1 RT And PM.EL.(L.MILANO ET AL., APSS V.124, N1, 83,1986). PM.& ABS.EL. (E.BUDDING, M.ZEILIK, APJ V.319, N2, PT.1, 1987), AND IN CATALOGUE [1]. 2 SY And PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KASAN' ASTRON. OBS N50,15,1986). 3 TT And PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KASAN' ASTRON. OBS N49,3,1985). 4 TW And PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL.IN CATALOGUE [1]. 5 UU And PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KASAN' ASTRON. OBS N49,3,1985). 6 WW And PM.& ABS.EL. IN CATALOGUE [1]. 8 WZ And PM.EL.(A.F.COOK, AJ V.53,211,1948).. 9 XZ And PM.EL.(V.URECHE, H.MINTI, STUD ASTR V.19, N1,67,1974), (G.GIURICIN ET AL.,AA V.30, N4,561,1980). 10 AA And PM.EL.(R.H.KOCH ET.AL., PENN PUBL V.11,1970). 11 AB And PM.EL.(H.ROVITHIS - LIVANIOU, P.ROVITHIS, AN V.307,N1, 17,1986),(S.F.LAFTA, J.F.GRAINGER, APSS V.127, N1,153,1986), PM.& ABS. EL. IN CATALOGUE [1]. 12 AD And PM.EL.(S.M.RUCINSKI, AA N4,307,1966). PM.& ABS.EL.(G. GIURICIN, F.MARDIROSSIAN, ASAP SUPPL V.45, N3,499,1981). 14 AN And PM.& SP.EL.(M.KITAMURA ET AL., TOKYO ANN V.19, N2,361, 1983). PM.& ABS.EL. IN CATALOGUE [1]. 15 AP And PM.EL.(S.V.NEKRASOVA, ASTRON.ENGEL'GARDT BYULL N7,18, 1936)(UNCERTAIN). 18 BL And PM.EL.(M.VETESNIK, BAC V.18,208,1967). PM.& ABS.EL. (J.KALUZNY, AA V.35, N3/4,327,1985). 20 BX And PM.EL.(I.TODORAN, STUD ASTR V.10,71,1965). 22 CN And PM.EL.(J.KALUZNY, AA V.33, N3/4,345,1983),(J.B.RAFERT, N.L.MARKWORTH, AJ V.92, N3,678,1986).POSSIBLY, * IS KW: F8+[G7];Q=0.35; A=3.4;MASS1=1.85;MASS2=0.65;RAD1=1.75;RAD2=0.9;M1BOL=3.25;M2BOL=5.2;R1=0.475;R2=0.255;L1=0.85;J1/J2=1.6 V;I=75. 26 CZ And POSSIBLY, * IS SD WITH Q<0.15. 27 DS And PM.EL.(N.L.MAGALASHVILY, YA.I.KUMSIASHVILY,BYULL ABASTUMANSKAYA ASTROFIZ OBS N49,3,1978),(G.GIURICIN ET AL., AN V.304, N5, 263,1983). PM.& ABS.EL.(S.J.SCHILLER, E.F.MILONE, AJ V.95, N5,1466,1988) 29 EX And POSSIBLY, * IS DM: (A3)+[F2];Q=0.67;A=8.8;MASS1=2.1; MASS2=1.4;RAD1=2.0;RAD2=1.5;M1BOL=1.5;M2BOL=3.2;R1=0.23;R2=0.17;L1=0.63; J1/J2=3.0 P;I=90. 31 FL And POSSIBLY, * IS DW. 41 S Ant PM.& ABS.EL. IN CATALOGUE [1]. 48 XZ Ant POSSIBLY, * IS SD WITH VERY SMALL Q (<0.1). 50 RV Aps PM.EL.(S.GAPOSCHKIN, C.PAYNE-GAPOSCHKIN [16]) (UNCERTAIN). 72 HO Aps POSSIBLE VARIANT: Q=0.60;A=4.25;MASS1=1.65;MASS2=1.15; RAD1=1.8;RAD2=1.4;M1BOL=1.95;M2BOL=2.8;R1=0.42;R2=0.33;L1=0.70;J1/J2= 1.4 P. 73 HT Aps POSSIBLY, * IS KW: (F2)+[F8];Q=0.42;A=2.95;MASS1=1.5; MASS2=0.63;RAD1=1.35;RAD2=0.8;M1BOL=3.4;M2BOL=5.0;R1=0.46;R2=0.27;L1=0.84;J1/J2=1.8 P;I=83. 84 LO Aps POSSIBLY, * IS SD: (F2)+[G0IV];Q=0.18;A=4.25;MASS1=1.35;MASS2=0.25;RAD1=1.5;RAD2=1.0;M1BOL=3.2;M2BOL=4.7;R1=0.354;R2=0.245 L1=0.83;J1/J2=2.2 P;I=75. 85 RY Aqr PM.& ABS.EL. IN CATALOGUE [1] AND IN (B.E.HELT, ASAP V.172, N1/2,155,1987). IN THE LAST WORK THE SPECTRA OF COMPONENTS ARE: A-F+GK. 86 ST Aqr PM.EL.(J.K.GLEIM, AJ V.78, N7,622,1973),(M.T.KARIMIE, H.W.DUERBECK, APSS V.117, N2,375,1985). PM.& ABS.EL.(J.KALUZNY, AA V.35, N3/4,327,1985). 87 SU Aqr PM.EL.(S.V.NEKRASOVA, IZV KRYMSKOY ASTROFIZ OBS V.3, 73,1948).(UNCERTAIN). 91 AY Aqr PM.EL.(S.GAPOSCHKIN, C.PAYNE-GAPOSCHKIN [16]) (REPRE- SENTS ONLY HISTORICAL INTEREST). 94 BW Aqr PM.& ABS.EL.(KH.F.KHALIULLIN,V.S.KOZYREVA, APSS V.120, N1,9,1986),(M.IMBERT, ASAP SUPPL V.69, N3,397,1987). 96 CD Aqr POSSIBLY, * IS SD WITH VERY SMALL Q (<0.12). 101 CX Aqr PM.& SP.EL.(T.M.MC FARLANE ET AL.,MN V.223, N3,607, 1986). 105 DX Aqr ACCORDING TO (R.K.SRIVASTOVA, B.K.SARMA, APSS V.111, N2,225,1985) SP COMPONENT G4-K0. BY OTHER DATA, SP * APPROXIMATELY A2. 107 EE Aqr PM.EL.(T.D.PADALIA, APSS V.62, N2,477,1979),(G.RUSSO, C.SOLLAZZO, ASAP V.107, N1,197,1982). PM.& SP.EL.(R.W.HILDITCH, D.J.KING MNRAS V.232, N1,147,1988). 116 FK Aql PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N49,3,1985). 120 KO Aql PM.& ABS.EL. IN CATALOGUE [1]. 121 KP Aql PM.EL.(C.IBANOGLU, O.GULMEN, ASAP V.35, N3,487,1974). 125 OO Aql PM.EL.(P.G.NIARCHOS,APSS V.58, N2,301,1978),(O.DEMIRCAN, N.GUDUR, PHOTOMETRIC AND SPECTROSCOPIC BINARY SYSTEMS; DORDRECHT E.A.,413,1981),(S.J.LAFTA, J.F.GRAINGER, APSS V.114, N1,23,1985). 127 QS Aql PM.& ABS.EL. IN CATALOGUE [1]. 128 QY Aql PM.& ABS.EL. IN CATALOGUE [1]. 129 V337 Aql PM.& ABS.EL.(V.YA.ALDUSEVA, PEREM ZVEZDY BYULL V.20 375,1977),(G.GIURICIN, F.MARDIROSSIAN, ASAP SUPPL V.45, N3,499,1981). 132 V343 Aql PM.EL.(R.H.TAYLOR, PENN PUBL V.6,10,1940). 133 V346 Aql PM.EL.(G.GIURICIN, F.MARDIROSSIAN, ASAP SUPPL V.45, N1,85,1981). 138 V409 Aql BY OTHER SOURCES, SP1 IS F5. 151 V599 Aql PM.& ABS.EL. IN CATALOGUE [1]. 159 V640 Aql POSSIBLY, * IS KE: (A3)+[G1IV];Q=0.22;A=3.9;MASS1=2.1;MASS2=0.47;RAD1=2.0;RAD2=1.0;M1BOL=1.2;M2BOL=4.8;R1=0.52;R2=0.25; L1=0.97;J1/J2=7.3 P;I=83. 181 V805 Aql PM.EL.(B.CESTER ET AL. [14]). PM.& ABS.EL. IN CATALOGUE [1]. 183 V822 Aql ACCORDING TO (T.M.RACHKOVSKAYA,IZV KRYMSKOY ASTROFIZ OBS V.46,35,1972),(V.YA.ALDUSEVA, V.M.KOVALENKO, ASTRON TSIRK AKAD NAUK SSSR N956,1,1977), MORE BRIGHTER COMPONENT HAS SPECTRUM B5-8V IN MIN II. 191 V889 Aql PM.& ABS.EL.(KH.F.KHALIULLIN, A.I.KHALIULLINA, ASTRON TSIRK AKAD NAUK SSSR N1485,4,1987). 206 V981 Aql POSSIBLY, * IS KE: (B5)+[B8];Q=0.7;A=8.9;MASS1=4.9; MASS2=3.45;RAD1=3.65;RAD2=3.05;M1BOL=-2.4;M2BOL=-0.75;R1=0.41;R2=0.34; L1=0.76;J1/J2=2.2 P;I=90. 217 V1045 Aql POSSIBLY, * IS DM: (F8)+[K2];Q=0.72;A=8.95;MASS1=1.65;MASS2=0.85;RAD1=1.7;RAD2=0.9;M1BOL=2.35;M2BOL=5.55;R1=0.14;R2=0,10 L1=0.87;J1/J2=3.6 P;I=90. 234 V1182 Aql PM.