM 74624.\\
\end{tabular}
\newpage
\large
\centerline{\normalsize Table 2 (continued)}
\small
\smallskip
\begin{tabular}{l@{ }l@{ }l@{ }p{11truecm}}
V559&Lyr =& 75709 &= Tmz V32 = GSC 2624.00209.\\
V560&Lyr =& 75711 &= Had V10 = IRAS 18275+2654.\\
V561&Lyr =& 75723 &= Anon Lyr = GSC 2657.00147.\\
CG &Mic =& 75762 &= HD 194750 (A0) = CoD\,$-$43\deg14014 = CPD\,$-$43\deg9241 = SAO 230234 = \\
& & &GSC 7961.01441 = PPM 326212.\\
CH &Mic =& 75763 &= HD 195112 (B9) = CoD\,$-$38\deg14071 = CPD\,$-$38\deg8036 = GSC 7950.00486 = PPM 300274.\\
CI &Mic =& 75797 &= HD 200623 (A2) = CoD\,$-$36\deg14592 = CPD\,$-$36\deg9308 = SAO 212697 = \\
& & &GSC 7483.00326 = PPM 300974.\\
V776&Mon =& 75144 &= BD\,$-$10\deg1334 = GSC 5352.00921 = IRAS 05567--1052 = CSS 124 = \\
& & &CSS-II 176.\\
V777&Mon =& 75150 &= NSV 02919 = HIP 030089 = HD 44179 (B8) = BD\,$-$10\deg1476 = SAO 151362 = ADS 4954 = GSC 5367.01134 = AFGL 915 = IRAS 06176--1036 = The central star of the Red Rectangle Nebula.\\
V778&Mon =& 75151 &= Anon B Mon = GSC 0145.00898 = IRAS 06230+0640.\\
V779&Mon =& 75160 &= Tmz V107 = IRAS 06370--0811.\\
V780&Mon =& 75161 &= W66 (NGC 2264) = VSB 46 (NGC 2264) = No.\ 43 (``B'' region) [171].\\
V781&Mon =& 75163 &= NSV 03115 = CSV 102518 = W149 (NGC 2264) = VSB 105 (NGC 2264) = No.\ 26 (``C'' region) [171].\\
V782&Mon =& 75168 &= Tmz V112 = IRAS 06449--0058.\\
V783&Mon =& 75169 &= Anon A Mon = GSC 0152.00069.\\
V784&Mon =& 75170 &= Anon C Mon = GSC 0152.00239.\\
V785&Mon =& 75174 &= R6 = IRAS 07063--0012.\\
V786&Mon =& 75182 &= R36 = GSC 4816.00252 = IRAS 07168--0037 = CSS 220 = CSS-II 334.\\
V787&Mon =& 75183 &= R28 = IRAS 07174--0203.\\
V788&Mon =& 75184 &= GSC 4817.00508.\\
V789&Mon =& 75185 &= BD\,$-$00\deg1712 = RE J0725--002 = EUVEJ0725--00.4 = GSC 4817.00468 = PPM 176902.\\
V790&Mon =& 75194 &= Tmz V82 = IRAS 07591--0957.\\
$\beta$&Mon =& 75152 &= NSV 02977 = HIP 030867 = $\beta$ Mon = 11 Mon = HR 2356 = HR 2357 = HR 2358 = HD 45725 (B2p) = HD 45726 = HD 45727 = BD\,$-$06\deg1574 = \\
& & &BD\,$-$06\deg1575 = SAO 133316 = SAO 133317 = ADS 5107 ABC = GSC 4797.01880 = GSC 4797.01881 = GSC 4797.01882 = MWC 143.\\
LZ &Mus =& 75251 &= Nova Mus 1998.\\
MM &Mus =& 75253 &= NSV 05551 = CSV 6905 = S 6397 = V3 [177] = GSC 9239.01860.\\
MN &Mus =& 75255 &= V2 .\\
MO &Mus =& 75260 &= HIP 060944 = HD 108659 (B3) = CoD\,$-$66\deg1234 = CPD\,$-$66\deg1783 = \\
& & &SAO 251932 = GSC 8987.01208 = PPM 359448.\\
MP &Mus =& 75275 &= CPD\,$-$68\deg1894 = GSC 9246.00971 = IRAS 13185--6922 = PDS 66 [086] = He 3-892 = Wray 15 1092.\\
$\gamma$&Mus =& 75261 &= HIP 061199 = $\gamma$ Mus = HR 4773 = HD 109026 (B5) = CoD\,$-$71\deg850 = CPD\,$-$71\deg1336 = SAO 256955 = GSC 9236.02907 = PPM 371540.\\
DR &Oct =& 75233 &= HIP 049616 = HD 89499 (G5) = CoD\,$-$84\deg102 = CPD\,$-$84\deg263 = \\
& & &GSC 9511.01761 = LHS 2221 = LTT 3751 = L 5--1.\\
V2394&Oph =& 75343 &= CoD\,$-$24\deg12698 = CPD\,$-$24\deg5704 = SAO 184441 = GSC 6799.00309 = \\
& & &PPM 265627.\\
V2395&Oph =& 75347 &= Had V5.\\
V2396&Oph =& 75348 &= Tmz V15 = IRAS 16418--2006.\\
V2397&Oph =& 75350 &= Tmz V73 = IRAS 16542--0902.\\
V2398&Oph =& 75351 &= NSV 20879 = HIP 083232 = CoD\,$-$27\deg11363 = GSC 6818.01058 = \\
& & &IRAS 16574--2733 = AS 216 = He 3-1311 = HBC 656.\\
V2399&Oph =& 75360 &= Tmz V72 = GSC 5648.00581 = IRAS 17074--1015.\\
V2400&Oph =& 75361 &= RX J1712.6--2414.\\
V2401&Oph =& 75362 &= Tmz V6 = GSC 5074.00435.\\
V2402&Oph =& 75364 &= Ter 0005.\\
V2403&Oph =& 75365 &= Ter 0006.\\
V2404&Oph =& 75367 &= Ter 0010.\\
V2405&Oph =& 75370 &= Ter 0018.\\
V2406&Oph =& 75371 &= Ter 0020.\\
V2407&Oph =& 75373 &= Ter 0028.\\
V2408&Oph =& 75375 &= Ter 0029.\\
\end{tabular}
\newpage
\large
\centerline{\normalsize Table 2 (continued)}
\small
\smallskip
\begin{tabular}{l@{ }l@{ }l@{ }p{11truecm}}
V2409&Oph =& 75376 &= Ter 0030.\\
V2410&Oph =& 75377 &= Ter 0031.\\
V2411&Oph =& 75378 &= Ter 0034.\\
V2412&Oph =& 75379 &= Ter 0036.\\
V2413&Oph =& 75380 &= Ter 0037.\\
V2414&Oph =& 75381 &= Ter 0038.\\
V2415&Oph =& 75382 &= Ter 0039.\\
V2416&Oph =& 75383 &= Ter 0042.\\
V2417&Oph =& 75385 &= Tmz V54.\\
V2418&Oph =& 75386 &= Ter 0050.\\
V2419&Oph =& 75387 &= Ter 0051 = IRAS 17159--2954.\\
V2420&Oph =& 75390 &= Ter 0058.\\
V2421&Oph =& 75391 &= Ter 0059.\\
V2422&Oph =& 75394 &= Ter 0067.\\
V2423&Oph =& 75395 &= Ter 0068.\\
V2424&Oph =& 75396 &= Tmz V14 = IRAS 17166--0546.\\
V2425&Oph =& 75397 &= NSV 08513 = CSV 7634 = BD\,$-$00\deg3264 = BV 167 = GSC 5066.00280.\\
V2426&Oph =& 75398 &= Ter 0070 = IRAS 17168--2856.\\
V2427&Oph =& 75399 &= Ter 0071.\\
V2428&Oph =& 75400 &= Ter 0073.\\
V2429&Oph =& 75402 &= Ter 0077.\\
V2430&Oph =& 75405 &= Ter 0081.\\
V2431&Oph =& 75406 &= Ter 0084.\\
V2432&Oph =& 75410 &= Ter 0090.\\
V2433&Oph =& 75411 &= Ter 0098 = IRAS 17183--2838.\\
V2434&Oph =& 75413 &= Ter 0105 = GSC 6837.00483 = IRAS 17186--2914 = CSS 523 = CSS-II 975 = Hen 176.\\
V2435&Oph =& 75414 &= Ter 0113.\\
V2436&Oph =& 75416 &= Ter 0119.\\
V2437&Oph =& 75417 &= Ter 0121.\\
V2438&Oph =& 75418 &= Ter 0123.\\
V2439&Oph =& 75419 &= Ter 0125.\\
V2440&Oph =& 75420 &= Ter 0132.\\
V2441&Oph =& 75422 &= Ter 0136.\\
V2442&Oph =& 75423 &= Ter 0139.\\
V2443&Oph =& 75424 &= Tmz V41 = IRAS 17200--0831.\\
V2444&Oph =& 75426 &= Ter 0141.\\
V2445&Oph =& 75427 &= Ter 0144.\\
V2446&Oph =& 75428 &= Ter 0146 = IRAS 17201--2859.\\
V2447&Oph =& 75430 &= Ter 0149.\\
V2448&Oph =& 75431 &= Ter 0150.\\
V2449&Oph =& 75432 &= Ter 0152.\\
V2450&Oph =& 75433 &= Ter 0153.\\
V2451&Oph =& 75434 &= Ter 0154.\\
V2452&Oph =& 75436 &= Ter 0166.\\
V2453&Oph =& 75437 &= Ter 0168.\\
V2454&Oph =& 75438 &= Ter 0172.\\
V2455&Oph =& 75439 &= Ter 0177.\\
V2456&Oph =& 75440 &= Ter 0180.\\
V2457&Oph =& 75441 &= Ter 0184.\\
V2458&Oph =& 75442 &= Ter 0186.\\
V2459&Oph =& 75443 &= Ter 0192.\\
V2460&Oph =& 75445 &= Ter 0203.\\
V2461&Oph =& 75447 &= Tmz V58 = GSC 5067.00337 = IRAS 17233--0048.\\
V2462&Oph =& 75448 &= Ter 0225.\\
V2463&Oph =& 75449 &= NSV 08653 = Ter 0227 = Ter 0297 [185].\\
V2464&Oph =& 75450 &= NSV 08654 = Ter 0228 = Ter 0173 [186].\\
V2465&Oph =& 75451 &= Ter 0236.\\
V2466&Oph =& 75454 &= Ter 0244 = IRAS 17241--2921.\\
V2467&Oph =& 75456 &= NSV 08679 = Ter 0254 = Ter 0002 [186].\\
V2468&Oph =& 75457 &= NSV 08678 = Ter 0253 = Ter 0406 [185].\\
\end{tabular}
\newpage
\large
\centerline{\normalsize Table 2 (continued)}
\small
\smallskip
\begin{tabular}{l@{ }l@{ }l@{ }p{11truecm}}
V2469&Oph =& 75458 &= Ter 0274.\\
V2470&Oph =& 75459 &= Ter 0280.\\
V2471&Oph =& 75461 &= NSV 08710 = Ter 0287 = Ter 0004 [186].\\
V2472&Oph =& 75463 &= NSV 08757 = Ter 0320 = Ter 0091 [186].\\
V2473&Oph =& 75464 &= Ter 0332.\\
V2474&Oph =& 75465 &= NSV 08787 = Ter 0337 = Ter 0096 [186].\\
V2475&Oph =& 75466 &= Ter 0340.\\
V2476&Oph =& 75467 &= Ter 0345.\\
V2477&Oph =& 75468 &= Ter 0368.\\
V2478&Oph =& 75469 &= Ter 0385.\\
V2479&Oph =& 75471 &= Ter 0390.\\
V2480&Oph =& 75472 &= Ter 0399.\\
V2481&Oph =& 75475 &= NSV 08922 = Ter 0432 = Ter 0039 [186].\\
V2482&Oph =& 75477 &= Ter 0474.\\
V2483&Oph =& 75478 &= NSV 09001 = Ter 0485 = Ter 0052 [186].\\
V2484&Oph =& 75481 &= NSV 09028 = Ter 0495 = Ter 0056 [186].\\
V2485&Oph =& 75482 &= Ter 0506.\\
V2486&Oph =& 75483 &= Ter 0529.\\
V2487&Oph =& 75484 &= Nova Oph 1998.\\
V2488&Oph =& 75487 &= Ter 0574 = IRAS 17303--2955.\\