& ABS.EL. IN CATALOGUE [1]. PM.,SP.& ABS.EL.(S.A.BELL ET AL., MN V.225, N4,961,1987). 246 V1353 Aql POSSIBLY, * IS DM: A(0)+[A5];Q=0.76;A=8.6;MASS1=2.4;MASS2=1.8;RAD1=2.2;RAD2=1.85;M1BOL=0.85;M2BOL=1.9;R1=0.257;R2=0.215 L1=0.72;J1/J2=1.83 P;I=90. 248 sig Aql PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 249 R Ara PM.EL.(T.BANKS, IBVS N3455,1990). 250 RW Ara PM.EL.(K.WALTER, ASAP SUPPL V.26, N2,227,1976),(B. CESTER ET AL.[14]). 253 UW Ara PM.EL.(S.GAPOSCHKIN [15]) (VERY UNCERTAIN). 283 V349 Ara POSSIBLY, * IS DM: Q=1.0;A=7.2;MASS1=MASS2=1.9; RAD1=RAD2=1.9;M1BOL=M2BOL=1.7;R1=R2=0.27;L1=0.5;J1/J2=1.0 P;I=78. 291 V421 Ara POSSIBLY, * IS KE:(A7)+[G1IV];Q=0.87;A=3.60;MASS1=1.02;MASS2=0.88;RAD1=1.1;RAD2=0.96;M1BOL=4.45;M2BOL=5.3;R1=0.31;R2=0.27 L1=0.74;J1/J2=2.15 P;I=85. 300 V491 Ara POSSIBLY, * IS SD: (F5)+[G6IV];Q=0.6;A=5.1;MASS1=1.27;MASS2=0.76;RAD1=1.4;RAD2=1.7;M1BOL=3.5;M2BOL=4.0;R1=0.275;R2=0.33; L1=0.71;J1/J2=3.4 P;I=79. 306 V535 Ara PM.EL.(B.CESTER ET AL.[14]). RM.& ABS.EL. IN CATALOGUE [1]. 308 V537 Ara IN GCVS III THE DEPTH OF MIN II IS 0.4. IN THIS CASE * IS DM WITH EL., INDICATED IN TABLE OF CATALOGUE. IN GCVS IV THE DEPTH OF MIN II IS NOT CITED; POSSIBLY,THIS DATA ARE OMITTED. IF MIN II IS NOT OBSERVED IN REALITY,THEN * MAY BE SD: B7IV+[A8];Q=0.33;A=11.0; MASS1=3.9;MASS2=1.3;RAD1=3.0;RAD2=3.1;M1BOL=-1.2;M2BOL=1.2;R1=0.27;R2=0.28;L1=0.87;J1/J2=7. P;I=77. THE EXPECTED DEPTH OF MIN II APPROXIMATELY 0.07. 309 V539 Ara PM.EL.(R.A.BOTCULA, PEREM ZVEZDY BYULL V.21, N6, 851,1983). PM.& ABS.EL. IN CATALOGUE [1]. IN GCVS IV THE SPECTRA OF COMPONENTS ARE B2V+B3V. 319 V700 Ara THE POSSIBLE VARIANT: Q=0.71;A=4.55;MASS1=1.9; MASS2=1.35;RAD1=1.85;RAD2=1.55;M1BOL=1.9;M2BOL=2.35;R1=0.405;R2=0.345; L1=0.61;J1/J2=1.14 P. 325 V728 Ara THE POSSIBLE VARIANT: Q=0.11;A=4.65;MASS1=2.25; MASS2=0.25;RAD1=2.75;RAD2=0.95;M1BOL=0.55;M2BOL=3.95;R1=0.59;R2=0.20; L1=0.96;J1/J2=2.95 P. 330 V790 Ara THE POSSIBLE VARIANT: Q=0.78;A=4.95;MASS1=1.95; MASS2=1.5;RAD1=1.95;RAD2=1.75;M1BOL=1.65;M2BOL=2.05;R1=0.397;R2=0.352; L1=0.60;J1/J2=1.15 P. 333 RS Ari PM.EL.(D.B.MC LAUGHLIN, AJ V.38, N6,45,1927) (VERY UNCERTAIN). 334 RX Ari PM.EL.(T.B.HORAK, BAC V.26, N5,257,1975). PM.& ABS. EL.(R.E.WILSON, J.B.RAFERT, ASAP SUPPL V.42, N2,195,1980). 335 SS Ari PM.EL.(G.V.ZHUKOV,CANDIDATE ES SCIENCES THESIS,STERNBERG INST., MOSCOV UNIV,1984),(I.KALUZNY, G.POJMANSKI, AA V.34, N4,445, 1984). 339 RZ Aur PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N49,3,1985). 340 SX Aur PM.& ABS.EL. IN CATALOGUE [1],(S.A.BELL ET AL., MN V.224,649,1987),(A.P.LINNELL ET AL., APJ V327, N1, PT.1,265,1988). 341 TT Aur PM.& ABS.EL. IN CATALOGUE [1] AND AT (A.A.WACHMANN ET AL., ASAP V.162, N1/2,62,1980). SP.& ABS.EL.(S.A.BELL ET AL., MN V.224, 649,1987). IN GCVS IV THE SPECTRA OF COMPONENTS ARE B2VN+B5:. 342 WW Aur PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 344 ZZ Aur PM.EL.(N.L.PIERCE, AJ V.47, N1086,78,1938),(S.NEKRASOVA, M.VOLKOV, ASTRON TSIRC GLAVNOY ASTR OBS PULKOVO V.29,67,1940). PM. & ABS.EL.(K.-C.LEUNG ET AL.,AJ V.90, N1,115,1985).POSSIBLY, * IS KE:A5V+G0V;Q=0.32;A=4.0;MASS1=1.9;MASS2=0.6;RAD1=2.0;RAD2=1.1;M1BOL=1.65;M2BOL=4.3;R1=0.48;R2=0.28;L1=0.93;J1/J2=4.6 P;I=79.5. 345 AH Aur PM.EL.(S.GAPOSCHKIN [15])(VERY UNCERTAIN). 347 AM Aur PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KASAN' ASTRON OBS N49,3,1985). 349 AR Aur PM.EL.(R.A.BOTCULA, PEREM ZVEZDY BYULL V.21, N6,851, 1983).SP.& ABS.EL.(T.M.RACHKOVSKAYA, IZV KRYMSKOY ASTROFIZ OBS V.70,134, 1985). PM.& ABS.EL. IN CATALOGUE [1]. IN GCVS IV THE SPECTRA OF COMPONENTS ARE AP(HG-MN)+B9V. 352 BF Aur PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 357 CQ Aur BOUNDARY PM.EL. ARE IN (M.CERRUTI-SOLA ET AL., ASAP SUPPL V.42, N2,245,1980). 361 EO Aur PM.& ABS.EL IN CATALOGUE [1]. IN GCVS IV THE SPECTRA OF COMPONENTS ARE B3V+B3V ON THE DATA (J.A.PEARCE, PAAS V.10, N8,332, 1944) AND (R.M.PETRIE, VICTORIA PUBL V.8,319,1950).THE NUMBER OF AUTHORS (D.H.MC NAMARA, IN: PROC IAU SYMP N24,190,1966),(D.M.POPPER, APJ V.220, N1, PT.2,11,1978 AND OTHER) GIVE MUCH MORE EARLY SPECTRUM OF MORE MASSIVE COMPONENT: O9-B2. 378 HP Aur PM.EL.(G.GIURICIN ET AL., AA V.33, N1,159,1983),(R.A. BOTCULA, PEREM ZVEZDY BYULL V.22, N4,572,1987). 379 HS Aur PM.& ABS.EL.(D.M.POPPER ET AL.,AJ V.91, N2, PT.1,383, 1986). THE SPECTRA OF COMPONENTS ARE G8V+K0. 380 HU Aur POSSIBLY, * IS SHORTPERIODICAL DM: (B2)+[B3];Q=0.90; A=13.7;MASS1=9.2;MASS2=8.25;RAD1=5.2;RAD2=4.85;M1BOL=-4.9;M2BOL=-4.35; R1=0.38;R2=0.35;L1=0.58;J1/J2=1.2 P;I=86. 384 IM Aur PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. IN GCVS IV SP1 IS B7V. THE CHANGE OF P AND EXISTENCE OF THRID BODY STUDY IN ARTICLE (C.BARTOLINI, M.ZOFFOLI, ASAP V.168, N1/2,377, 1986). 385 IU Aur PM.& ABS.EL. IN CATALOGUE [1] AND AT (H.DRECHSEL,P. MAYER, MITT ASTRON GES. N68,246,1987; ASAP V.183, N1,61,1987). Inclination is variable. 390 LY Aur PM.& ABS.EL. IN WORK (Y.-F.LI, K.-C.LEUNG, APJ V.298, PT.1,345,1985) AND IN CATALOGUE [1]. 399 bet Aur PM.& ABS.EL. IN CATALOGUE [1]. 400 SU Boo PM.& ABS.EL.(F.MARDIROSSIAN ET AL.,ASAP SUPPL V.40, N1,57,1980). 403 TY Boo PM.EL.(R.B.CARR.AJ V.77, N2,155,1972),(P.G.NIARCHOS, APSS V.58, N2,301,1978). 404 TZ Boo PM.EL.(L.BINNENDIJK, AJ V.74, N2,211,1969),(H.MAUDER, ASAP V.17. N1,1,1972).PM.& ABS.EL.(H.M.K.AL-NAIMIY, S.R.JABBAR, APSS V.134, N1,153,1987). 406 VW Boo PM.EL.(L.BINNENDIJK, AJ V.78, N1,103,1973),(P.G.NIARCHOS, APSS V.58, N2,301,1978). 407 XY Boo PM.EL.(L.WINKLER, AJ V.82, N8,648,1977). PM.& ABS.EL. (N.S.AWADALLA, A.YAMASAKI, APSS V.107, N2,347,1984). 409 ZZ Boo SP.& ABS.EL.(D.M.POPPER, AJ V.88, N8,1242,1983). PM.& ABS.EL. IN CATALOGUE [1].IN GCVS IV THE SPECTRA OF COMPONENTS ARE F2+F2V 410 AC Boo PM.EL.(L.BINNENDIJK, AJ V.70, N3,201,1965),(S.MANCUSO ET AL.,ASAP SUPPL V.29, N1,57,1977),(P.G.NIARCHOS, APSS V.58, N2,301, 1978). 414 BG Boo POSSIBLE VARIANT:Q=0.7;A=4.65;MASS1=1.95;MASS2=1.35; RAD1=1.9;RAD2=1.6;M1BOL=1.7;M2BOL=2.3;R1=0.41;R2=0.34;L1=0.64;J1/J2=1.24 P. 415 BK Boo POSSIBLE VARIANT: Q=0.6;A=4.85;MASS1=2.1;MASS2=1.25;RAD1=2.05;RAD2=1.6;M1BOL=1.45;M2BOL=2.65;R1=0.422;R2=0.328;L1=0.76; J1/J2=1.9 P. 418 I Boo SP.& ABS.EL.(X.-F.LIU ET AL.,CHIN.ASTRON.ASTROPHYS. V.9, N2,145,1985). PM.& ABS.EL. IN CATALOGUE [1]. 420 Y Cam PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 421 SV Cam PM.EL.(F.SCALTRITI ET AL., PUBL.ASTR.INST.CZECHOSL. ACAD.SCI N70,91,1987). PM.& ABS.EL.(E.BUDDING, M.ZEILIK, APJ V.319, N2, PT.1,827,1987), IN CATALOGUE [1]. ABS.EL.(M.B.K.SARMA,HIGHLIGHTS ASTRON V.7,19-TH GEN.ASSEM IAU 443,1986). 422 SZ Cam PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. POSSIBLY, * IS DM. 423 TU Cam PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 429 AN Cam SP.& ABS.EL. ARE GIVEN AT THE (M.IMBERT, ASAP SUPPL V.67, N1,161,1987). IN GCVS IV THE DEPTH OF MIN II IS NOT INDICATED, HOWEVER ACCORDING TO IMBERT, THE DEPTH OF MIN II MAY BE APPROXIMATELY 0.4. 431 AS Cam PM.EL..(KH.F.KHALIULLIN, V.S.KOZYREVA, APSS V.94, N1, 115,1983). PM.& ABS.EL. IN CATALOGUE [1]. 432 AT Cam PM.EL.(D.S.ZHAI ET AL., ASAP V.141, N1,266,1984;CHIN. ASTRON.ASTROPHYS. V.9, N2,139,1985). 434 AW Cam PM.& ABS.EL. IN CATALOGUE [1]. 435 AY Cam PM.EL.(L.MILANO, G.RUSSO, IBVS, N1613,1979). IN GCVS IV THE SP1 IS G0. 436 AZ Cam PM.EL.(R.-X.ZHANG ET AL., CHIN.ASTRON.ASTROPHYS. V.8, N3,228,1984),(D.-SH.ZHAI ET AL.,CHIN.ASTRON.ASTROPHYS. V.9, N2,139,1985) 437 S Cnc PM.EL.(P.B.ETZEL, E.C.OLSON, AJ V.90, N3,504,1985). SP.& ABS.EL.(D.M.POPPER, J.TOMKIN, APJ V.285, N1, PT.1,208,1984). 438 RU Cnc PM.& ABS.EL. IN CATALOGUE [1]. POSSIBLY, * IS SD: F9+[K3IV];Q=0.20;A=5.3;MASS1=1.15;MASS2=0.23;RAD1=1.25;RAD2=5.3;M1BOL=4.0;M2BOL=2.4;R1=0.06;R2=0.24;L1=0.27;J1/J2=6. V;I=82. 439 RY Cnc PM.EL.(K.GRAFF, AN V.217,187,1922) (UNCERTAIN). 441 TU Cnc PM.EL.(S.GAPOSCHKIN, C.PAYNE-GAPOSCHKIN [16]) (UNCERTAIN). 442 TW Cnc PM.EL.(M.HURUHATA, M.KITAMURA, PAS JAPAN V.12,N3,441, 1960). 443 TX Cnc PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 447 WW Cnc THE DEEP MIN II MUST BE OBSERVED. 448 WX Cnc PM.EL.(Y.-I.YANG ET AL., CHIN.ASTRON.ASTROPHYS. V.9, N3,206,1985). 449 WY Cnc PM.EL.(S.A.NAFTILAN, AJ V.94. N5,1327,1987).PM.& ABS. EL.(E.BUDDING, M.ZEILIK, APJ V.319, N2, PT.1,827,1987) AND IN CATALOGUE [1]. 454 AH Cnc PM.& ABS.EL. IN CATALOGUE [1]. 456 RV CVn PM.EL.(M.HOFFMANN, IBVS N1932,1981) (INCOMPLETE). 459 VZ CVn PM.EL.(C.IBANOGLU, ASAP SUPPL V.13, N1,119,1974), (B.CESTER ET AL.[14]). SP.& ABS.EL.(D.M.POPPER, AJ V.95, N1,190,1988). SP.& ABS.EL.(D.M.POPPER, AJ V.95, N1,190,1988). 462 BI CVn PM.EL.(G.V.ZHUKOV, IBVS N2191,1982; CANDIDATE ES SCIENCES THESIS, STERNBERG INST., MOSKOV UNIV.,1984). 463 R CMa SP.& ABS.EL.(J.TOMKIN, APJ V.297, N1,250,1985). PM.& ABS.EL. IN CATALOGUE [1]. 467 RX CMa PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KASAN' ASTRON OBS N49,3,1985). 475 UW CMa PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 502 BN CMa POSSIBLY, * IS DW WITH SMALL Q: (F5)+[K3];Q=0.61;A=3.92;MASS1=1.27;MASS2=0.78;RAD1=1.4;RAD2=0.85;M1BOL=3.5;M2BOL=5.95;R1=0.36;R2=0.22;L1=0.72;J1/J2=6.8 P;I=89. 505 CE CMa POSSIBLY, * IS DS WITH SMALL Q: (A3)+[A8.5];Q=0.11;A=50;MASS1=2.1;MASS2=0.22;RAD1=2.75;RAD2=7.6;M1BOL=0.8;M2BOL=-0.7;R1=0.055;R2=0.15;L1=0.15;J1/J2=1.9;I=88. 510 CR CMa POSSIBLY, * IS KE:(A3)+[G0IV];Q=0.18;A=4.1;MASS1=2.1;MASS2=0.37;RAD1=2.0;RAD2=2.25;M1BOL=1.25;M2BOL=4.7;R1=0.54;R2=0.235;L1=0.97;J1/J2=6.0 P;I=88. 514 CW CMa PM.& ABS.EL.(M.MEZZETTI ET AL., ASAP SUPPL V.42, N1, 15,1980),(C.H.LACY, APJ V.261, N2, PT.1,612,1982). 525 FF CMa PM.EL.(R.KNIGGE, U.KOHLER, BAMB VER V.8,83,1969). 528 FZ CMa ABS.EL.(A.F.J.MOFFAT, N.VOGT, ASAP V.30, N3,381,1974) PM.& ABS.EL.(G.GIURICIN, F.MARDIROSSIAN, ASAP V.94, N1,201,1981). 529 GZ CMa PM.& ABS.EL.(D.M.POPPER ET AL., AJ V.90, N7,1324, 1985). 533 RY CMi PM.EL.(S.GAPOSCHKIN, C.PAYNE-GAPOSCHKIN [16]) (UNCERTAIN). 542 XZ CMi PM.EL.(I.B.PUSTYL'NIK, PUBL TARTU ASTROFIS OBS N26, 35,1969). PM.& ABS.EL.(F.MARDIROSSIAN, G.GIURICIN, ASAP V.96, N1/2,415, 1981). 543 YY CMi PM.EL.(K.D.ABHYANKAR, ZSAP V.54, N1,25,1962). PM.& ABS.EL.(G.GIURICIN, F.MARDIROSSIAN, ASAP V.94, N2,391,1981). 545 AC CMi POSSIBLY, * IS SD: F5+[K0IV];Q=0.27;A=4.2;MASS1=1.27;MASS2=0.34;RAD1=1.4;RAD2=1.1;M1BOL=3.5;M2BOL=5.4;R1=0.330;R2=0.265;L1=0.92;J1/J2=7. P;I=75. 547 AK CMi IN GCVS THE SP1 IS A-F. * IS NEARLY CONTACTS. 554 RW Cap PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KASAN' ASTRON OBS N49,3,1985). 559 del Cap IN WORK (B.K.SRIVASTAVA, APSS V.140, N2,337,1988) THE SPECTRA OF COMPONENTS ARE A9III+F1III. 560 X Car PM.EL.(D.A.H.BUCKLEY, APSS V.99, N1/2,191,1984). PM.& ABS.EL. IN CATALOGUE [1] (UNCERTAIN). IN GCVS IV THE SPECTRA OF COMPONENTS ARE A0V+A0V. 562 ST Car PM.EL.(E.LAPASSET, J.J.CLARIA, PASP V.94, N559,524, 1982),(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N50,15,1986). PM.& ABS.EL.