V2489&Oph =& 75488 &= Ter 0586.\\
V2490&Oph =& 75489 &= Ter 0599.\\
V2491&Oph =& 75490 &= NSV 22756 = Ter 0602 = Ter 2622 [187].\\
V2492&Oph =& 75493 &= Ter 0620.\\
V2493&Oph =& 75494 &= NSV 09295 = CSV 3321 = HV 10994 = GSC 1001.00723.\\
V2494&Oph =& 75495 &= Tmz V51 = GSC 5660.00180 = IRAS 17367--0757.\\
V2495&Oph =& 75496 &= Tmz V77 = GSC 5085.01171 = IRAS 17368--0210.\\
V2496&Oph =& 75497 &= LWHM 9 = OH 359.508+0.179.\\
V2497&Oph =& 75498 &= LWHM 10 = OH 359.513+0.174.\\
V2498&Oph =& 75499 &= Tmz V29 = IRAS 17405-0419.\\
V2499&Oph =& 75635 &= NSV 09887 = CSV 3600 = AN 359.1933 = Prager 1357 = GSC 1011.01856 = IRAS 17542+1006.\\
V2500&Oph =& 75636 &= NSV 09910 = CSV 7737 = HIP 087937 = BD\,+04\deg3561 = Barnard's star = GSC 0425.00184 = Gliese 699 = G 140--24 = LHS 57 = LTT 15309.\\
V2501&Oph =& 75641 &= Be V6 = GSC 1008.00332.\\
V2502&Oph =& 75701 &= NSV 24359 = HIP 089601 = HR 6844 = HD 167858 (F0) = BD\,+00\deg3907 = SAO 123320 = GSC 0432.01027 = PPM 165535.\\
V1396&Ori =& 75108 &= WD 0507+0435 = HS 0507+0434 = GSC 0107.02201. VB (two DA white dwarfs). Variability refers to component B.\\
V1397&Ori =& 75130 &= NSV 02274 = CSV 6249 = Rosino E18 [301] = JW 320 (Orion nebula) [196].\\
V1398&Ori =& 75131 &= NSV 02284 = CSV 6253 = Rosino E20 [301] = JW 409 (Orion nebula) [196] = Par 1824 = Brun 557.\\
V1399&Ori =& 75132 &= NSV 02310 = CSV 100591 = JW 669 (Orion nebula) [196] = Par 1961 = Brun 658.\\
V1400&Ori =& 75133 &= JW 762 (Orion nebula) [196] = Par 2010.\\
V1401&Ori =& 75135 &= NSV 02363 = CSV 6291 = Rosino E33 [301] = JW 954 (Orion nebula) [196] = Par 2166.\\
V1402&Ori =& 75136 &= G 102--21 = GSC 0722.00041.\\
V1403&Ori =& 75137 &= NSV 02541 = CSV 650 = SVS 1007 [201] = HD 290807 (G5) =\\
& & &GSC 4767.00483.\\
V1404&Ori =& 75138 &= AFGL 799 = IRAS 05377+1346.\\
V393&Pav =& 75743 &= RX J1957.1--5738.\\
V364&Peg =& 75802 &= Cataclysmic var in Pegasus.\\
V365&Peg =& 75820 &= NSV 13826 = CSV 5455 = HV 6152 = Prager 5616 = GSC 2189.00704.\\
V366&Peg =& 75874 &= Anon Peg = GSC 2228.01602.\\
V367&Peg =& 75877 &= Var 65.\\
V368&Peg =& 75882 &= Var 63.\\
V369&Peg =& 75883 &= NSV 26006 = KUV 23012+1702.\\
V370&Peg =& 75916 &= Cataclysmic var in Pegasus.\\
V595&Per =& 75022 &= NSV 00802 = BD\,+56\deg575 = SAO 023251 = GSC 3694.01255 = PPM 27521 = Oo 2299 ($\chi$ Per).
\end{tabular}
\newpage
\large
\centerline{\normalsize Table 2 (continued)}
\small
\smallskip
\begin{tabular}{l@{ }l@{ }l@{ }p{11truecm}}
V596&Per =& 75026 &= AFGL 341 = IRAS 02293+5748.\\
V597&Per =& 75030 &= HD 17892 (A5) = BD\,+39\deg659 = SAO 055974 = GSC 2850.00397 =\\
& & &PPM 45638.\\
V598&Per =& 75035 &= Var 57 = GSC 3706.00612.\\
V599&Per =& 75036 &= FS 3 ($\alpha$ Per) = GSC 3319.00537. Cluster non-member? Not identical with Ross 347 = LTT 11060.\\
V600&Per =& 75037 &= HD 20511 (A0) = BD\,+32\deg602 = SAO 056342 = GSC 2345.01896 =\\
& & &PPM 68334.\\
V601&Per =& 75040 &= AP J0323+4853 ($\alpha$ Per).\\
V602&Per =& 75042 &= FS 4 ($\alpha$ Per) = AP 78 ($\alpha$ Per) = GSC 3320.00475.\\
V603&Per =& 75055 &= Tmz V189 = IRAS 03440+5101.\\
V604&Per =& 75067 &= Tmz V184 = GSC 3332.00001 = IRAS 04086+4832.\\
V605&Per =& 75070 &= Tmz V188 = GSC 3340.00336 = IRAS 04139+5205.\\
V606&Per =& 75072 &= Tmz V191 = IRAS 04167+5138.\\
V607&Per =& 75074 &= Tmz V198 = GSC 3341.00174 = IRAS 04222+5212.\\
V608&Per =& 75075 &= Tmz V197 = GSC 3341.00799 = IRAS 04229+5139 = CCS 210 =\\
& & &CCS-II 682.\\
V609&Per =& 75088 &= Tmz V115 = IRAS 04446+5135.\\
V610&Per =& 75089 &= Tmz V133 = GSC 2897.02362 = IRAS 04461+4012.\\
DS &Psc =& 75012 &= NSV 00361 = CSV 111 = HV 6379 = Prager 2493 = GSC 0015.00112.\\
DT &Psc =& 75014 &= NSV 00444 = HIP 005772 = HR 363 = HD 7351 (Ma) = BD\,+27\deg196 = SAO 074576 = GSC 1753.02053 = RAFGL 4090S = IRC+30024 =\\
& & &IRAS 01113+2815 = CSS 20 = CSS-II 26 = PPM 90593.\\
V441&Pup =& 75187 &= XRS 07283-258 = 3A 0726-260 = 4U 0728-25 = GSC 6542.02168.\\
V442&Pup =& 75189 &= NSV 17558 = HIP 037444 = HD 62150 (Oe5) = CoD\,$-$32\deg4287 =\\
& & &CPD\,$-$32\deg1682 = SAO 198293 = GSC 7110.03221 = LSS 675 = PPM 284275.\\
V443&Pup =& 75190 &= HIP 037876 = HD 63099 (Oa) = CoD\,$-$34\deg3879 = CPD\,$-$34\deg1643 =\\
& & &GSC 7114.00644 = WR 9 = He 3-73 = LSS 753 = IC 2206.\\
V444&Pup =& 75198 &= PH$\alpha$ 41 [219] = Wray 15 180 = HBC 559 = GSC 7133.04546 =\\
& & &IRAS 08120--3559.\\
$\zeta$ &Pup =& 75196 &= HIP 039429 = $\zeta$ Pup = HR 3165 = HD 66811 (Od) = CoD\,$-$39\deg3939 = CPD\,$-$39\deg2111 = SAO 198752 = GSC 7663.04093 = LSS 949 = PPM 312524.\\
V345&Sge =& 75740 &= Sanders 142 (NGC 6838) = V7 (NGC 6838) = GSC 1620.01470. Cluster non-member.\\
V346&Sge =& 75745 &= NSV 12742 = S 8348.\\
V347&Sge =& 75746 &= NSV 12763 = S 8352.\\
V348&Sge =& 75754 &= Tmz V60 = GSC 1626.01154 = IRAS 20134+1906.\\
V4444&Sgr =& 75643 &= Nova Sgr 1999.\\
V4445&Sgr =& 75500 &= LWHM 30 = OH 359.748+0.274.\\
V4446&Sgr =& 75501 &= LWHM 54 = OH 359.889+0.361.\\
V4447&Sgr =& 75502 &= LWHM 6 = OH 359.487+0.081.\\
V4448&Sgr =& 75503 &= No.\ 7. In the LWHM 3 field.\\
V4449&Sgr =& 75504 &= LWHM 76 = OH 0.001+0.352.\\
V4450&Sgr =& 75505 &= LWHM 79 = OH 0.019+0.345.\\
V4451&Sgr =& 75506 &= LWHM 64 = OH 359.943+0.260.\\
V4452&Sgr =& 75507 &= LWHM 29 = OH 359.746+0.134.\\
V4453&Sgr =& 75508 &= LWHM 41 = OH 359.800+0.165.\\
V4454&Sgr =& 75509 &= No.\ 1. In the LWHM 41 field.\\
V4455&Sgr =& 75510 &= LWHM 7 = OH 359.496--0.036.\\
V4456&Sgr =& 75511 &= No.\ 10. In the LWHM 7 field.\\
V4457&Sgr =& 75512 &= LWHM 21 = OH 359.675--0.069.\\
V4458&Sgr =& 75513 &= LWHM 33 = OH 359.762+0.120.\\
V4459&Sgr =& 75514 &= LWHM 46 = OH 359.825+0.153.\\
V4460&Sgr =& 75515 &= No.\ 10. In the LWHM 8 field.\\
V4461&Sgr =& 75516 &= LWHM 8 = OH 359.502--0.054.\\
V4462&Sgr =& 75517 &= LWHM 14 = OH 359.598+0.000.\\
V4463&Sgr =& 75518 &= LWHM 35 = OH 359.765+0.082.\\
V4464&Sgr =& 75519 &= LWHM 55 = OH 359.890+0.155.\\
V4465&Sgr =& 75520 &= LWHM 32 = OH 359.760+0.072.\\
V4466&Sgr =& 75521 &= LWHM 27 = OH 359.719+0.025.\\
V4467&Sgr =& 75522 &= No.\ 1. In the LWHM 27 field.\\
\end{tabular}
\newpage
\large
\centerline{\normalsize Table 2 (continued)}
\small
\smallskip
\begin{tabular}{l@{ }l@{ }l@{ }p{11truecm}}
V4468&Sgr =& 75523 &= LWHM 20 = OH 359.669--0.019.\\
V4469&Sgr =& 75524 &= LWHM 71 = OH 359.974+0.162.\\
V4470&Sgr =& 75525 &= LWHM 22 = OH 359.678--0.024.\\
V4471&Sgr =& 75526 &= LWHM 12 = OH 359.576--0.091.\\
V4472&Sgr =& 75527 &= No.\ 23. In the LWHM 78 field.\\
V4473&Sgr =& 75528 &= LWHM 38 = OH 359.778+0.010. \\
V4474&Sgr =& 75529 &= LWHM 78 = OH 0.018+0.156. \\
V4475&Sgr =& 75530 &= LWHM 18 = OH 359.640--0.084. \\
V4476&Sgr =& 75531 &= No.\ 18. In the LWHM 18 field. \\
V4477&Sgr =& 75532 &= LWHM 48 = OH 359.837+0.030. \\
V4478&Sgr =& 75533 &= No.\ 3. In the LWHM 48 field. \\
V4479&Sgr =& 75534 &= LWHM 57 = OH 359.902+0.061. \\
V4480&Sgr =& 75535 &= LWHM 17 = OH 359.636--0.108. \\
V4481&Sgr =& 75536 &= LWHM 101 = OH 0.200+0.233. \\
V4482&Sgr =& 75537 &= LWHM 26 = OH 359.716--0.070. \\
V4483&Sgr =& 75538 &= LWHM 34 = OH 359.763--0.042. \\
V4484&Sgr =& 75539 &= LWHM 96 = OH 0.173+0.211. \\
V4485&Sgr =& 75540 &= LWHM 23 = OH 359.681--0.095. \\
V4486&Sgr =& 75541 &= LWHM 42 = OH 359.803--0.021. \\
V4487&Sgr =& 75542 &= No.\ 11 = OH 359.797--0.025. In the LWHM 42 field.\\
V4488&Sgr =& 75543 &= No.\ 63. In the LWHM 34 field. \\