(C.R.CHEMBLISS, P.K.DETTERLINE, APSS V.140, N2,237,1988), (D.ZHAI ET AL., AA SINICA V.8, N1,20,1987). 563 SW Car PM.EL.(N.V.LAVROVA, M.I.LAVROV, TRUDY KASAN' ASTRON OBS N51,31,1988). 568 BP Car IN GCVS IV IT IS INDICATED, THAT P,POSSIBLY, IS TWICE SHORTER. THEN, * WILL BE SD OR DM. 575 CV Car PM.EL.(G.GIURICIN, F.MARDIROSSIAN, ASAP SUPPL V.45, N1,85,1981). 576 CW Car PM.EL.(D.A.H.BUCKLEY, SOUTH STARS V.30, N1,129,1982). 588 DP Car PM.EL.(E.HERTZSPRUNG, BAN V.2, N65,165,1924). 595 DW Car SP.EL.(O.E.FERRER ET AL., REV MEX V.10, NUM.ESPEC., 323,1985). IN GCVS IV THE SP1 IS B5. 604 EM Car SP.& ABS.EL.(G.R.SOLIVELLA, V.S.NIEMELA, PASP V.98, N 606,788,1986). POSSIBLY, * IS DM WITH Q APPROXIMATELY 1 AND I APPROXIMATELY 80. 612 FP Car PM.EL.(M.B.SHAPLEY, HB N843,1927). POSSIBLY, * IS G-S, ACCORDING TO CLASSIFICATION OF M.A.SVECHNIKOV [2-4]. 613 FS Car PM.EL.(S.GAPOSCHKIN [15]),(S.GAPOSCHKIN, C.PAYNE-GAPOSCHKIN [16]) (REPRESENTS ONLY HISTORICAL INTEREST). 614 FV Car PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KASAN' ASTRON OBS N50,15,1986). 615 GL Car PM.EL.(Z.KOPAL, M.B.SHAPLEY [17]),(A.GIMENEZ, J.V. CLAUSEN, ASAP V.161, N2,275,1986). 617 GN Car PM.EL.(M.G.FRACASTORO, ARCETRI PUBL N55,41,1937). 623 GV Car * MAY BE SD WITH EXTREMALY SMALL Q (APPROXIMATELY 0.08). 624 GW Car PM.EL.(D.A.H.BUCKLEY APSS V.99, N1/2,191,1984),(M.I. LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N49,18,1985). 625 HH Car PM.EL.(S.SODERHJELM, ASAP SUPPL V.22, N3,263,1975). SP.& ABS.EL.(C.H.MANDRINI ET AL., REV MEX V.11, N2,99,1985). THE OBSERVED SPECTRA OF COMPONENTS ARE O8V+B0III. 626 HI Car PM.EL.(D.J.K.O'CONNELL, RIC ASTR V.3, N13,326,1956) (UNCERTAIN). 642 KU Car PM.EL.(D.J.K.O'CONNELL, RIC ASTR V.3, N13,332,1956) (UNCERTAIN). 654 QX Car PM.,SP.& ABS.EL.(J.ANDERSEN ET AL., ASAP V.121, N2, 271,1983). 657 V347 Car q is uncertain. 658 V348 Car PM.& ABS.EL.(R.W.HILDITCH, T.LLOYD EVANS, MN V.213, N1,75,1985). 661 RZ Cas PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 662 TV Cas PM.& ABS.EL.(A.C.DE LANDTSHEER, ASAP SUPPL V.52, N2, 213,1983),(K.WLODARCZYK, AA V.34, N1,1984) AND IN CATALOGUE [1]. 663 TW Cas PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 664 TX Cas PM.EL.(R.A.BREINHORST, M.T.KARIMIE, MN V.216, N3,663, 1985). PM.& ABS.EL.(D.-SH.ZHAI ET AL., AA SINICA V.28, N1,71,1987). 665 UU Cas PM.& ABS.EL. IN CATALOGUE [1]. 666 XX Cas PM.EL.(N.L.PIERCE, PRINC CONTR N18,1938),(R.K.SRIVASTAVA, IBVS N3001,1987). 667 YZ Cas PM.EL.(M.I.LAVROV, N.V.LAVROVA, ASTRON TSIRK AKAD NAUK SSSR N1528,22,1988). SP.& ABS.EL.(C.H.LACY, LOWELL BULL N167,108, 1983). PM.& ABS.EL.(A.C.LANDTSHEER, ASAP SUPPL V.53, N1,161,1983) AND IN CATALOGUE [1]. 668 ZZ Cas PM.& ABS.EL. IN CATALOGUE [1]. POSSIBILITY IS NOT EXCEPTED, THAT * IS KE: B3+[B6.5];Q=0.64;A=10.8;MASS1=6.7;MASS2=4.3;RAD1=4.5;RAD2=3.6;M1BOL=-3.75;M2BOL=-1.7;R1=0.415;R2=0.335;L1=0.79;J1/J2=2.4 P;I=70. 669 AB Cas PM.EL.(H.ANDO, APSS V.71, N1,249,1980). THE OBSERVED SPECTRA OF COMPONENTS ARE A3+KV:IN THE GCVS IV. THE DEPTH OF MIN II, INDICATED IN THE GCVS IV (A2=0.18 V), IS EXCEEDED EVIDENTLY. 673 AO Cas PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. IN GCVS IV THE SPECTRA OF COMPONENTS ARE O9III+O9III. 675 AR Cas PM.& ABS.EL. IN CATALOGUE [1]. 683 CC Cas PM.& ABS.EL. IN CATALOGUE [1]. 685 CW Cas PM.EL.(P.G.NIARCHOS, APSS V.58, N2,301,1978),(B.CESTER ET AL.[14]),(F.BARONE ET AL., ASAP V.197, N1/2,347,1988). 686 DN Cas POSSIBLY, * IS KE:Q=0.78;A=25.0;MASS1=22.;MASS2=17.2;RAD1=9.9;RAD2=8.8;M1BOL=-8.2;M2BOL=-7.25;R1=0.40;R2=0.36;L1=0.60;J1/J2=1.24 P;I=71. 687 DO Cas PM.EL.(H.M.K.AL-NAIMIY ET AL., APSS V.117, N2,351, 1985),(M.T.KARIMIE, H.W.DUERBECK, APSS V.117, N2,375,1985). PM.& ABS.EL. (J.KALUZNY, AA V.35, N3/4,327,1985),(H.ROVITHIS-LIVANIOU, P.ROVITHIS, APSS V.119, N2,381,1986),(G.-Y.LIU ET AL., AA SINICA V.29, N1,1,1988) AND IN CATALOGUE [1]. 689 DZ Cas POSSIBLE VARIANT:Q=0.20;A=4.40;MASS1=1.55;MASS2=0.31;RAD1=2.3;RAD2=1.05;M1BOL=1.9;M2BOL=4.5;R1=0.53;R2=0.24;L1=0.94;J1/J2=2.9 P. 700 GG Cas PM.& ABS.EL.(U.S.CHAUBEY, BULL ASTRON SOC.INDIA V.12, N3,237,1984) AND IN CATALOGUE [1]. 706 GU Cas POSSIBLY, * IS SD: B(0)+[B4.5];Q=0.25;A=23.7;MASS1=15.;MASS2=3.75;RAD1=7.1;RAD2=6.1;M1BOL=-6.7;M2BOL=-3.7;R1=0.30;R2=0.26; L1=0.82;J1/J2=3.4 P;I=79. IN GCVS IV THE SP1 IS OB. 713 IS Cas PM.EL.(M.M.ZAKIROV, PEREM ZVEZDY BYULL V.21, N6,1983) 728 MN Cas PM.EL.(J.S.SHAW, A.D.GRAVER, AJ V.88,290,1977),(M.I. LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N48,3,1983). 735 NN Cas POSSIBLY, * IS KE: (B5)+[B8.5];Q=0.64;A=8.3;MASS1=4.95;MASS2=3.15;RAD1=3.45;RAD2=2.8;M1BOL=-2.3;M2BOL=-0.35;R1=0.415;R2=0.335;L1=0.80;J1/J2=2.5 P;I=90. 737 NU Cas POSSIBLY, * IS SD:(F2)+[G2IV];Q=0.54;A=4.5;MASS1=1.35;MASS2=0.73;RAD1=1.5;RAD2=1.45;M1BOL=3.15;M2BOL=4.1;R1=0.33;R2=0.32;L1=0.76;J1/J2=2.85 P;I=77.5. 741 OR Cas POSSIBLY, * IS SD:F3+[G0IV];Q=0.18;A=5.65;MASS1=1.33;MASS2=0.24;RAD1=1.45;RAD2=1.35;M1BOL=3.25;M2BOL=4.0;R1=0.26;R2=0.235;L1=0.71;J1/J2=1.95 P;I=80.5. 742 OX Cas PM.EL.(M.I.LAVROV, N.V.LAVROVA, ASTRON TSIRK AKAD NAUK SSSR N1033,3,1979). PM.& ABS.EL.(F.MARDIROSSIAN ET AL.,ASAP V.82, N3, 386,1980),(KH.F.KHALIULLIN ET AL., APSS V.138, N2,361,1987). 744 PV Cas PM.EL.(H.ALKAN, APSS V.75, N2,455,1981). ABS.EL.(D.M. POPPER, AJ V.93, N3,672,1987). 754 V345 Cas POSSIBLY, * IS SD: (F5)+[G1IV];Q=0.56;A=4.12;MASS1=1.25;MASS2=0.7;RAD1=1.4;RAD2=1.35;M1BOL=3.5;M2BOL=4.1;R1=0.34;R2=0.325;L1=0.68;J1/J2=1.8 P;I=81.5. 761 V364 Cas PM.EL.(U.S.CHAUBEY, APSS V.106, N2,273,1984). 762 V366 Cas R1, R2, r1, r2 are uncertain. 764 V368 Cas PM.& ABS.EL.(T.S.POLUSHINA, IBVS N2944,1986). 766 V375 Cas PM.EL.(R.-X.ZHANG ET AL., AA SINICA V.6, N3,185, 1986). 776 V396 Cas POSSIBLY, * IS DM WITH Q,APPROXIMATELY 0.8 AND IN LARGE PLENTY OF RADIUS OF MAIN COMPONENT. 777 V399 Cas POSSIBLE VARIANT: Q=0.44;A=4.6;MASS1=2.1;MASS2=0.9;RAD1=2.1;RAD2=1.4;M1BOL=1.4;M2BOL=3.4;R1=0.45;R2=0.30;L1=0.87;J1/J2=3.1P 787 V423 Cas POSSIBLE VARIANT: Q=0.44;A=4.35;MASS1=1.95;MASS2=0.86;RAD1=1.95;RAD2=1.3;M1BOL=1.6;M2BOL=3.5;R1=0.45;R2=0.30;L1=0.87; J1/J2=2.9 P. 795 V523 Cas PM.EL.(G.V.ZHUKOV, CANDIDATE ES SCIENCES THESIS, STERNBERG INST.,MOSCOW UNIW.,1984),(C.MACERONI, ASAP V.170, N1,43,1986). 797 V541 Cas PM.EL.(R.-X.ZHANG ET AL., AA SINICA V.28, N2,131, 1987). 801 RR Cen PM.EL.(S.J.LAFTA, J.E.GRAINGER, APSS V.127, N1,153, 1986). SP.EL.(D.J.KING, R.W.HILDITCH, MN V.209, N3,645,1984). 802 RZ Cen PM.EL.(H.SHAPLEY [18]) (VERY UNCERTAIN). 803 SS Cen PM.EL.(H.SHAPLEY [18]) (UNCERTAIN). 805 SU Cen PM.EL.(H.SHAPLEY [18]) (VERY UNCERTAIN). 806 SV Cen PM.EL.(H.M.R.AL-NAIMIY, APSS V.117, N2,351,1985), PM. & ABS.EL.(H.DRECHSEL ET AL., ASAP V.110, N2,246,1982) AND IN CATALOGUE [1]. 807 SW Cen PM.EL.(H.SHAPLEY [18]) (UNCERTAIN). 808 SY Cen PM.EL.(H.SHAPLEY [18]) (UNCERTAIN). 810 WZ Cen PM.EL.(S.GAPOSCHKIN, C.PAYNE-GAPOSCHKIN [16]) (REPRESENTS ONLY HISTORICAL INTEREST). 815 BD Cen POSSIBLY, * IS SD: (F0)+[F8];Q=0.56;A=6.3;MASS1=1.45;MASS2=0.82;RAD1=1.6;RAD2=2.0;M1BOL=2.85;M2BOL=3.1;R1=0.255;R2=0.325;L1=0.58;J1/J2=2.25 P;I=82.5. 818 BH Cen PM.& ABS.EL.(K.-C.LEUNG, D.P.SCHNEIDER, APJ V.211,N3,PT.1,844,1977). 843 KT Cen PM.EL.(S.SODERHJELM, ASAP SUPPL V.22, N3,263,1979), (M.I.LAVROV, N.V.LAVROVA, TRUDY KASAN' ASTRON OBS N49,18,1985). 872 OX Cen PM.EL.(S.GAPOSCHKIN, C.PAYNE-GAPOSCHKIN [16]) (UNCERTAIN). 889 V346 Cen PM.& ABS.EL.(A.GIMENEZ ET AL., ASAP V.160, N2,310, 1986) AND IN CATALOGUE [1]. 892 V350 Cen PM.EL.(D.J.K.O'CONNELL, RIC ASTR V.3, N13,1956) (UNCERTAIN). 897 V377 Cen PM.& ABS.EL. IN CATALOGUE [1]. 898 V379 Cen PM.EL.(D.J.K.O'CONNELL, RIV PUBL V.1, N3,1936) (UNCERTAIN). 899 V380 Cen PM.EL.(A.SH.MUZAFAROV, ASTRON ENGEL'GARD OBS BYULL N18,35,1940). 905 V387 Cen POSSIBLY, * IS DS:(A3)+[K3IV];Q=0.20;A=31.5;MASS1=2.1;MASS2=0.4;RAD1=2.75;RAD2=5.75;M1BOL=0.8;M2BOL=1.8;R1=0.085;R2=0.18; L1=0.85;J1/J2=25. P;I>80. 915 V495 Cen PM.EL.(D.J.K.O'CONNELL, RIC ASTR V.3, N2,81,1954) (UNCERTAIN) 945 V630 Cen POSSIBLY, * IS DW:(F5)+[G8];Q=0.76;A=4.45;MASS1=1.27;MASS2=0.97;RAD1=1.4;RAD2=1.05;M1BOL=3.5;M2BOL=4.85;R1=0.315;R2=0.235;L1=0.82;J1/J2=2.7 P;I=69. 949 V635 Cen POSSIBLY, * IS KE:(B1)+[B3];Q=0.62;A=13.7;MASS1=11.7;MASS2=7.2;RAD1=5.75;RAD2=4.5;M1BOL=-5.7;M2BOL=-3.95;R1=0.42;R2=0.33;L1=0.73;J1/J2=1.7 P;I=81. 952 V646 Cen PM.EL.(D.J.K.O'CONNELL, RIC ASTR V.3, N13,1956) (UNCERTAIN). 954 V673 Cen POSSIBLY, * IS KE:(B6)+[A4];Q=0.50;A=7.5;MASS1=4.3;MASS2=2.15;RAD1=3.3;RAD2=2.35;M1BOL=-1.8;M2BOL=1.3;R1=0.44;R2=0.31;L1=0.89;J1/J2=4.1 VIS;I=60. 956 V677 Cen PM.& ABS.EL.(P.M.KILMARTIN ET AL., APJ V.319, N1, PT.1,334,1987). 959 V685 Cen POSSIBLY, * IS DM WITH SMALL Q: B9IV-V+[A7];Q=0.58; A=7.8;MASS1=2.8;MASS2=1.6;RAD1=2.4;RAD2=1.7;M1BOL=1.1;M2BOL=2.4;R1=0.31; R2=0.22;L1=0.88;J1/J2=3.5 P;I=83.5. 968 V701 Cen PM.EL.(K.-Y.CHEN, AJ V.76, N1,52,1971). PM.& SP.EL. (L.MILANO ET AL., ASAP V.193, N1/2,168,1988). 972 V746 Cen = V467 CEN. 973 V747 Cen PM.EL.(C.R.CHAMBLISS, AJ V.75, N6,731,1970),(K.-C. LEUNG, J.J.DARLAND, PASP V.90, N533,97,1978). 976 V757 Cen PM.EL.(M.A.CERRUTI, R.F.SISTERO, PASP V.94, N557, 189,1982). SP.& ABS.EL.(M.A.CERRUTI, V.S.NIEMELA, PASP V.94, N557,195, 1982). PM.& ABS.EL.(C.MACERONI ET AL., ASAP V.58, N2,405,1984). 977 V758 Cen PM.EL.(S.L.LIPARI, R.F.SISTERO, APSS V.109, N2,271, 1985). POSSIBLE VARIANT: Q=0.46;A=4.7;MASS1=2.8;MASS2=1.3;RAD1=2.1;RAD2=1.45;M1BOL=0.55;M2BOL=2.5;R1=0.45;R2=0.31;L1=0.85;J1/J2=2.6 B. 984 U Cep PM.EL.(E.C.OLSON, PASP V.96, N576,162,1984). SP.& ABS. EL.(J.TOMKIN, APJ V.244, N2, PT.1,546,1981). PM.& ABS.EL. IN CATALOGUE [1] AND IN THE (M.A.KHAN, E.BUDDING, APSS V.125, N2,219,1986). THE SP2 RECEIVED WITH DEPTHS OF MINIMA IS MUCH MORE EARLY, THAN SP2 DISCOVERED FROM OBSERVATIONS. 985 RS Cep PM.& ABS.EL.(T.W.STUHLINGER, J.SCOTT SHAW, AJ V.89, N4,562,1984),(M.J.PLAVEC, J.J.DOBIAS, AJ V.92, N1,171,1987). THE LAST AUTHORS DEFINED SPECTRA OF COMPONENTS AS B9.7EV+G8III-IV. 987 SY Cep PM.& ABS.EL.(V.I.KARDAPOLOV, M.I.LAVROV, G.K.FILIP'EV, PEREM ZVEZDY BYULL V.22, N3,303,1986). 989 VW Cep PM.EL.(P.G.NIARCHOS, ASAP SUPPL V.58, N2,261,1984), (A.P.LINNELL, APJ V.300, N1, PT.1,304,1986). PM.& ABS.EL. IN CATALOGUE [1]. 991 WX Cep PM.& ABS.EL.(U.S.CHAUBEY, BULL ASTRON SOC INDIA V.12, N3,237,1984). PM.,SP.& ABS.EL.(D.M.POPPER, AJ V.93, N3,672,1987). 992 WY Cep PM.EL.(H.SCHNELLER, VBB V.8, N6,34,1931) (UNCERTAIN). 993 WZ Cep PM.EL.(J.KALUZNY, AA V.36, N1,105,1986). 994 XX Cep PM.EL.(A.BONIFAZI, A.GUARNIERI, ASAP V.156, N1/2,38, 1986). PM.& ABS.EL. IN CATALOGUE [1]. 995 XY Cep PM.& ABS.EL.(J.B.SRIVASTAVA, C.D.KANDPAL, APSS V.66, N1,143,1979),(G.GIURICIN ET AL., ASAP SUPPL V.43, N2,251,1981). 996 XZ Cep PM.& ABS.EL.(G.GIURICIN ET AL.,MN V.211, N1,39,1984). POSSIBLY, * IS SD: O9.5V+[B2];Q=0.45;A=36.0;MASS1=16.5;MASS2=7.4;RAD1=7.6;RAD2=10.9;M1BOL=-7.1;M2BOL=-6.5;R1=0.21;R2=0.30;L1=0.45;J1/J2=1.6 V;I=79. 997 ZZ Cep PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 998 AH Cep PM.& ABS.EL.