V4489&Sgr =& 75544 &= LWHM 86 = OH 0.076+0.146. \\
V4490&Sgr =& 75545 &= LWHM 24 = OH 359.684--0.104. \\
V4491&Sgr =& 75546 &= LWHM 19 = OH 359.652--0.131. \\
V4492&Sgr =& 75547 &= LWHM 47 = OH 359.825--0.024. \\
V4493&Sgr =& 75548 &= No.\ 1. In the LWHM 60 field. \\
V4494&Sgr =& 75549 &= LWHM 25 = OH 359.711--0.100. \\
V4495&Sgr =& 75550 &= No.\ 29. In the LWHM 60 field. \\
V4496&Sgr =& 75551 &= LWHM 44 = OH 359.810--0.070. \\
V4497&Sgr =& 75552 &= LWHM 40 = OH 359.799--0.090. \\
V4498&Sgr =& 75553 &= LWHM 16 = OH 359.634--0.195. \\
V4499&Sgr =& 75554 &= LWHM 104 = OH 0.221+0.168. \\
V4500&Sgr =& 75555 &= No.\ 15. In the LWHM 13 field. \\
V4501&Sgr =& 75556 &= LWHM 91 = OH/IR 0.13+0.10 = OH 0.129+0.103. The second of the two variables with the same OH/IR name in [226].\\
V4502&Sgr =& 75557 &= OH/IR 0.13+0.10. The first of the two variables with the same OH/IR name in [226].\\
V4503&Sgr =& 75558 &= LWHM 37 = OH 359.776--0.120.\\
V4504&Sgr =& 75559 &= LWHM 53 = OH 359.888--0.051.\\
V4505&Sgr =& 75560 &= LWHM 58 = OH 359.906--0.041.\\
V4506&Sgr =& 75561 &= LWHM 88 = OH 0.083+0.064. \\
V4507&Sgr =& 75562 &= LWHM 50 = OH 359.855--0.078.\\
V4508&Sgr =& 75563 &= LWHM 68 = OH 359.955--0.031. A close double star.\\
V4509&Sgr =& 75564 &= LWHM 59 = OH 359.911--0.059. \\
V4510&Sgr =& 75565 &= No.\ 1 = OH 359.918--0.055. In the LWHM 59 field. \\
V4511&Sgr =& 75566 &= No.\ 7 = OH 359.947--0.046. In the LWHM 65 field. \\
V4512&Sgr =& 75567 &= LWHM 65 = OH 359.946--0.047. \\
V4513&Sgr =& 75568 &= LWHM 63 = OH 359.939--0.052. \\
V4514&Sgr =& 75569 &= No.\ 7 = OH 359.932--0.059. In the LWHM 61 field. \\
V4515&Sgr =& 75570 &= No.\ 11 = OH 359.965--0.043. In the LWHM 69 field. \\
V4516&Sgr =& 75571 &= No.\ 1. In the LWHM 69 field. \\
V4517&Sgr =& 75572 &= LWHM 69 = OH 359.970--0.049. \\
V4518&Sgr =& 75573 &= LWHM 115 = OH 0.352+0.175. \\
V4519&Sgr =& 75574 &= LWHM 45 = OH 359.814--0.162. \\
V4520&Sgr =& 75575 &= LWHM 73 = OH 359.986--0.061. \\
V4521&Sgr =& 75576 &= LWHM 75 = OH 359.999--0.061. \\
V4522&Sgr =& 75577 &= LWHM 95 = OH 0.142+0.026. \\
V4523&Sgr =& 75578 &= LWHM 36 = OH 359.768--0.207. \\
V4524&Sgr =& 75579 &= LWHM 99 = OH 0.189+0.052. \\
V4525&Sgr =& 75580 &= No.\ 3. In the LWHM 36 field.\\
\end{tabular}

\newpage
\large
\centerline{\normalsize Table 2 (continued)}
\small
\smallskip
\begin{tabular}{l@{ }l@{ }l@{ }p{11truecm}}
V4526&Sgr =& 75581 &= No.\ 57. In the LWHM 72 field.\\
V4527&Sgr =& 75582 &= No.\ 6. In the LWHM 75 field. \\
V4528&Sgr =& 75583 &= No.\ 2. In the LWHM 72 field. \\
V4529&Sgr =& 75584 &= LWHM 116 = OH 0.379+0.159. \\
V4530&Sgr =& 75585 &= LWHM 81 = OH 0.040--0.056. \\
V4531&Sgr =& 75586 &= LWHM 100 = OH 0.190+0.036. \\
V4532&Sgr =& 75587 &= LWHM 109 = OH 0.274+0.086. \\
V4533&Sgr =& 75588 &= No.\ 5. In the LWHM 70 field. \\
V4534&Sgr =& 75589 &= LWHM 77 = OH 0.007--0.088. \\
V4535&Sgr =& 75590 &= NSV 23765 = LWHM 82 [191] = VR3 [227] = OH 0.053--0.062 = IRAS 17428--2854.\\
V4536&Sgr =& 75591 &= No.\ 31. In the LWHM 93 field.\\
V4537&Sgr =& 75592 &= LWHM 92 = OH 0.129--0.020. \\
V4538&Sgr =& 75593 &= LWHM 70 = OH 359.971--0.119. \\
V4539&Sgr =& 75594 &= No.\ 8. In the LWHM 92 field. \\
V4540&Sgr =& 75595 &= LWHM 93 = OH 0.134--0.023. \\
V4541&Sgr =& 75596 &= LWHM 103 = OH 0.217+0.023. \\
V4542&Sgr =& 75597 &= No.\ 7. In the LWHM 103 field.\\
V4543&Sgr =& 75598 &= No.\ 85. In the LWHM 85 field.\\
V4544&Sgr =& 75599 &= LWHM 43 = OH 359.803--0.248. \\
V4545&Sgr =& 75600 &= LWHM 90 = OH 0.113--0.060. \\
V4546&Sgr =& 75601 &= LWHM 51 = OH 359.873--0.209. \\
V4547&Sgr =& 75602 &= No.\ 2. In the LWHM 74 field. \\
V4548&Sgr =& 75603 &= LWHM 114 = OH 0.349+0.053. \\
V4549&Sgr =& 75604 &= LWHM 106 = OH 0.241--0.014. \\
V4550&Sgr =& 75605 &= LWHM 87 = OH 0.079--0.114. \\
V4551&Sgr =& 75606 &= LWHM 105 = OH 0.225--0.055. \\
V4552&Sgr =& 75607 &= LWHM 80 = OH 0.036--0.182. \\
V4553&Sgr =& 75608 &= LWHM 98 = OH 0.180--0.098. \\
V4554&Sgr =& 75609 &= No.\ 4. In the LWHM 94 field. \\
V4555&Sgr =& 75610 &= LWHM 94 = OH 0.138--0.136. \\
V4556&Sgr =& 75611 &= LWHM 121 = OH 0.452+0.046. \\
V4557&Sgr =& 75612 &= LWHM 113 = OH 0.336--0.027. \\
V4558&Sgr =& 75613 &= No.\ 6. In the LWHM 121 field.\\
V4559&Sgr =& 75614 &= LWHM 117 = OH 0.395+0.008. \\
V4560&Sgr =& 75615 &= LWHM 108 = OH 0.265--0.078. \\
V4561&Sgr =& 75616 &= LWHM 28 = OH 359.745--0.404. \\
V4562&Sgr =& 75617 &= LWHM 85 = OH 0.071--0.205. \\
V4563&Sgr =& 75618 &= LWHM 122 = OH 0.453+0.026. \\
V4564&Sgr =& 75619 &= No.\ 1. In the LWHM 39 field. \\
V4565&Sgr =& 75620 &= LWHM 39 = OH 359.783--0.392. \\
V4566&Sgr =& 75621 &= No.\ 11. In the LWHM 122 field.\\
V4567&Sgr =& 75622 &= LWHM 120 = OH 0.447--0.006. \\
V4568&Sgr =& 75623 &= LWHM 107 = OH 0.261--0.143. \\
V4569&Sgr =& 75624 &= Had V1 = IRAS 17437--1801. \\
V4570&Sgr =& 75625 &= LWHM 110 = OH 0.307--0.176. \\
V4571&Sgr =& 75626 &= No.\ 3. In the LWHM 49 field. \\
V4572&Sgr =& 75627 &= LWHM 49 = OH 359.851--0.533. \\
V4573&Sgr =& 75628 &= LWHM 119 = OH 0.437--0.179. \\
V4574&Sgr =& 75629 &= LWHM 127 = OH 0.536--0.130. \\
V4575&Sgr =& 75630 &= LWHM 126 = OH 0.523--0.206. \\
V4576&Sgr =& 75631 &= No.\ 1. In the LWHM 126 field. \\
V4577&Sgr =& 75637 &= TLE 105 = IRAS 17573--2848. \\
V4578&Sgr =& 75639 &= WR 105 = AS 268 = LSS 4569 = Ve 2-47 = GSC 6842.01547.\\
V4579&Sgr =& 75640 &= NSV 24159 = Nova Sgr 1986 = GSC 6850.03110.\\
V4580&Sgr =& 75644 &= SAX J1808.4--3658 = XTE J1808--369.\\
V4581&Sgr =& 75645 &= Var 1. Near NGC 6558. \\
V4582&Sgr =& 75646 &= Var 2. Near NGC 6558. \\
V4583&Sgr =& 75647 &= Var 3. Near NGC 6558. \\
V4584&Sgr =& 75648 &= Var E1. Near NGC 6558.\\
V4585&Sgr =& 75649 &= Var 4. Near NGC 6558. \\
\end{tabular}
\newpage
\large
\centerline{\normalsize Table 2 (continued)}
\small
\smallskip
\begin{tabular}{l@{ }l@{ }l@{ }p{11truecm}}
V4586&Sgr =& 75650 &= Var 5. Near NGC 6558. \\
V4587&Sgr =& 75651 &= Var 6. Near NGC 6558. \\
V4588&Sgr =& 75652 &= Var 8. Near NGC 6558. \\
V4589&Sgr =& 75653 &= Var 7. Near NGC 6558. \\
V4590&Sgr =& 75654 &= Var 9. Near NGC 6558. \\
V4591&Sgr =& 75655 &= Var 10. Near NGC 6558.\\
V4592&Sgr =& 75656 &= Var 12. Near NGC 6558.\\
V4593&Sgr =& 75657 &= Var 13. Near NGC 6558.\\
V4594&Sgr =& 75658 &= Var 14. Near NGC 6558.\\
V4595&Sgr =& 75659 &= Var 16. Near NGC 6558.\\
V4596&Sgr =& 75660 &= Var 17. Near NGC 6558.\\
V4597&Sgr =& 75661 &= Var 19. Near NGC 6558.\\
V4598&Sgr =& 75662 &= Var 20. Near NGC 6558.\\
V4599&Sgr =& 75663 &= Var 21. Near NGC 6558.\\
V4600&Sgr =& 75664 &= Var 23. Near NGC 6558.\\
V4601&Sgr =& 75665 &= Var 26. Near NGC 6558.\\
V4602&Sgr =& 75666 &= Var 27. Near NGC 6558.\\
V4603&Sgr =& 75667 &= Var 28. Near NGC 6558.\\
V4604&Sgr =& 75668 &= Var 31. Near NGC 6558.\\
V4605&Sgr =& 75669 &= Var 32. Near NGC 6558.\\
V4606&Sgr =& 75670 &= Var 34. Near NGC 6558.\\
V4607&Sgr =& 75671 &= Var 35. Near NGC 6558.\\
V4608&Sgr =& 75672 &= Var 36. Near NGC 6558.\\
V4609&Sgr =& 75673 &= Var 38. Near NGC 6558.\\
V4610&Sgr =& 75674 &= Var 40. Near NGC 6558.\\
V4611&Sgr =& 75675 &= Var 41. Near NGC 6558.\\
V4612&Sgr =& 75676 &= Var 44. Near NGC 6558.\\
V4613&Sgr =& 75677 &= Var 45. Near NGC 6558.\\
V4614&Sgr =& 75678 &= Var 46. Near NGC 6558.\\
V4615&Sgr =& 75679 &= Var 47. Near NGC 6558.\\
V4616&Sgr =& 75680 &= Var 49. Near NGC 6558.\\
V4617&Sgr =& 75681 &= Var 48. Near NGC 6558.\\
V4618&Sgr =& 75682 &= Var 50. Near NGC 6558.\\
V4619&Sgr =& 75683 &= Var 51. Near NGC 6558.\\
V4620&Sgr =& 75684 &= Var 52. Near NGC 6558.\\
V4621&Sgr =& 75685 &= Var 53. Near NGC 6558.\\
V4622&Sgr =& 75686 &= Var 54. Near NGC 6558.\\
V4623&Sgr =& 75687 &= Var E3. Near NGC 6558.\\
V4624&Sgr =& 75688 &= Var 55. Near NGC 6558.\\
V4625&Sgr =& 75689 &= Var 56. Near NGC 6558.\\
V4626&Sgr =& 75690 &= Var 57. Near NGC 6558.\\
V4627&Sgr =& 75691 &= Var 58. Near NGC 6558.\\
V4628&Sgr =& 75692 &= Var 59. Near NGC 6558.\\
V4629&Sgr =& 75693 &= Var 60. Near NGC 6558.\\
V4630&Sgr =& 75694 &= Var 61. Near NGC 6558.\\
V4631&Sgr =& 75695 &= Var 62. Near NGC 6558.\\
V4632&Sgr =& 75696 &= Var 63. Near NGC 6558.\\
V4633&Sgr =& 75703 &= Nova Sgr 1998. \\
V4634&Sgr =& 75708 &= NSV 24453 = GS 1826--24.\\
V4635&Sgr =& 75712 &= Tmz V59 = GSC 7394.00153 = IRAS 18304--3011.\\
V4636&Sgr =& 75716 &= Tmz V8.\\
V4637&Sgr =& 75717 &= IRAS 18491--2631.\\
V4638&Sgr =& 75731 &= HD 184185 (Mb) = BD\,$-$21\deg5435 = CPD\,$-$21\deg7432 = SAO 188285 = \\
& & &GSC 6310.01156 = IRAS 19310--2102 = PPM 269966.\\
V4639&Sgr =& 75742 &= Tmz V74 = GSC 6895.01345.\\
V4640&Sgr =& 75750 &= CoD\,$-$40\deg13747 sf = EC 20117--4014 = GSC 7952.02164.\\
V4641&Sgr =& 75702 &= SAX J1819.3--2525 = XTE J1819--254 = GSC 6848.03786. In many papers, erroneously called GM Sgr. The chart in [308] is wrong.\\
V1093&Sco =& 75332 &= RX J1608.5--3900 A.\\
V1094&Sco =& 75333 &= RX J1608.6--3922 = GSC 7855.01162.\\
V1095&Sco =& 75335 &= RX J1609.7--3854 = GSC 7851.00658.\\
\end{tabular}
\newpage
\large
\centerline{\normalsize Table 2 (continued)}
\small
\smallskip
\begin{tabular}{l@{ }l@{ }l@{ }p{11truecm}}
V1096&Sco =& 75336 &= RX J1610.1--4016 = GSC 7856.00051.\\
V1097&Sco =& 75337 &= RX J1613.0--4004 = GSC 7856.00085.\\
V1098&Sco =& 75338 &= NSV 20552 = PDS 81 [086] = GSC 6209.00923 = IRAS 16112--1930.\\
V1099&Sco =& 75339 &= HD 147402 (G0) = CoD\,$-$39\deg10425 = CPD\,$-$39\deg6939 = GSC 7857.00514 = PPM 294997.\\
V1100&Sco =& 75340 &= Tmz V56 = GSC 6806.00309 = IRAS 16201--2949.\\
V1101&Sco =& 75354 &= Sco X-2 = GX 349+2 = X 1702--363 = 3U 1702--36 = 2S 1702--363.\\
V1102&Sco =& 75355 &= M [239]. In the field of the X-ray source Sco X-2 = GX 349+2.\\
V1103&Sco =& 75356 &= V2 . In the field of the X-ray source Sco X-2 = GX 349+2.\\
V1104&Sco =& 75357 &= HD 326823 (Oe5) = CoD\,$-$42\deg11834 = CPD\,$-$42\deg7632 = GSC 7877.00311 = IRAS 17033--4232 = He 3 1330 = LSS 3918.\\
V1105&Sco =& 75363 &= Ter 0001.\\
V1106&Sco =& 75366 &= Ter 0008.\\
V1107&Sco =& 75368 &= Ter 0012.\\
V1108&Sco =& 75369 &= Ter 0015.\\
V1109&Sco =& 75372 &= Ter 0024.\\
V1110&Sco =& 75384 &= Ter 0043.\\
V1111&Sco =& 75388 &= Ter 0054.\\
V1112&Sco =& 75389 &= Ter 0056.\\
V1113&Sco =& 75392 &= Ter 0062.\\
V1114&Sco =& 75393 &= Ter 0063.\\
V1115&Sco =& 75401 &= Ter 0075.\\
V1116&Sco =& 75403 &= Ter 0079.\\
V1117&Sco =& 75404 &= Ter 0080.\\
V1118&Sco =& 75407 &= Ter 0086.\\
V1119&Sco =& 75408 &= Ter 0087.\\
V1120&Sco =& 75409 &= Ter 0089.\\
V1121&Sco =& 75412 &= Ter 0099.\\
V1122&Sco =& 75415 &= Ter 0116.\\
V1123&Sco =& 75421 &= Ter 0133.\\
V1124&Sco =& 75425 &= Ter 0140.\\
V1125&Sco =& 75429 &= Ter 0148.\\
V1126&Sco =& 75435 &= Ter 0157.\\
V1127&Sco =& 75446 &= Ter 0210.\\
V1128&Sco =& 75452 &= NSV 21994 = Ter 0237 = Ter 1517 [243].\\
V1129&Sco =& 75453 &= Ter 0240.\\
V1130&Sco =& 75455 &= Ter 0249 = IRAS 17242--3045. \\
V1131&Sco =& 75460 &= NSV 08706 = Ter 0283 = Ter 0314 [185].\\
V1132&Sco =& 75470 &= NSV 08864 = Ter 0389 = Ter 0110 [186].\\
V1133&Sco =& 75473 &= NSV 08889 = Ter 0410 = Ter 0356 [185].\\
V1134&Sco =& 75474 &= Ter 0411 = IRAS 17268--3141. \\
V1135&Sco =& 75476 &= NSV 08927 = Ter 0438 = Ter 0041 [186].\\
V1136&Sco =& 75480 &= NSV 09015 = Ter 0490 = Ter 0256 [186].\\
V1137&Sco =& 75485 &= NSV 09110 = Ter 0549 = Ter 0391 [185].\\
V1138&Sco =& 75486 &= NSV 09123 = Ter 0560 = Ter 0402 [185].\\
V1139&Sco =& 75491 &= Ter 0603 = IRAS 17321--3053. \\
V1140&Sco =& 75492 &= Ter 0605 = IRAS 17322--3111. \\
V1141&Sco =& 75632 &= Nova Sco 1997. \\
V1142&Sco =& 75634 &= Nova Sco 1998. \\
BV &Scl =& 75018 &= HIP 006659 = HD 8717 (A0) = CoD\,$-$29\deg454 = CPD\,$-$29\deg158 = SAO 167038 = GSC 6428.00971 = PPM 243953.\\
BW &Scl =& 75913 &= HE 2350--3908 = RX J2353.0--3852.\\
V458&Sct =& 75704 &= BD\,$-$10\deg4669 = GSC 5681.00292.\\
V459&Sct =& 75706 &= Var 60 = GSC 5698.04942.\\
V460&Sct =& 75707 &= AS 306 = He 3-1698 = LS IV\,$-$12\deg59 = GSC 5698.03822.\\
V461&Sct =& 75713 &= Tmz V52 = IRAS 18339--1354.\\
V462&Sct =& 75714 &= WR 120 = LS IV\,$-$4\deg14 = GSC 5121.00128.\\
QW &Ser =& 75313 &= Tmz V46.\\
QX &Ser =& 75318 &= HIP 077504 = HD 141690 (G5) = BD\,+25\deg2973 = SAO 084018 = \\
& & &ADS 9799 A = GSC 2037.00751 = PPM 104348.\\
\end{tabular}
\newpage
\large
\centerline{\normalsize Table 2 (continued)}
\small
\smallskip
\begin{tabular}{l@{ }l@{ }l@{ }p{11truecm}}
QY &Ser =& 75321 &= HIP 077902 = HR 5924 = HD 142574 (K5) = BD\,+20\deg3166 = SAO 084070 = IRC+20288 = RAFGL5021S = GSC 1502.01783 = PPM 104412.\\
QZ &Ser =& 75322 &= Had V4.\\
V335&Ser =& 75323 &= HD 143213 (A0) = BD\,+01\deg3151 = SAO 121294 = GSC 0353.00301 = \\
& & &PPM 162113.\\
V336&Ser =& 75324 &= Had V7 = GSC 1499.00347 = IRAS 15569+1948.\\
V337&Ser =& 75330 &= Tmz V26 = GSC 0949.00094.\\
V338&Ser =& 75334 &= PG 1605+072 = GSC 0379.00781.\\
V339&Ser =& 75462 &= Tmz V18.\\
V340&Ser =& 75479 &= HD 158616 (F8) = BD\,$-$11\deg4391 = SAO 160603 = GSC 5667.00225 = \\
& & &IRAS 17279--1119 = PPM 233173.\\
V341&Ser =& 75633 &= NSV 24033 = Tmz V19 = IRC--10384 = GSC 5678.00416 = \\
& & &IRAS 17518--1014.\\
V342&Ser =& 75638 &= Tmz V16 = GSC 5679.00529 = IRAS 17589--1040 = CSS 542 = \\
& & &CSS-II 1016.\\
V343&Ser =& 75697 &= NSV 24326 = Tmz V17 = AS 289 = He 3-1627 = GSC 5684.00522 = \\
& & &IRAS 18095--1140.\\
UX &Sex =& 75236 &= EC 10228--0905.\\
UY &Sex =& 75242 &= PG 1047+003 = GSC 4914.00003.\\
V1168&Tau =& 75051 &= NSV 15750 = HII 263 (Pleiades) = GSC 1799.00141.\\
V1169&Tau =& 75052 &= HII 293 (Pleiades) = GSC 1803.00812.\\
V1170&Tau =& 75053 &= NSV 15752 = BD\,+24\deg544 = HII 345 (Pleiades) = GSC 1803.00276.\\
V1171&Tau =& 75054 &= NSV 15769 = HII 1032 (Pleiades) = GSC 1804.01947.\\
V1172&Tau =& 75057 &= NSV 01304 = CSV 100318 = Zinner 224 = HII 1512 (Pleiades) = \\
& & &GSC 1800.01545.\\
V1173&Tau =& 75058 &= HII 2548 (Pleiades) = GSC 1800.00865.\\
V1174&Tau =& 75059 &= HII 2741 (Pleiades) = GSC 1804.00092.\\
V1175&Tau =& 75060 &= NSV 15810 = HD 283067 (G0) = HII 2786 (Pleiades) = GSC 1800.01526.\\
V1176&Tau =& 75061 &= HII 2881 (Pleiades) = GSC 1800.01215.\\
V1177&Tau =& 75112 &= 145 (NGC 1817) = GSC 1283.00556.\\
V1178&Tau =& 75113 &= 163 (NGC 1817) = GSC 1283.01144.\\
V1179&Tau =& 75114 &= 114 (NGC 1817).\\
V1180&Tau =& 75115 &= 73 (NGC 1817).\\
V1181&Tau =& 75116 &= 99 (NGC 1817) = GSC 1283.00791.\\
V1182&Tau =& 75117 &= 88 (NGC 1817) = GSC 1283.00831.\\
V1183&Tau =& 75118 &= 16 (NGC 1817) = GSC 1283.01040.\\
V1184&Tau =& 75139 &= CB 34 V [265] = CB 34 FU [266].\\
V349&Tel =& 75735 &= NSV 24896 = HIP 097590 = HD 187028 (F0) = CoD\,$-$50\deg12691 = \\
& & &CPD\,$-$50\deg11201 = SAO 246291 = GSC 8398.00746 = GSC 8398.01633 = \\
& & &PPM 348036.\\
V350&Tel =& 75755 &= HIP 100090 = HD 192674 (A0) = CoD\,$-$51\deg12473 = CPD\,$-$51\deg11451 = \\