(S.A.BELL ET AL.,MN V.223, N3,513,1986) AND IN CATALOGUE [1]. THE SYSTEM IS ALMOST CONTACT. 1003 BE Cep PM.EL.(J.KALUZNY, PASP V.98, N605,662,1986). 1009 CW Cep PM.EL.(B.CESTER ET AL.[14]),(R.A.BOTCULA, PEREM ZVEZDY BYULL V.21, N6,851,1983). PM.& ABS.EL. IN CATALOGUE [1]. 1010 CY Cep POSSIBLY, * IS SD WITH SMALL Q: (A5)+[F7];Q=0.17;A=7.65;MASS1=1.9;MASS2=0.32;RAD1=1.9;RAD2=1.75;M1BOL=1.85;M2BOL=3.15;R1=0.245;R2=0.23;L1=0.81;J1/J2=3.7 B;I=82.5. 1013 DL Cep POSSIBLY, * IS MASSIVE DM: (B5)+[B8];Q=0.66;A=11.8; MASS1=5.0;MASS2=3.3;RAD1=3.5;RAD2=2.65;M1BOL=-2.3;M2BOL=-0.5;R1=0.30; R2=0.225;L1=0.79;J1/J2=2.15 P;I=89. 1015 DP Cep POSSIBLY, * IS DW: F0+[F6];Q=0.84;A=6.9;MASS1=1.45; MASS2=1.22;RAD1=2.15;RAD2=1.7;M1BOL=2.2;M2BOL=3.15;R1=0.315;R2=0.25;L1= =0.73;J1/J2=1.75 B;I=90. 1018 DY Cep POSSIBLY, * IS DM:F2:+[G7];Q=0.75;A=10.0;MASS1=1.35; MASS2=1.0;RAD1=2.05;RAD2=1.55;M1BOL=2.5;M2BOL=3.9;R1=0.21;R2=0.155;L1= 0.83;J1/J2=2.7 P;I=81. 1020 EG Cep PM.EL.(D.B.WOOD, AJ V.76, N8,701,1971),(J.KALUZNY, J.SEMENIUK, AA V.34, N4,433,1984). 1021 EI Cep PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. IN GCVS IV THE SPECTRA OF COMPONENTS ARE AM+FI. 1022 EK Cep PM.EL.(KH.F.KHALIULLIN, ASTRON TSIRK AKAD NAUK SSSR N1214,3,1982),(G.HILL, E.G.EBBIGHAUSEN, AJ V.89, N8,1256,1984).SP.& ABS. EL.(J.TOMKIN, APJ V.271, N2, PT.1,717,1983),(D.M.POPPER, APJ V.313, N2, PT.2,81,1987). IN GCVS IV THE SP1 IS A0V. 1023 EM Cep PM.EL.(C.CRISTESCU ET AL.,IBVS N2050,1981). 1025 EP Cep Q(SP.) IS IN THE (S.L.BALIUNAS, E.F.GUINAN, APJ V.294, N1, PT.1,207,1985) (UNCERTAIN). 1026 EQ Cep Q(SP.) IS IN THE (S.L.BALIUNAS, E.F.GUINAN, APJ V.294, N1, PT.1,207,1985). 1027 ER Cep PM.& ABS.EL.(S.P.WORDEN ET AL.,MN V.184, N1,33,1978) (L.F.ISTOMIN IN:STELLAR AGGREGATES, ED.URAL STATE UNIV.,SVERDLOVSK,80, 1980; CANDIDATE ES SCIENCES THESIS, ED.URAL STATE UNIV.,SVERDLOVSK,1987) ABS.EL.(S.L.BALIUNAS, E.F.GUINAN, APJ V.294, N1, PT.1,207,1985). 1028 ES Cep PM.EL.(L.F.ISTOMIN, CANDIDATE ES SCIENCES THESIS, ED.URAL STATE UNIV.,SVERDLOVSK,1987); Q(SP.) IS IN THE (S.L.BALIUNAS, E.F.GUINAN, APJ V.294, N1, PT.1,207,1985) (VERY UNCERTAIN). IN THIS WORK THE SP1 IS K0V. 1036 GI Cep POSSIBLY, * IS KE: (B5)+[B7.5];Q=0.76;A=8.9;MASS1=4.9;MASS2=3.75;RAD1=3.55;RAD2=3.1;M1BOL=-2.2;M2BOL=-0.95;R1=0.40;R2=0.35 L1=0.72;J1/J2=1.95 P;I=89. 1037 GK Cep PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 1039 GT Cep PM.& ABS.EL.(G.GIURICIN ET AL., ASAP SUPPL V.49, N1, 89,1982),(C.BARTOLINI ET AL., ASAP SUPPL V.55, N3,403,1984) AND IN CATALOGUE [1]. 1040 GW Cep PM.EL.(M.HOFFMAN, APSS V.83, N1/2,195,1982),(J.KALUZNY, AA V.34, N2,217,1984). 1067 NU Cep POSSIBLY, * IS DM: (F0)+[K1];Q=0.58;A=16.2;MASS1=1.45;MASS2=0.85;RAD1=1.6;RAD2=0.9;M1BOL=2.85;M2BOL=5.5;R1=0.10;R2=0.055 L1=0.95;J1/J2=7.0 P;I=89. 1069 NY Cep APPRAISAL OF I (7682. 1563 V1073 Cyg PM.EL.(B.CESTER ET AL.[14]).PM.& ABS.EL. IN CATALOGUE [1]. 1567 V1083 Cyg POSSIBLY, * IS SD: A(2)+[F0];Q=0.50;A=8.6;MASS1=2.15;MASS2=1.1;RAD1=2.3;RAD2=2.7;M1BOL=1.0;M2BOL=1.7;R1=0.27;R2=0.31; L1=0.65;J1/J2=2.6 P;I=75. 1576 V1143 Cyg PM.EL.(A.I.KHALIULLINA, KH.F.KHALIULLIN, ASTRON ZH AKAD NAUK SSSR V.61, N2,393,1984),(W.VAN HAMME, R.E.WILSON, ASAP V.141, N1,1,1984). PM.& ABS.EL. IN CATALOGUE [1]. SP.& ABS.EL.(J.ANDER- SEN ET AL., ASAP V.174, N1/2,107,1987). 1580 V1158 Cyg POSSIBLY, * IS G-S. 1586 V1187 Cyg POSSIBLY, * IS SD-WD ACCORDING TO CLASSIFICATION OF M.A.SVECHNIKOV [2-4] WITH TWICE SHORTER PERIOD. 1587 V1188 Cyg POSSIBLE VARIANT: (A8)+[F3];Q=0.15;A=4.7;MASS1=1.65;MASS2=0.25;RAD1=1.75;RAD2=1.05;M1BOL=2.35;M2BOL=4.05;R1=0.37;R2=0.225;L1=0.84;J1/J2=1.9 P. 1600 V1273 Cyg POSSIBLY, * IS SD:(A8)+[F8IV];Q=0.12;A=4.5;MASS1=1.65;MASS2=0.20;RAD1=1.75;RAD2=0.95;M1BOL=2.35;M2BOL=4.6;R1=0.385;R2=0.21;L1=0.90;J1/J2=2.8 P;I=80.5. 1621 V1411 Cyg POSSIBLY, * IS DM WITH TWICE LONGER PERIOD: A3+A3;Q=1.0;A=9.05;MASS1=MASS2=2.05;RAD1=RAD2=2.0;M1BOL=M2BOL=1.5;L1=0.5; J1/J2=1.0 P;I=87.5. 1635 V1457 Cyg POSSIBLY, * IS SD: F0+[G4IV];Q=0.32;A=4.05; MASS1=1.45;MASS2=0.47;RAD1=1.6;RAD2=1.1;M1BOL=2.85;M2BOL=4.8;R1=0.395; R2=0.275;L1=0.90;J1/J2=4.6 P;I=79.5. 1646 V1722 Cyg POSSIBLY, * IS DS:(A5)+[F6];Q=0.16;A=28.5;MASS1=1.9;MASS2=0.3;RAD1=2.6;RAD2=4.85;M1BOL=1.15;M2BOL=0.95;L1=0.50;J1/J2=3.5 B;I>79. 1649 W Del PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 1650 RR Del PM.EL.(H.SHAPLEY [18]). 1652 TY Del PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N50,15,1986). 1656 AL Del POSSIBLY, * IS SD: (B8)+[A4];Q=0.45;A=9.15;MASS1=3.25;MASS2=1.45;RAD1=2.65;RAD2=2.8;M1BOL=-0.45;M2BOL=0.8;R1=0.29;R2=0.30;L1=0.73;J1/J2=3.0 P;I=78. 1674 DM Del PM.EL.(H.SCHNELLER, AN V.285, N5/6,265,1960),(N.GUDUR ET AL., ASAP SUPPL V.67, N1,87,1987). 1681 FK Del POSSIBLE VARIANT:(A2)+[A5];Q=0.70;A=4.95;MASS1=2.15; MASS2=1.50;RAD1=2.0;RAD2=1.7;M1BOL=1.35;M2BOL=2.05;R1=0.41;R2=0.34;L1=0.66;J1/J2=1.35 P. 1688 RW Dor PM.EL.(S.GAPOSCHKIN [15]) (VERY UNCERTAIN).ACCORDING TO (W.P.RIDELMAN, N.SANDULEAK, IBVS N2122,1982),SP1 - DWARF OF LATE SP. CLASS. 1689 Z Dra PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 1690 RR Dra PM.EL.(H.SHAPLEY [18]) (UNCERTAIN) 1691 RX Dra PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N49,18,1985). 1692 RZ Dra PM.& ABS.EL.(K.-C.LEUNG ET AL.,CHIN ASTRON ASTROPHYS V.6, N3,199,1982) AND IN CATALOGUE [1]. 1693 SX Dra PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N50,15,1986). 1694 TW Dra PM.& ABS.EL.(H.M.K.AL-NAIMIY, A.O.AL-SIKAB, APSS V.103, N1,115,1984) AND IN CATALOGUE [1]. 