& & &SAO 246522 = GSC 8417.00674 = GSC 8417.01498 = PPM 348432.\\
AI &Tri =& 75021 &= RX J0203.8+2959.\\
AK &Tri =& 75024 &= NSV 00821 = CSV 5986 = Weber 139 = GSC 2327.01518.\\
$\iota$ &TrA =& 75342 &= NSV 20629 = HIP 080645 = $\iota$ TrA = HR 6109 = HD 147787 (F0) = CoD\,$-$63\deg1201 = CPD\,$-$63\deg3923 = SAO 253555 = IDS 1618.7S6350 A = \\
& & &GSC 9045.02767 = IRAS 16232--6356 = PPM 362089.\\
DY &Tuc =& 75005 &= OGLEGC 223. Near NGC 104. Galaxy field star.\\
DZ &Tuc =& 75011 &= AX J0051--73.3 = RX J0050.7--7316. In the field of the SMC.\\
EE &Tuc =& 75881 &= NSV 25982 = HIP 113402 = HD 216910 (F0) = CoD\,$-$59\deg8045 = \\
& & &CPD\,$-$59\deg7842 = SAO 247657 = GSC 8830.00856 = PPM 350666.\\
IW &UMa =& 75227 &= NSV 04497 = CSV 1450 = SVS 863 = GSC 2997.01204.\\
IX &UMa =& 75231 &= HIP 048129 = HD 84800 (A2) = BD\,+44\deg1908 = SAO 043050 = \\
& & &GSC 2999.01299 = PPM 51500.\\
IY &UMa =& 75239 &= Tmz V85.\\
IZ &UMa =& 75245 &= WD 1137+422 = KUV 11370+4222.\\
KK &UMa =& 75246 &= NSV 18878 = Tmz V48 = GSC 4156.00392 = IRAS 11422+6504.\\
KL &UMa =& 75247 &= Feige 48 = GSC 4153.00613.\\
KM &UMa =& 75248 &= NSV 05339 = CSV 6866 = BD\,+36\deg2217 = Weber 7 = GSC 2526.01034.\\
KN &UMa =& 75264 &= RX J1239.8+5511 = GSC 3844.00317.\\
\end{tabular}
\newpage
\large
\centerline{\normalsize Table 2 (continued)}
\small
\smallskip
\begin{tabular}{l@{ }l@{ }l@{ }p{11truecm}}
UY &UMi =& 75252 &= NSV 19351 = HIP 059767 = HR 4686 = HD 107192 (F0) = BD\,+88\deg71 = SAO 002010 = GSC 4641.00778 = PPM 2113.\\
V363&Vel =& 75203 &= HIP 042349 = HD 73654 (B8) = CoD\,$-$38\deg4684 = CPD\,$-$38\deg2514 = \\
& & &SAO 199446 = GSC 7662.01409 = PPM 285469.\\
V364&Vel =& 75205 &= VXR 12 (IC 2391) = SHJM 6 (IC 2391) = GSC 8568.00819.\\
V365&Vel =& 75206 &= CoD\,$-$53\deg2392 = CPD\,$-$53\deg1805 = VXR 14 (IC 2391) = GSC 8569.02827.\\
V366&Vel =& 75207 &= VXR 35a (IC 2391) = SHJM 3 (IC 2391) = GSC 8569.03438.\\
V367&Vel =& 75208 &= VXR 38a (IC 2391) = SHJM 8 (IC 2391) = GSC 8569.00414.\\
V368&Vel =& 75209 &= VXR 41 (IC 2391) = SHJM 9 (IC 2391) = GSC 8569.01100.\\
V369&Vel =& 75210 &= VXR 42a (IC 2391).\\
V370&Vel =& 75211 &= CoD\,$-$52\deg2502 = CPD\,$-$52\deg1604 = VXR 45a (IC 2391) = GSC 8569.00672 = GSC 8569.02014.\\
V371&Vel =& 75212 &= VXR 47 (IC 2391) = SHJM 10 (IC 2391) = GSC 8569.00696.\\
V372&Vel =& 75213 &= VXR 60b (IC 2391) = SHJM 5 (IC 2391) = GSC 8569.00072 N.\\
V373&Vel =& 75214 &= VXR 60a (IC 2391) = SHJM 4 (IC 2391) = GSC 8569.00072 S.\\
V374&Vel =& 75215 &= VXR 62a (IC 2391) = GSC 8569.00456.\\
V375&Vel =& 75216 &= VXR 64a (IC 2391).\\
V376&Vel =& 75217 &= CoD\,$-$52\deg2524 = CPD\,$-$52\deg1632 = VXR 70 (IC 2391) = GSC 8569.00678.\\
V377&Vel =& 75218 &= VXR 72 (IC 2391) = GSC 8569.00230.\\
V378&Vel =& 75219 &= CoD\,$-$45\deg4482 = CPD\,$-$45\deg2957 = WR 12 = He 3-200 = LSS 1145 = \\
& & &GSC 8151.04295.\\
V379&Vel =& 75220 &= VXR 76a (IC 2391) = GSC 8569.01122.\\
V380&Vel =& 75221 &= CoD\,$-$51\deg3197 = CPD\,$-$51\deg1613 = VXR 77a (IC 2391) = GSC 8563.00481.\\
V381&Vel =& 75235 &= RX J1016.9--4103 = 1RXSJ101659.4--410332.\\
V382&Vel =& 75240 &= Nova Vel 1999.\\
NX &Vir =& 75278 &= Had V9 = GSC 6133.00949 = IRAS 13326--2207.\\
NY &Vir =& 75279 &= PG 1336--018 = GSC 4966.00491.\\
NZ &Vir =& 75288 &= MS 1428.2+0732 = GSC 0331.00665.\\
OO &Vir =& 75290 &= Tmz V28 = GSC 0338.00597.\\
V405&Vul =& 75737 &= S 10943 = RX J1953.1+2115.\\
\end{tabular}

\newpage
{\large\bf References}
\medskip
\begin{list}{}{\itemsep=0pt}
\item[001.] {\it S.V.Antipin,} IBVS No.\ 4578, 1998.
\item[002.] {\it T.Kato,} VSNET No.\ 1764, 1999 (http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/vsnet/maillist.html).
\item[003.] {\it R.M.Robb,} IBVS No.\ 4560, 1998.
\item[004.] {\it C.Chevalier, S.A.Ilovaisky,} AsAp {\bf 326}, No.\ 1, 228, 1997.
\item[005.] {\it J.Vidal-Sainz,} IBVS No.\ 4557, 1998.
\item[006.] {\it H.Busch, K.H\"au\ss{}ler,} VSS {\bf 10}, H.4, 354, 1990.
\item[007.] {\it C.Hoffmeister,} AN {\bf 289}, H.3, 139, 1966.
\item[008.] {\it C.Hoffmeister,} AN {\bf 290}, H.1-2, 43, 1967.
\item[009.] {\it R.Silvotti,} AsAp {\bf 309}, No.\ 1, L23, 1996.
\item[010.] {\it R.Diethelm, P.Kroll,} IBVS No.\ 4674, 1999.
\item[011.] {\it G.W.Henry, F.C.Fekel, D.S.Hall,} AJ {\bf 110}, No.\ 6, 2926, 1995.
\item[012.] {\it A.R.Walker, J.M.Nemec,} AJ {\bf 112}, No.\ 5, 2026, 1996.
\item[013.] {\it B.W.Stappers, M.S.Bessell, M.Bailes,} ApJ {\bf 473}, No.\ 2, L119, 1996.
\item[014.] IAU Circ No.\ 6972, 1998.
\item[015.] {\it P.Martinez, P.Meintjes, S.J.Ratcliff, C.Engelbrecht,} AsAp {\bf 334}, No.\ 2, 606, 1998.
\item[016.] {\it T.Kato,} VSNET Observations No.\ 18331, 1998 \\
(http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/obs18000/maillist.html).
\item[017.] {\it V.P.Tsesevich, M.S.Kazanasmas,} Atlas of Finding Charts of Variable Stars, Moscow, Nauka, 1971.
\item[018.] IAU Circ No.\ 7223, 1999.
\item[019.] {\it P.M.Veen, A.M.van Genderen, K.A.van der Hucht, A.Li, C.Sterken, C.Dominik,} AsAp {\bf 329}, No.\ 1, 199, 1998.
\item[020.] {\it K.A.van der Hucht, P.S.Conti, I.Lundstroem, B.Stenholm,} Space Sci Rev {\bf 28}, No.\ 3, 227, 1981.
\item[021.] {\it K.Takamizawa,} Var Star Bull (Japan) Nos.28-29, 1, 1998.
\item[022.] {\it S.Chaty, I.F.Mirabel, P.A.Duc, J.E.Wink, L.F.Rodriguez,} AsAp {\bf 310}, No.\ 3, 825, 1996.
\item[023.] {\it R.P.Fender, G.G.Pooley, C.Brocksopp, S.J.Newell,} MN {\bf 290}, No.\ 4, L65, 1997.
\item[024.] {\it V.P.Tsesevich,} Astr Tsirk No.\ 529, 7, 1969.
\item[025.] {\it K.Bernhard, W.Quester, U.Bastian,} IBVS No.\ 4540, 1997.
\item[026.] {\it J.Manfroid, M.Burnet, P.Renson,} AsAp Suppl {\bf 127}, No.\ 2, 201, 1998.
\item[027.] {\it K.Bernhard,} VSNET Observations No.\ 15002, 1998\\
(http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/obs15000/maillist.html).
\item[028.] {\it P.F.Williams,} VSNET No.\ 1691, 1998 \\
(http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/vsnet/maillist.html).
\item[029.] {\it C.Aerts, L.Eyer, E.Kestens,} AsAp {\bf 337}, No.\ 3, 790, 1998.
\item[030.] {\it C.Waelkens, C.Aerts, E.Kestens, M.Grenon, L.Eyer,} AsAp {\bf 330}, No.\ 1, 215, 1998.
\item[031.] {\it M.L.Hazen, N.Samus,} IBVS No.\ 4665, 1999.
\item[032.] {\it O.Giovannini, S.O.Kepler, A.Kanaan, A.F.M.Costa, D.Koester,} AsAp {\bf 329}, No.\ 1, L13, 1998.
\item[033.] {\it O.J.Eggen,} ApJ {\bf 157}, No.\ 1, 287, 1969.
\item[034.] {\it E.Garcia-Melendo, J.M.Gomez-Forrellad, A.Garrigos Sanchez,} IBVS No.\ 4436, 1997.
\item[035.] {\it G.Horn-d'Arturo, G.B.Lacchini,} Bologna Pubbl {\bf 6}, No.\ 13, 1955.
\item[036.] {\it M.Collins,} The Astronomer {\bf 34}, No.\ 397, 20, 1997.
\item[037.] {\it M.Collins,} The Astronomer {\bf 35}, No.\ 416, 205, 1998.
\item[038.] {\it E.Garcia-Melendo, A.A.Henden,} IBVS No.\ 4546, 1998.
\item[039.] IAU Circ No.\ 6758, 1997.
\item[040.] {\it E.Paunzen, W.W.Weiss, R.Kuschnig, G.Handler, K.G.Strassmeier, P.North, E.Solano, M.Gelbmann,\\
M.K\"unzli, R.Garrido,} AsAp {\bf 335}, No.\ 2, 533, 1998.
\item[041.] {\it S.V.Antipin,} IBVS No.\ 4673, 1999.
\item[042.] {\it N.E.Kurochkin,} Private communication, 1996.
\item[043.] {\it P.F.L.Maxted, T.R.Marsh, C.Moran, V.S.Dhillon, R.W.Hilditch,} MN {\bf 300}, No.\ 4, 1225, 1998.
\item[044.] {\it H.L.Giclas, R.Burnham, Jr., N.G.Thomas,} Lowell Bull No.\ 153, 183, 1970.
\item[045.] {\it G.H.Tovmassian, J.Greiner, F.-J.Zickgraf, P.Kroll, J.Krautter, I.Thiering, S.V.Zharykov,\\
A.Serrano,} AsAp {\bf 328}, No.\ 2, 571, 1997.
\item[046.] {\it G.H.Tovmassian, J.Greiner, P.Kroll, P.Szkody, P.A.Mason, F.-J.Zickgraf, J.Krautter, I.Thiering,\\
A.Serrano, S.Howell, D.R.Ciardi,} AsAp {\bf 335}, No.\ 1, 227, 1998.
\item[047.] {\it E.Garcia-Melendo,} IBVS No.\ 4583, 1998.
\item[048.] {\it E.A.Baker,} MN {\bf 98}, No.\ 1, 65, 1937.
\item[049.] {\it M.Jang,} IBVS No.\ 4473, 1997.
\item[050.] {\it J.Vidal-Sainz,} IBVS No.\ 4526, 1997.
\item[051.] {\it W.Strohmeier,} KVB No.\ 23, 1958.
\item[052.] {\it C.Wetterer, S.Majcen, D.Burtz,} IBVS No.\ 4623, 1998.
\item[053.] {\it J.Vidal-Sainz, E.Garcia-Melendo,} IBVS No.\ 4393, 1996.
\item[054.] {\it M.Breger, G.Handler, R.Garrido et al.,} AsAp {\bf 324}, No.\ 2, 566, 1997.
\item[055.] {\it R.M.Robb, R.Greimel,} IBVS No.\ 4486, 1997.
\item[056.] {\it J.Kaluzny, W.Krzemi\'nski, B.Mazur,} AsAp Suppl {\bf 118}, No.\ 2, 303, 1996.
\item[057.] {\it T.G.Hawarden,} MN {\bf 173}, No.\ 3, 801, 1975.
\item[058.] {\it P.A.Bergbusch, D.A.VandenBerg, L.Infante,} AJ {\bf 101}, No.\ 6, 2102, 1991.
\item[059.] {\it P.M.Veen, A.M.van Genderen, J.de Jong,} IBVS No.\ 4490, 1997.
\item[060.] {\it E.Garcia-Melendo, J.M.Gomez-Forrellad,} IBVS No.\ 4410, 1996.
\item[061.] {\it R.Weber,} DOC No.\ 12, 1957.
\item[062.] BBSAG Bull No.\ 102, 9, 1992.
\item[063.] {\it C.Hoffmeister,} Sonn Mitt, No.\ 16, 1929.
\item[064.] {\it K.Takamizawa,} Var Star Bull (Japan) Nos.26-27, 1, 1997.
\item[065.] {\it F.A.Catalano, F.Leone, R.Kroll,} AsAp Suppl {\bf 129}, No.\ 3, 463, 1998.
\item[066.] {\it J.Manfroid, G.Mathys,} AsAp Suppl {\bf 64}, No.\ 1, 9, 1986.
\item[067.] {\it R.Lamontagne, A.F.J.Moffat, L.Drissen, C.Robert, J.M.Matthews,} AJ {\bf 112}, No.\ 5, 2227, 1996.
\item[068.] {\it S.Antipin,} AsAp {\bf 326}, No.\ 1, L1, 1997.
\item[069.] {\it S.V.Antipin,} Peremennye Zviozdy {\bf 24}, No.\ 1, 1, 1998.
\item[070.] {\it S.V.Antipin,} IBVS No.\ 4556, 1998.
\item[071.] {\it M.Collins,} The Astronomer {\bf 26}, No.\ 304, 77, 1989.
\item[072.] {\it M.Osterloh, E.Thommes, U.Kania,} AsAp Suppl {\bf 120}, No.\ 2, 267, 1996.
\item[073.] {\it G.H.Herbig,} ApJ Suppl {\bf 4}, No.\ 43, 337, 1960.
\item[074.] {\it M.A.T.Groenewegen, P.A.Whitelock, C.H.Smith, F.Kerschbaum,} MN {\bf 293}, No.\ 1, 18, 1998.
\item[075.] {\it J.Vidal-Sainz,} IBVS No.\ 4392, 1996.
\item[076.] {\it R.Weber,} IBVS No.\ 6, 1962.
\item[077.] {\it P.Reig, J.Fabregat, M.J.Coe, P.Roche, D.Chakrabarty, I.Negueruela, I.Steele,} AsAp {\bf 322}, No.\ 1, 183, 1997.
\item[078.] {\it F.Strafella, G.Calamai, J.J.Fuensalida, D.Lorenzetti, P.Saraceno,} MemSAIt {\bf 58}, No.\ 2-3, 233, 1987.
\item[079.] {\it L.Dahlmark,} IBVS No.\ 4458, 1997.
\item[080.] {\it H.S.Choi, S.-L.Kim, Y.H.Kang,} IBVS No.\ 4545, 1998.
\item[081.] {\it R.Kuschnig, E.Paunzen, W.W.Weiss,} IBVS No.\ 4483, 1997.
\item[082.] {\it H.van Winckel,} AsAp {\bf 319}, No.\ 2, 561, 1997.
\item[083.] {\it D.A.H.Buckley, M.Cropper, G.Ramsay, D.T.Wickramasinghe,} MN {\bf 299}, No.\ 1, 83, 1998.
\item[084.] {\it M.E.van den Ancker, D.de Winter, H.R.E.Tjin A Djie,} AsAp {\bf 330}, No.\ 1, 145, 1998.
\item[085.] {\it R.Kuschnig, W.W.Weiss, R.Gruber, P.Y.Bely, H.Jenkner,} AsAp {\bf 328}, No.\ 2, 544, 1997.
\item[086.] {\it C.C.Batalha, G.R.Quast, C.A.O.Torres, P.C.R.Pereira, M.A.O.Terra, F.Jablonski, R.P.Schiavon,\\
J.R.de la Resa, M.J.Sartori,} AsAp Suppl {\bf 128}, No.\ 3, 561, 1998.
\item[087.] {\it L.Dahlmark,} IBVS No.\ 4642, 1998.
\item[088.] {\it R.M.Robb, R.D.Cardinal,} IBVS No.\ 4634, 1998.
\item[089.] {\it V.Satyvoldiev,} Peremennye Zviozdy {\bf 23}, No.\ 5, 319, 1994.
\item[090.] {\it F.Agerer,} IBVS No.\ 4406, 1996.
\item[091.] {\it V.P.Goranskij,} Private communication, 1997.
\item[092.] {\it P.Harmanec, H.Bo\v{z}ic, Ph.Eenens, J.\v{Z}i\v{z}novsk\'y,} AsAp {\bf 346}, No.\ 1, 87, 1999.
\item[093.] {\it W.Saurer, R.Seeberger, R.Weinberger, R.Ziener,} AJ {\bf 107}, No.\ 6, 2101, 1994.
\item[094.] {\it A.S.Miroshnichenko, K.S.Kuratov, \v{Z}.Ivezi\'c, M.Elitzur,} IBVS No.\ 4506, 1997.
\item[095.] {\it M.Iida,} Var Star Bull (Japan) No.\ 13, 50, 1991.
\item[096.] IAU Circ No.\ 6763, 1997.
\item[097.] {\it Ch.Koen, D.Kilkenny, D.O'Donoghue, F.Van Wyk, R.S.Stobie,} MN {\bf 285}, No.\ 3, 645, 1997.
\item[098.] {\it Ch.Stagg,} MN {\bf 227}, No.\ 1, 213, 1987.
\item[099.] {\it B.Ball, G.Bromage,} Flares and Flashes, Proc. IAU Coll. No.\ 151, J. Greiner, H. Duerbeck, R. Gershberg (eds.), Berlin--Heidelberg: Springer, 1995, p.67.
\item[100.] {\it M.M.Shara, L.E.Bergeron, C.A.Christian, N.Craig, S.Bowyer,} PASP {\bf 109}, No.\ 739, 998, 1997.
\item[101.] {\it R.L.Schutt,} AJ {\bf 101}, No.\ 6, 2177, 1991.
\item[102.] {\it G.A.Richter, H.-J.Br\"auer, J.Greiner,} Flares and Flashes, Proc. IAU Coll. No.\ 151, J. Greiner, H. Duerbeck, R. Gershberg (eds.), Berlin--Heidelberg: Springer, 1995, p.69.
\item[103.] {\it P.Frank, J.Moschner, W.Moschner,} IBVS No.\ 4386, 1996.
\item[104.] {\it H.G.Marraco, A.E.Rydgren,} AJ {\bf 86}, No.\ 1, 62, 1981.
\item[105.] {\it R.A.Downes, D.Wallace,} PASP {\bf 108}, No.\ 720, 134, 1996.
\item[106.] IAU Circ No.\ 6731, 1997.
\item[107.] {\it G.Poyner,} BAA Circ No.\ 94, 2, 1997.
\item[108.] {\it S.V.Antipin,} Private communication, 1996.
\item[109.] {\it S.V.Marchenko, A.F.J.Moffat, T.Eversberg, G.M.Hill, G.H.Tovmassian, T.Morel, W.Seggewiss,} MN {\bf 294}, No.\ 4, 642, 1998.
\item[110.] {\it P.Frank,} BAV Mitt Nr.105, 1997.
\item[111.] {\it S.V.Marchenko, A.F.J.Moffat, K.A.van der Hucht, W.Seggewiss, H.Schrijver, B.Stenholm, I.Lundstr\"om, D.Y.A.Setia Gunawan, W.Sutantyo, E.P.J.van den Heuvel, J.-P.De Cuyper, A.E.G\'omez,} AsAp {\bf 331}, No.\ 3, 1022, 1998.
\item[112.] {\it A.Pigulski, Z.Ko\l{}aczkowski,} MN {\bf 298}, No.\ 3, 753, 1998.
\item[113.] {\it D.H.Kaiser,} IBVS No.\ 3677, 1991.
\item[114.] {\it D.H.Kaiser,} Private communication, 1996.
\item[115.] {\it R.G\'alis, L.Hric,} IBVS No.\ 4565, 1998.
\item[116.] {\it R.Margoni, R.Stagni,} AsAp Suppl {\bf 56}, No.\ 1, 87, 1984.
\item[117.] {\it I.L.Andronov, A.V.Chikrigin, G.N.Kimeridze,} Odessa Astr Publ {\bf 7}, part 2, 89, 1994.
\item[118.] {\it G.A.Wade, V.G.Elkin, J.D.Landstreet, I.I.Romanyuk,} MN {\bf 292}, No.\ 3, 748, 1997.
\item[119.] {\it E.G.Schmidt, A.Seth,} AJ {\bf 112}, No.\ 6, 2769, 1996.
\item[120.] {\it Ch.Koen,} MN {\bf 300}, No.\ 2, 567, 1998.
\item[121.] {\it R.A.Downes,} ApJ Suppl {\bf 61}, No.\ 3, 569, 1986.
\item[122.] {\it T.V.Kryachko, V.Ya.Solovyov,} Peremennye Zviozdy {\bf 23}, No.\ 6, 429, 1996.
\item[123.] {\it L.Dahlmark,} IBVS No.\ 2157, 1982.
\item[124.] {\it E.W.Gottlieb, W.Liller,} ApJ {\bf 225}, No.\ 2, 488, 1978.
\item[125.] {\it E.R.Craine, S.Tapia,} PASP {\bf 87}, No.\ 515, 131, 1975.
\item[126.] {\it H.Busch, K.H\"au\ss{}ler,} VSS 10, H.2, 210, 1986.
\item[127.] {\it C.Hoffmeister,} AN {\bf 289}, H.1-2, 1, 1966.
\item[128.] {\it R.Ciardullo, H.E.Bond,} AJ {\bf 111}, No.\ 6, 2332, 1996.
\item[129.] {\it L.Perek, L.Kohoutek,} Catalogue of Galactic Planetary Nebulae, Prague, 1967.
\item[130.] {\it Y.Sakurai,} Var Star Bull (Japan) No.\ 14, 53, 1992.
\item[131.] {\it E.Garcia-Melendo,} IBVS No.\ 4582, 1998.
\item[132.] {\it E.Geyer,} Bamb Ver\"off {\bf 5}, Nr.9, 1960.