1696 UZ Dra SP.& ABS.EL.(M.IMBERT, ASAP SUPPL V.65, N1,97,1986). 1700 AI Dra PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 1702 AR Dra PM.EL.(P.BROGLIA, P.CONCONI, ASAP SUPPL V.37,N3,487, 1978). POSSIBLY, * IS DW: F5+[K0];Q=0.74;A=4.2;MASS1=1.27;MASS2=0.94; RAD1=1.4;RAD2=1.0;M1BOL=3.5;M2BOL=5.0;R1=0.33;R2=0.185;L1=0.89;J1/J2=2.5 V;I=90. 1706 BF Dra SP.EL.(M.IMBERT, ASAP SUPPL V.59, N2,357,1985). 1707 BH Dra PM.& ABS.EL. IN CATALOGUE [1].ACCORDING TO (W.R.BOY, E.W.BURKE, IR., IBVS N504,1970), BOTH ECLIPSES ARE WHOLE. 1711 BS Dra PM.EL.(N.GUDUR ET AL., ASAP SUPPL V.36,65,1979). PM. & ABS.EL.(R.A.BOTCULA, IZV ASTRON ENGEL'GART OBS N48,15,1984) AND IN CATALOGUE [1]. 1712 BU Dra NEW VALUE OF P=3.8283652 IS IN THE WORK (F.KUHNLENZ, MVS V.12, N1,4,1989). IN GCVS IV P=1.91417. 1713 BV Dra PM.EL.(E.H.GEYER ET AL., ASAP SUPPL V.48, N1,85, 1982). PM.& ABS.EL.(M.T.KARIMIE, APSS V.115, N2,251,1985). SP.EL.(A.H. BATTEN, W.LU, PASP V.98, N599,92,1986). SP.& ABS.EL.(J.KALUZNY, S.M.RUCINSKI, AJ V.92, N3,666,1986). 1714 BW Dra SP.EL.(A.H.BATTEN, W.LU, PASP V.98, N599,92,1986). PM.& ABS.EL.(L.F.ISTOMIN, E.I.STARITSYN, ASTRONOMICAL AND GEODEZICAL INVESTIGATIONS, SVERDLOVSK, 1985). PM.& SP.EL.(J.KALUZNY, S.M.RUCINSKI, AJ V.92, N3,666,1986). 1716 CM Dra PM.& ABS.EL. IN CATALOGUE [1]. 1718 DE Dra SP.EL.(D.P.HUBE, J.S.COUCH, APSS V.81, N1/2,357, 1982). PM.& ABS.EL. IN CATALOGUE [1]. 1720 S Equ PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 1723 SU Equ POSSIBLE VARIANT:Q=0.12;A=4.45;MASS1=2.15;MASS2=0.26;RAD1=2.55;RAD2=0.95;M1BOL=0.8;M2BOL=4.1;R1=0.58;R2=0.21;L1=0.96;J1/J2=2.8 P. 1726 RU Eri PM.EL.(G.GIURICIN ET AL., ASAP SUPPL V.49, N1,89, 1982),(G.RUSSO, APSS V.81, N1/2,209,1982). SP.& ABS.EL.(A.YAMASAKI ET AL.,APSS V.118, N1/2,279,1986). POSSIBLY, * IS DW: F3-4IV-V+[G8];Q=0.75; A=4.15;MASS1=1.36;MASS2=1.02;RAD1=1.8;RAD2=1.1;M1BOL=2.75;M2BOL=4.6;R1=0.435;R2=0.27;L1=0.85;J1/J2=2.2 V;I=83. 1728 RZ Eri PM.& ABS.EL. IN CATALOGUE [1]. ABS.EL.(M.B.K.SARMA, HIGHLIGHTS ASTR.VOL.7:19-TH GEN.ASSEM.IAU DELHI NOV., 1985, DORDRECHT E.A., 443,1986). 1732 UX Eri PM.EL.(H.MAUDER, ASAP V.17,N1,1,1972),(P.G.NIARCHOS, APSS V.58, N2,301,1978). 1735 WX Eri PM.EL.(M.B.K.SARMA, K.D.ABHYANKAR, APSS V.65,N2,443, 1979),(J.B.SRIVASTAVA, C.D.KANDPAL, APSS V.121, N2,301,1986). FROM THE COLORIMETRIC OBSERVATIONS, SP1 IS F3. PM.& ABS.EL.(G.GIURICIN, F.MARDI- ROSSIAN, ASAP SUPPL V.45, N1,85,1981).POSSIBLY, * IS DW: F3+[K0];Q=0.68; A=4.85;MASS1=1.33;MASS2=0.9;RAD1=1.8;RAD2=1.0;M1BOL=2.8;M2BOL=5.2;R1=0.37;R2=0.21;L1=0.91;J1/J2=3.1 V;I=89. 1736 YY Eri PM.EL.(P.G.NIARCHOS, APSS V.58, N2,301,1978). PM.& ABS.EL.(C.MACERONI ET AL., ASAP SUPPL V.49, N1,123,1982) AND IN CATALOGUE [1]. SP.& ABS.EL.(R.NESCI ET AL., ASAP V.159, N1/2,142,1986). 1742 AS Eri PM.& ABS.EL.(W.VAN HAMME, R.E.WILSON, ASAP V.141, N1,1,1984) AND IN CATALOGUE [1]. PM.,SP.& ABS.EL.(D.M.POPPER, APJ V.185, N1, PT.1,265,1973). 1746 BV Eri PM.& SP.EL.(D.BAADE ET AL., APSS V.93,N1,69,1983), (A.YAMASAKI ET AL., APSS V.118, N1/2,279,1986) (UNCERTAIN). 1747 BW Eri PM.EL.(D.BAADE ET AL., APSS V.88, N1,197,1982),(A. YAMASAKI ET AL., APSS V.118, N1/2,279,1986). IN THESE WORKS, SP1 IS A8V. 1749 CD Eri PM.EL.(C.D.KANDPAL, J.B.SRIVASTAVA, APSS V.67, N1, 213,1980) (UNCERTAIN). IN THIS ARTICLE, SP1 IS A8. 1753 CW Eri PM.EL.(K.-Y.CHEN, AA V.25, N2,89,1975),(M.MEZZETTI ET AL., ASAP SUPPL V.42, N1,15,1980). SP.& ABS.EL.(D.M.POPPER, AJ V.88, N8,1242,1983). 1760 RW Gem PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 1761 RX Gem PM.& ABS.EL. IN CATALOGUE [1]. 1762 RY Gem PM.& ABS.EL.(D.S.HALL ET AL., AA V.82, N3/4,411, 1982),(M.J.PLAVEC, J.J.DOBIAS, AJ V.93, N2,440,1987) AND IN CATALOGUE [1]. 1763 SV Gem SP.& ABS.EL.(P.P.PARENAGO, ASTRON ZH AKAD NAUK SSSR V.27, N1,41,1950) (UNCERTAIN). 1765 TX Gem PM.EL.(N.V.LAVROVA, M.I.LAVROV, TRUDY KAZAN' ASTRON OBS N51,31,1988). IN GCVS IV THE SPECTRAS OF COMPONENTS ARE A2V+A7V. SP2 IS NOT AGREE WITH THE DEPTH OF MIN II (A2=0.04) GIVEN IN THIS CATALOGUE. 1768 YY Gem PM.EL.(K.C.LEUNG, D.P.SCHNEIDER, AJ V.83,618,1978). PM.& ABS.EL. IN CATALOGUE [1]. 1769 AC Gem POSSIBLY, * IS SD: A0+[A7];Q=0.5;A=9.0;MASS1=2.4; MASS2=1.2;RAD1=2.2;RAD2=2.8;M1BOL=0.45;M2BOL=1.3;R1=0.24;R2=0.31;L1=0.59;J1/J2=2.4 P;I=79. 1771 AF Gem PM.EL.(S.GAPOSCHKIN [15]) (UNCERTAIN). 1772 AH Gem PM.EL.(S.GAPOSCHKIN [15]) (REPRESENTS ONLY HISTORICAL INTEREST). 1773 AI Gem PM.EL.(S.GAPOSCHKIN [15]) (REPRESENTS ONLY HISTORICAL INTEREST). 1774 AL Gem PM.EL.(R.H.KOCH ET AL., PENN PUBL V.11,1970),(B.CESTER ET AL.[14]). 1811 GR Gem POSSIBLY, * IS DW: (G6)+[K0];Q=0.9;A=3.4;MASS1=1.0;MASS2=0.9;RAD1=1.1;RAD2=1.0;M1BOL=4.55;M2BOL=5.2;R1=0.325;R2=0.29;L1=0.65;J1/J2=1.5 VIS;I=82.5. 1813 GW Gem PM.EL.(P.BROGLIA, P.CONCONI, ASAP SUPPL V.46,N2,185, 1981). IN GCVS IV THE SP1 IS A5. 1825 KQ Gem POSSIBLY, * IS KW: (F3)+[F6];Q=0.40;A=2.97;MASS1=1.5;MASS2=0.6;RAD1=1.35;RAD2=0.8;M1BOL=3.4;M2BOL=4.85;R1=0.46;R2=0.265; L1=0.8;J1/J2=1.3 P;I=87.5. 1838 U Gru PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N50,15,1986). 1840 X Gru PM.& ABS.EL.(G.GIURICIN ET AL., ASAP SUPPL V.43, N2, 251,1981). 1849 BD Gru POSSIBLE VARIANT:Q=0.08;A=4.65;MASS1=2.4;MASS2=0.19;RAD1=2.85;RAD2=0.85;M1BOL=0.30;M2BOL=3.25;R1=0.615;R2=0.185;L1=0.93;J1/J2=1.35 P. 1851 RX Her PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 1852 SZ Her PM.EL.(M.I.LAVROV, CLOSE BINARY SYSTEMS AND THEIR EVOLUTION, MOSCOV UNIV.