\item[133.] {\it Z.-L.Liu, S.-Y.Jiang, A.-Y.Zhou, Y.-Y.Liu, Z.-P.Li, L.Men, H.-B.Li,} IBVS No.\ 4592, 1998.
\item[134.] {\it S.Messina, E.F.Guinan,} IBVS No.\ 4576, 1998.
\item[135.] {\it R.M.Robb, R.D.Cardinal,} IBVS No.\ 4610, 1998.
\item[136.] {\it S.Klose,} ApJ {\bf 446}, No.\ 1, 357, 1995.
\item[137.] IAU Circ No.\ 6982, 1998.
\item[138.] IAU Circ No.\ 6983, 1998.
\item[139.] {\it K.St\c{e}pie\'n, E.Geyer,} AA {\bf 45}, No.\ 3, 661, 1995.
\item[140.] {\it N.E.Kurochkin,} Private communication, 1997.
\item[141.] {\it G.M.Hurst,} Var Star Circ (The Astronomer) No.\ 65, 1996.
\item[142.] {\it R.M.Robb, R.Greimel, J.Ouellette,} IBVS No.\ 4504, 1997.
\item[143.] {\it J.Juan-Samso, J.Guarro-Flo,} IBVS No.\ 4425, 1997.
\item[144.] {\it J.Greiner, R.Schwarz, W.Wenzel,} MN {\bf 296}, No.\ 2, 437, 1998.
\item[145.] IAU Circ No.\ 7026, 1998.
\item[146.] {\it T.Berthold, F.Agerer,} IBVS No.\ 4432, 1996.
\item[147.] {\it J.Babel, P.North,} AsAp {\bf 325}, No.\ 1, 195, 1997.
\item[148.] {\it K.Haseda,} VSNET Observations No.\ 19077, 1999\\
(http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/obs19000/maillist.html).
\item[149.] {\it W.Strohmeier, R.Knigge,} Bamb Ver\"off {\bf 10}, Nr.116, 1975.
\item[150.] {\it D.Kilkenny, Ch.Koen, D.O'Donoghue, R.S.Stobie,} MN {\bf 285}, No.\ 3, 640, 1997.
\item[151.] {\it A.D.Schwope, D.A.H.Buckley, D.O'Donoghue, G.Hasinger, J.Tr\"umper, W.Voges,} AsAp {\bf 326}, No.\ 1, 195, 1997.
\item[152.] {\it K.H\"au\ss{}ler,} VSS {\bf 10}, H.2, 233, 1986.
\item[153.] {\it C.Hoffmeister,} AN {\bf 288}, H.2--3, 49, 1964.
\item[154.] MVS Nr.310, 1957.
\item[155.] {\it V.Burwitz, K.Reinsch, A.D.Schwope, P.J.Hakala, K.Beuermann, Th.Rousseau, H.-C.Thomas,\\ B.T.G\"ansicke, V.Piirola, O.Vilhu,} AsAp {\bf 331}, No.\ 1, 262, 1998.
\item[156.] {\it V.Piirola, A.Reiz,} AsAp {\bf 259}, No.\ 1, 143, 1992.
\item[157.] {\it B.Iriarte, E.Chavira,} TTB {\bf 2}, No.\ 16, 36, 1957.
\item[158.] {\it A.A.Henden, J.Vidal-Sainz,} IBVS No.\ 4535, 1997.
\item[159.] {\it V.G.Moshkaliov,} Private communication, 1995.
\item[160.] {\it C.Waelkens,} AsAp {\bf 311}, No.\ 3, 873, 1996.
\item[161.] {\it G.Handler, R.H.M\'endez, R.Medupe, R.Costero, P.V.Birch, M.Alvarez, D.J.Sullivan, D.W.Kurtz,\\ A.Herrero, M.A.Guerrero, R.Ciardullo, M.Breger,} AsAp {\bf 320}, No.\ 1, 125, 1997.
\item[162.] {\it H.E.Bond, M.Livio,} ApJ {\bf 355}, No.\ 2, 568, 1990.
\item[163.] {\it R.Wichmann, J.Bouvier, S.Allain, J.Krautter,} AsAp {\bf 330}, No.\ 2, 521, 1998.
\item[164.] {\it J.Krautter, R.Wichmann, J.H.M.M.Schmitt, J.M.Alcal\'a, R.Neuh\"auser, L.Terranegra,} AsAp Suppl {\bf 123}, No.\ 2, 329, 1997.
\item[165.] {\it G.Vauclair, N.Dolez, Fu Jian Ning, M.Chevreton,} AsAp {\bf 322}, No.\ 1, 155, 1997.
\item[166.] {\it M.Kondo, T.Noguchi, H.Maehara,} Tokyo Ann {\bf 20}, No.\ 2, 130, 1984.
\item[167.] {\it G.W.Wolf, J.F.Caffey,} IBVS No.\ 4649, 1998.
\item[168.] {\it T.Kato,} VSNET Observations No.\ 19311, 1999\\
(http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/obs19000/maillist.html).
\item[169.] {\it A.Jorissen, N.Mowlavi, C.Sterken, J.Manfroid,} AsAp {\bf 324}, No.\ 2, 578, 1997.
\item[170.] {\it C.Waelkens, H.Van Winckel, L.B.F.M.Waters, E.J.Bakker,} AsAp {\bf 314}, No.\ 3, L17, 1996.
\item[171.] {\it K.E.Kearns, N.L.Eaton, W.Herbst, Ch.J.Mazzurco,} AJ {\bf 114}, No.\ 3, 1098, 1997.
\item[172.] {\it M.Wakuda,} Var Star Bull (Japan) No.\ 14, 54, 1992.
\item[173.] {\it R.M.Robb, M.D.Gladders,} IBVS No.\ 4412, 1996.
\item[174.] {\it A.M.Hubert, M.Floquet,} AsAp {\bf 335}, No.\ 2, 565, 1998.
\item[175.] IAU Circ No.\ 7078, 1998.
\item[176.] http://www.kusastro.kyoto-u.ac.jp/vsnet/Novae/nmus98.html
\item[177.] {\it A.C.Layden, S.Wachter,} PASP {\bf 109}, No.\ 739, 977, 1997.
\item[178.] {\it C.Hoffmeister,} VSS {\bf 6}, H.1, 1963.
\item[179.] {\it G.Cutispoto,} AsAp Suppl {\bf 131}, No.\ 2, 321, 1998.
\item[180.] {\it K.N.Grankin, M.M.Zakirov, G.C.Arzumanyants, S.Yu.Melnikov,} IBVS No.\ 4405, 1996.
\item[181.] {\it T.Kato,} VSNET Observations No.\ 18383, 1998\\
(http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/obs18000/maillist.html).
\item[182.] {\it D.A.H.Buckley, K.Sekiguchi, C.Motch, D.O'Donoghue, An-Le Chen, A.Schwarzenberg-Czerny, W.Pietsch, M.K.Harrop-Allin,} MN {\bf 275}, No.\ 4, 1028, 1995.
\item[183.] {\it C.Alard, A.Terzan, J.Guibert,} AsAp Suppl {\bf 120}, No.\ 2, 275, 1996.
\item[184.] {\it A.Terzan, A.Bijaoui, K.H.Ju, Ch.Ounnas,} AsAp Suppl {\bf 49}, No.\ 4, 715, 1982.
\item[185.] {\it A.Terzan,} Haute Provence Publ {\bf 8}, No.\ 11, 1965.
\item[186.] {\it A.Terzan,} JO {\bf 49}, No.\ 6, 258, 1966.
\item[187.] {\it A.Terzan, E.Gosset,} AsAp Suppl {\bf 90}, No.\ 3, 451, 1991.
\item[188.] {\it A.Lasala-Garcia,} IBVS No.\ 4407, 1996.
\item[189.] IAU Circ No.\ 6941, 1998.
\item[190.] {\it E.Garcia-Melendo, Ch.M.Clement,} AJ {\bf 114}, No.\ 3, 1190, 1997.
\item[191.] {\it P.R.Wood, H.J.Habing, P.J.McGregor,} AsAp {\bf 336}, No.\ 3, 925, 1998.
\item[192.] {\it G.F.Benedict, B.McArthur, E.Nelan, D.Story, A.L.Whipple, P.J.Shelus, W.H.Jefferys, P.D.Hemenway, O.G.Franz, L.H.Wasserman, R.L.Duncombe, W.van Altena, L.W.Fredrick,} AJ {\bf 116}, No.\ 1, 429, 1998.
\item[193.] {\it K.Bernhard,} VSNET Observations No.\ 17797, 1998\\
(http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/obs17000/maillist.html).
\item[194.] {\it S.Jordan, D.Koester, G.Vauclair, N.Dolez, U.Heber, H.-J.Hagen, D.Reimers, M.Chevreton, S.Dreizler,} AsAp {\bf 330}, No.\ 1, 277, 1998.
\item[195.] {\it P.J.Choi, W.Herbst,} AJ {\bf 111}, No.\ 1, 283, 1996.
\item[196.] {\it B.F.Jones, M.F.Walker,} AJ {\bf 95}, No.\ 6, 1755, 1988.
\item[197.] {\it N.L.Eaton, W.Herbst, L.A.Hillenbrand,} AJ {\bf 110}, No.\ 4, 1735, 1995.
\item[198.] {\it I.Pagano, R.Ventura, M.Rodon\`o, G.Peres, G.Micela,} AsAp {\bf 318}, No.\ 2, 467, 1997.
\item[199.] {\it H.L.Giclas, R.Burnham, Jr., N.G.Thomas,} Lowell Bull No.\ 120, 1, 1963.
\item[200.] {\it J.M.Gomez-Forrellad, E.Garcia-Melendo,} IBVS No.\ 4423, 1997.
\item[201.] {\it P.Parenago,} Peremennye Zviozdy {\bf 6}, No.\ 2, 26, 1946.
\item[202.] {\it T.Le Bertre,} AsAp Suppl {\bf 94}, No.\ 2, 377, 1992.
\item[203.] {\it M.A.T.Groenewegen, T.de Jong,} AsAp Suppl {\bf 101}, No.\ 2, 267, 1993.
\item[204.] {\it J.Pietz,} VSNET Observations No.\ 22110, 1999\\
(http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/obs22000/maillist.html).
\item[205.] {\it H.-C.Thomas, K.Beuermann, A.D.Schwope, V.Burwitz,} AsAp {\bf 313}, No.\ 3, 833, 1996.
\item[206.] IAU Circ No.\ 6746, 1997.
\item[207.] {\it J.Vandenbroere,} IBVS No.\ 4726, 1999.
\item[208.] IAU Circ No.\ 7021, 1998.
\item[209.] {\it J.Krzesi\'nski, A.Pigulski,} AsAp {\bf 325}, No.\ 3, 987, 1997.
\item[210.] {\it G Handler,} IBVS No.\ 4550, 1998.
\item[211.] {\it E.H.Semkov, M.K.Tsvetkov, K.P.Tsvetkova, Ch.F.Prosser,} IBVS No.\ 4600, 1998.
\item[212.] {\it F.Campos-Cucarella, J.M.Gomez-Forrellad, E.Garcia-Melendo,} IBVS No.\ 4426, 1997.
\item[213.] {\it E.L.Martin, M.R.Zapatero-Osorio,} MN {\bf 286}, No.\ 1, L17, 1997.
\item[214.] {\it J.Vidal-Sainz, J.M.Gomez-Forrellad, E.Garcia-Melendo,} IBVS No.\ 4424, 1997.
\item[215.] {\it S.J.Adelman, D.W.Maher,} IBVS No.\ 4591, 1998.
\item[216.] {\it I.Negueruela, P.Roche, D.A.H.Buckley, D.Chakrabarty, M.J.Coe, J.Fabregat, P.Reig,} AsAp {\bf 315}, No.\ 1, 160, 1996.
\item[217.] {\it J.E.Steiner, A.Ferrara, M.Garcia, J.Patterson, D.A.Schwartz, R.S. Warwick, M.G.Watson,\\ J.E.McClintock,} ApJ {\bf 280}, No.\ 2, 688, 1984.
\item[218.] {\it F.van Leeuwen, A.M.van Genderen, I.Zegelaar,} AsAp Suppl {\bf 128}, No.\ 1, 117, 1998.
\item[219.] {\it B.Pettersson,} AsAp {\bf 171}, No.\ 1, 101, 1987.
\item[220.] {\it B.Pettersson,} AsAp Suppl {\bf 70}, No.\ 1, 69, 1987.
\item[221.] {\it D.E.Welty,} AJ {\bf 90}, No.\ 12, 2555, 1985.
\item[222.] {\it K.M.Cudworth,} AJ {\bf 90}, No.\ 1, 65, 1985.
\item[223.] {\it A.V.Halevin, I.L.Andronov,} VSNET No.\ 953, 1997\\
(http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/vsnet/msg00953.html) + correction in ref.224.
\item[224.] {\it A.V.Halevin, I.L.Andronov,} VSNET No.\ 963, 1997\\
(http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/vsnet/msg00963.html).
\item[225.] IAU Circ No.\ 7153, 1999.
\item[226.] {\it T.F.Jones, P.J.McGregor, R.D.Gehrz, G.F.Lawrence,} AJ {\bf 107}, No.\ 3, 1111, 1994.
\item[227.] {\it A.Moneti, I.Glass, A.Moorwood,} MN {\bf 258}, No.\ 4, 705, 1992.
\item[228.] {\it T.Kato,} VSNET Observations No.\ 16533, 1998\\
(http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/obs16000/maillist.html).
\item[229.] {\it I.S.Glass, P.A.Whitelock, R.M.Catchpole, M.W.Feast,} MN {\bf 273}, No.\ 2, 383, 1995.
\item[230.] IAU Circ No.\ 6885, 1998.
\item[231.] {\it B.M.Blanco, V.M.Blanco,} AJ {\bf 114}, No.\ 6, 2596, 1997.
\item[232.] IAU Circ No.\ 6846, 1998.
\item[233.] Meteor No.\ 5, 40, 1998.
\item[234.] {\it L.Homer, P.A.Charles, D.O'Donoghue,} MN {\bf 298}, No.\ 2, 497, 1998.
\item[235.] {\it D.Barret, C.Motch, W.Pietsch,} AsAp {\bf 303}, No.\ 2, 526, 1995.
\item[236.] {\it K.Minoda,} Var Star Bull (Japan) No.\ 21, 1, 1995.
\item[237.] {\it D.O'Donoghue, A.E.Lynas-Gray, D.Kilkenny, R.S.Stobie, Ch.Koen,} MN {\bf 285}, No.\ 3, 657, 1997.
\item[238.] {\it O.Barziv, E.Kuulkers, M.M\'endez, E.van der Hooft, P.J.Groot, M.van der Klis, C.Kemper, J.van Paradijs,} AsAp {\bf 325}, No.\ 3, 1035, 1997.
\item[239.] {\it S.Wachter, B.Margon,} AJ {\bf 112}, No.\ 6, 2684, 1996.
\item[240.] {\it A.P.Cowley, D.Crampton, J.B.Hutchings,} AJ {\bf 83}, No.\ 12, 1619, 1978.
\item[241.] {\it S.Wachter,} ApJ {\bf 490}, No.\ 1, 401, 1997.
\item[242.] {\it C.Sterken, O.Stahl, B.Wolf, Th.Szeifert, A.Jones,} AsAp {\bf 303}, No.\ 3, 766, 1995.
\item[243.] {\it A.Terzan, Ch.Ounnas,} AsAp Suppl {\bf 76}, No.\ 2, 205, 1988.
\item[244.] IAU Circ No.\ 6675, 1997.
\item[245.] AAVSO Circ No.\ 319, 1997.
\item[246.] {\it W.Liller, A.F.Jones,} IBVS No.\ 4664, 1999.
\item[247.] {\it T.Augusteijn, L.Wisotzki,} AsAp {\bf 324}, No.\ 3, L57, 1997.
\item[248.] {\it T.M.C.Abbott, T.A.Fleming, L.Pasquini,} AsAp {\bf 318}, No.\ 1, 134, 1997.
\item[249.] {\it S.V.Antipin,} IBVS No.\ 4485, 1997.
\item[250.] {\it S.V.Antipin,} Proceedings of the 29th Conference on Variable Star Research, Brno, 1998, p.20.
\item[251.] {\it J.R.Percy,} PASP {\bf 105}, No.\ 694, 1422, 1993.
\item[252.] {\it T.Kato,} VSNET Observations No.\ 18349, 1998\\
(http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/obs18000/maillist.html).
\item[253.] {\it U.Bastian, E.Born,} IBVS No.\ 4536, 1997.
\item[254.] {\it T.Kato,} VSNET Observations No.\ 18608, 1998\\
(http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/obs18000/maillist.html).
\item[255.] {\it Ch.Koen, D.O'Donoghue, D.Kilkenny, A.E.Lymas-Gray, F.Marang, F.Van Wyk,} MN {\bf 296}, No.\ 2, 317, 1998.
\item[256.] {\it R.F.Green, M.Schmidt, J.Liebert,} ApJ Suppl {\bf 61}, No.\ 2, 305, 1986.
\item[257.] {\it K.Takamizawa, M.Wakuda, T.Kato,} VSNET No.\ 1457, 1998\\
(http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/vsnet/maillist.html).
\item[258.] {\it R.S.Stobie, S.D.Kawaler, D.Kilkenny, D.O'Donoghue, Ch.Koen,} MN {\bf 285}, No.\ 3, 651, 1997.
\item[259.] {\it D.O'Donoghue, Ch.Koen, A.E.Lynas-Gray, D.Kilkenny, F.van Wyk,} MN {\bf 296}, No.\ 2, 306, 1998.
\item[260.] {\it A.Krishnamurthi, D.M.Terndrup, M.H.Pinsonneault et al.,} ApJ {\bf 493}, No.\ 2, 914, 1998.
\item[261.] {\it E.Hertzsprung,} Leiden Ann {\bf 19}, part 1A, 1947.
\item[262.] {\it Ch.F.Prosser, M.D.Shetrone, A.Dasgupta, D.E.Backman, B.D.Laaksonen, S.W.Baker, L.A.Marschall,\\
B.A.Whitney, K.Kuijken, J.R.Stauffer,} PASP {\bf 107}, No.\ 709, 211, 1995.
\item[263.] {\it Ch.F.Prosser, M.D.Shetrone, E.Marilli, S.Catalano, S.D.Williams, D.E.Backman, B.D.Laaksonen,\\ V.Adige, L.A.Marschall, J.R.Stauffer,} PASP {\bf 105}, No.\ 694, 1407, 1993.
\item[264.] {\it S.Frandsen, T.Arentoft,} AsAp {\bf 333}, No.\ 2, 524, 1998.
\item[265.] {\it J.Alves, L.Hartmann, C.Briceno, Ch.J.Lada,} AJ {\bf 113}, No.\ 4, 1395, 1997.
\item[266.] {\it J.L.Yan, M.C.Moreira, J.F.Alves, J.Storm,} AsAp {\bf 320}, No.\ 1, 167, 1997.
\item[267.] {\it R.Schwarz, A.D.Schwope, K.Beuermann et al.,} AsAp {\bf 338}, No.\ 2, 465, 1998.
\item[268.] {\it J.M.Gomez-Forrellad, A.Garrigos Sanchez,} IBVS No.\ 4427, 1997.
\item[269.] {\it R.Weber,} IBVS No.\ 21, 1963.
\item[270.] {\it J.Kaluzny, M.Kubiak, M.Szyma\'nski, A.Udalski, W.Krzemi\'nski, M.Mateo, K.Z.Stanek,} AsAp Suppl {\bf 128}, No.\ 1, 19, 1998.
\item[271.] IAU Circ No.\ 6860, 1998.
\item[272.] {\it J.Borovi\v{c}ka, L.\v{S}arounov\'a,} IBVS No.\ 4402, 1996.
\item[273.] {\it E.Paunzen, K.G.Strassmeier, W.W.Weiss,} IBVS No.\ 4566, 1998.
\item[274.] {\it Ch.Koen, D.O'Donoghue, D.L.Pollacco, A.Nitta,} MN {\bf 300}, No.\ 4, 1105, 1998.
\item[275.] {\it J.Feige,} ApJ {\bf 129}, No.\ 3, 600, 1959.
\item[276.] {\it J.-P.Verrot, J.Vandenbroere,} GEOS NC No.\ 872, 1, 1998.
\item[277.] {\it R.M.Robb, R.Greimel,} IBVS No.\ 4493, 1997.
\item[278.] {\it B.M.Patten, Th.Simon,} ApJ Suppl {\bf 106}, No.\ 2, 489, 1996.
\item[279.] {\it J.Greiner, R.Schwarz,} AsAp {\bf 340}, No.\ 1, 129, 1998.
\item[280.] IAU Circ No.\ 7176, 1999.
\item[281.] {\it T.Kato,} VSNET Observations No.\ 19090, 1999\\
(http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/obs19000/maillist.html).
\item[282.] {\it D.Kilkenny, D.O'Donoghue, Ch.Koen, A.E.Lynas-Gray, F.Van Wyk,} MN {\bf 296}, No.\ 2, 329, 1998.
\item[283.] {\it R.M.Robb,} IBVS No.\ 4474, 1997.
\item[284.] {\it G.A.Richter, J.Greiner, P.Kroll,} IBVS No.\ 4622, 1998.
\item[285.] http://www.kusastro.kyoto-u.ac.jp/vsnet/Novae/naql99.html
\item[286.] {\it O.Morgenroth,} AN {\bf 261}, 261, 1936.
\item[287.] {\it M.Mobberley,} The Astronomer {\bf 32}, No.\ 382, 237, 1996.
\item[288.] {\it G.W.Lockwood,} ApJ Suppl {\bf 58}, 167, 1985.
\item[289.] {\it F.Gieseking,} IBVS No.\ 1145, 1976.
\item[290.] {\it B.W.Jiang, S.Deguchi, Y.Nakada,} AJ {\bf 111}, No.\ 1, 231, 1996.
\item[291.] {\it O.Morgenroth,} AN {\bf 250}, 75, 1933.
\item[292.] IAU Circ No.\ 7242, 1999.
\item[293.] http://www.kusastro.kyoto-u.ac.jp/vsnet/Novae/ncir99.html
\item[294.] {\it K.Haseda,} VSNET Observations No.\ 18711, 1999\\
(http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/obs18000/maillist.html).
\item[295.] {\it L.Dexter,} JAAVSO {\bf 3}, No.\ 2, 59, 1974.
\item[296.] {\it R.Griffin, R.Griffin, H.C.Lines, R.D.Lines, G.J.Frey,} IAPPP Comm No.\ 44, 82, 1991,
\item[297.] {\it H.W.Duerbeck,} IBVS No.\ 4513, 1997.
\item[298.] {\it T.Noguchi, M.Yutani, H.Maehara,} PASJ {\bf 34}, No.\ 3, 407, 1982.
\item[299.] http://astron.berkeley.edu/$\sim$bait/cv2.gif
\item[300.] The Hipparcos and Tycho Caralogues, ESA SP-1200, 1997, Vol. 16, p. 1273.
\item[301.] {\it L.Rosino, A.Cian,} Asiago Contr No.\ 125, 22, 1962.
\item[302.] {\it G.N.Mandel, W.Herbst,} ApJ {\bf 383}, No.\ 2, L75, 1991.
\item[303.] http://astron.berkeley.edu/$\sim$bait/cv.gif
\item[304.] http://www.kusastro.kyoto-u.ac.jp/vsnet/Novae/nsgr99.html
\item[305.] IAU Circ No.\ 7323, 1999.
\item[306.] http://www.kusastro.kyoto-u.ac.jp/vsnet/Novae/naql99-2.html
\item[307.] IAU Circ No.\ 4482, 1987 + ref. [091].
\item[308.] {\it R.A.Downes, M.M.Shara,} PASP {\bf 105}, No.\ 684, 127, 1993.
\item[309.] IAU Circ No.\ 7253, 1999.
\item[310.] {\it V.P.Goranskij,} IBVS No.\ 3464, 1990.
\item[311.] http://www.kusastro.kyoto-u.ac.jp/vsnet/Novae/nsco98.html
\item[312.] http://www.kusastro.kyoto-u.ac.jp/vsnet/Novae/nvel99.html
\item[313.] IAU Circ No.\ 7349, 2000.
\end{list}
\end{document}