(IN RUSSIAN),147,1976),(G.GIURICIN, F.MARDIROSSIAN, ASAP SUPPL V.45, N1,85,1981). 1853 TT Her PM.EL.(F.BARONE ET AL., PUBL ASTRON INST CZECH ACAD SCI N70,267,1987),(L.MILANO ET AL., ASAP V.210, N1/2,181,1989). PM.& ABS.EL.(J.KALUZNY, AA V.35, N3/4,327,1985) AND IN CATALOGUE [1]. 1854 TU Her PM.EL.(J.Q.STEWARD, APJ V.42, N4,315,1915) (UNCERTAIN). 1855 TX Her PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 1856 UX Her PM.EL.(T.HORAK, BAC V.17, N1,27,1966),(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 1857 AD Her PM.EL.(D.KORSCH, K.WALTER, AN V.291, N6,231,1969), (B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 1858 AK Her PM.EL.(L.B.LUCY, R.E.WILSON, APJ V.231, N2,502, 1979),(T.A.NAGY, PASP V.97, N596,1005,1985). PM.& ABS.EL. IN CATALOGUE [1]. 1863 CC Her PM.EL.(N.V.LAVROVA, M.I.LAVROV, TRUDY KAZAN' ASTRON OBS N51,31,1988). 1866 DH Her PM.EL.(R.A.BOTCULA, PEREM ZVEZDY BYULL V.9, N1,67, 1953). 1867 DI Her PM.& ABS.EL.(D.YA.MARTYNOV, M.I.LAVROV, SOVIET ASTR. LETTERS V.13, N3,218,1987) AND IN CATALOGUE [1]. 1877 HS Her PM.EL.(G.GIURICIN ET AL., ASAP SUPPL V.43, N2,251, 1981),(D.YA.MARTYNOV ET AL., ASTRON ZH AKAD NAUK SSSR V.65, N6,1225, 1988). PM.& ABS.EL. IN CATALOGUE [1]. 1883 KL Her POSSIBLE VARIANT: Q=0.68;A=5.1;MASS1=2.25;MASS2=1.5;RAD1=2.1;RAD2=1.7;M1BOL=1.1;M2BOL=2.0;R1=0.41;R2=0.34;L1=0.70;J1/J2=1.6 P. 1886 LT Her PM.EL.(B.CESTER ET AL.[14]),(G.GIURICIN ET AL., ASAP V.79, N3,354,1979). 1889 MT Her PM.EL.(E.BUDDING, I.M.MURAD, APSS V.153, N2,355, 1989). 1892 V338 Her PM.EL.(T.B.HORAK, BAC V.26, N5,257,1975),(B.CESTER ET AL.[14]). 1897 V387 Her POSSIBLE VARIANT: Q=0.48;A=4.15;MASS1=1.9;MASS2=0.9;RAD1=1.85;RAD2=1.3;M1BOL=1.85;M2BOL=3.4;R1=0.44;R2=0.31;L1=0.82;J1/J2=2.2 P. 1909 V624 Her SP.& ABS.EL.(D.M.POPPER, AJ V.89, N7,1057,1984). PM.& ABS.EL. IN CATALOGUE [1]. 1912 V685 Her POSSIBLE VARIANT: Q=0.48;A=4.15;MASS1=1.9;MASS2=0.9;RAD1=1.85;RAD2=1.3;M1BOL=1.85;M2BOL=3.4;R1=0.44;R2=0.31;L1=0.82; J1/J2=2.2 P. 1927 u Her PM.EL.(H.ROVITHIS-LIVANIOU, P.E.ROVITHIS, ASAP SUPPL V.60, N1,71,1985). PM.& ABS.EL.(W.E.C.J.VAN DER VEEN, ASAP V.145, N2, 380,1985),(S.R.JABBAR ET AL., APSS V.135, N2,377,1987) AND IN CATALOGUE [1]. 1929 SY Hor PM.EL.(E.LAPASSET, J.J.CLARIA, ASAP V.161, N2,264, 1986). 1933 RX Hya PM.& ABS.EL. IN CATALOGUE [1]. 1934 SX Hya PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N50,15,1986). PM.& ABS.EL. IN CATALOGUE [1]. 1936 TT Hya PM.& ABS.EL.(P.B.ETZEL, AJ V.95, N4,1204,1988),(M.J. PLAVEC, AJ V.96, N2,755,1988). 1941 VY Hya PM.EL.(N.V.LAVROVA, M.I.LAVROV, TRUDY KAZAN' ASTRON OBS N51,31,1988). 1942 VZ Hya PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 1943 WY Hya PM.EL.(G.GIURICIN ET AL., ASAP V.103, N2,349,1981). POSSIBLE VARIANT: Q=0.12;A=4.25;MASS1=1.8;MASS2=0.22;RAD1=2.45;RAD2=0.9;M1BOL=1.35;M2BOL=3.6;R1=0.58;R2=0.21;L1=0.89;J1/J2=1.0 P. 1946 AF Hya POSSIBLE VARIANT:Q=0.7;A=4.3;MASS1=1.9;MASS2=1.3;RAD1=1.75;RAD2=1.45;M1BOL=2.0;M2BOL=2.45;R1=0.41;R2=0.34;L1=0.61;J1/J2=1.1 P. 1947 AI Hya PM.EL.(H.E.JORGENSEN, B.GRONBECH, ASAP V.66, N3,377, 1978). PM.& ABS.EL.(KH.F.KHALIULLIN, V.S.KOZYREVA, APSS V.155, N1,53, 1985). SP.& ABS.EL.(D.M.POPPER, AJ V.95, N1,190,1988). POSSIBLY, * IS AR LAC. 1950 AV Hya PM.EL.(J.B.SRIVASTAVA, C.D.KANDPAL, APSS V.76, N1, 173,1981). 1965 EU Hya POSSIBLY, * IS SD: F2+[G6IV];Q=0.34;A=4.35;MASS1=1.35;MASS2=0.45;RAD1=1.5;RAD2=1.25;M1BOL=3.15;M2BOL=4.8;R1=0.34;R2=0.29;L1=0.88;J1/J2=5.2 P;I=78. 1966 EZ Hya SP.EL.(D.J.KING, R.W.HILDITCH, MN V.209, N3,645, 1984). 1967 FG Hya PM.EL.(L.W.TWIGG, MN V.198, N3,907,1979),(S.J.LAFTA, J.F.GRAINGER, APSS V.127, N1,153,1986). PM.& ABS.EL. IN CATALOGUE [1]. 1973 HS Hya PM.EL.(K.GYLDENKERNE ET AL., ASAP V.42, N3,303, 1975). PM.& ABS.EL. IN CATALOGUE [1]. 1978 khi2 Hya PM.EL.(I.V.CLAUSEN, B.NORDSTROM, ASAP V.67, N1,15, 1978). PM.& ABS.EL. IN CATALOGUE [1]. 1981 Y Hyi PM.EL.(H.W.DUERBECK, A.YAMASAKI, APSS V.119, N2,345, 1986). 1982 RT Hyi PM.EL.(S.GAPOSCHKIN, C.PAYNE-GAPOSCHKIN [16]) (VERY UNCERTAIN). 1988 RS Ind PM.,SP.& ABS.EL.(R.W.HILDITCH, D.J.KING, MN V.232, N1,147,1988). 1989 RY Ind PM.EL.(G.GIURICIN ET AL., MN V.206, N2,305,1984). PM.& ABS.EL.(D.ZHAI ET AL., AA SINICA V.8, N1,20,1987). 1992 TV Ind POSSIBLY, * IS DW:(G5)+[K2];Q=0.82;A=3.6;MASS1=1.02;MASS2=0.84;RAD1=1.12;RAD2=0.9;M1BOL=4.4;M2BOL=5.6;R1=0.31;R2=0.25;L1=0.77;J1/J2=2.2 VIS;I=76. 1996 SS Lac PM.EL.(R.S.DUGAN, F.B.WRIGHT, AJ V.44, N1031,150, 1935) (UNCERTAIN). 1997 SW Lac PM.EL.(S.J.LAFTA, J.F.GRAINGER, APSS V.114, N1,23, 1985),(P.G.NIARCHOS, ASAP V.67, N2,365,1987). PM.& ABS.EL. IN CATALOGUE [1]. 1998 TW Lac ABS.EL. IN CATALOGUE [1]. 2000 UW Lac PM.EL.(I.M.ISHCHENKO, PEREM ZVEZDY BYULL V.6, N2,41, 1948). 2004 VY Lac PM.EL.(I.SEMENIUK, J.KALUZNY, AA V.34, N5,207,1984). 2008 AG Lac PM.EL.(S.GAPOSCHKIN [15]) (UNCERTAIN). 2012 AW Lac PM.EL.(Z.JIANG ET AL., AJ V.88, N11,1679,1983). SP. EL.(J.NAKAMURA ET AL., SPACE SCI REV V.50, N1/2,354,1989). 2020 CM Lac PM.EL.(R.A.BOTCULA, IZV ASTRON ENGEL'GARDT OBS V.47, 19,1981). PM.& ABS.EL. IN CATALOGUE [1]. 2021 CN Lac PM.EL.(S.NEKRASOVA, PEREM ZVEZDY BYULL V.5, N2,45, 1936). 2022 CO Lac PM.& ABS.EL.(L.V.MOSSAKOVSKAJA, KH.F.KHALIULLIN, ASTRON TSIRK AKAD NAUK SSSR N1495,5,1987) AND IN CATALOGUE [1]. 2029 EM Lac PM.EL.(P.G.NIARCHOS, APSS V.58, N2,301,1978). 2078 NW Lac POSSIBLY, * IS DM: (B8)+[A2];Q=0.65;A=9.7;MASS1=3.25;MASS2=2.1;RAD1=2.65;RAD2=2.0;M1BOL=-0.45;M2BOL=1.3;R1=0.28;R2=0.21;L1=0.8;J1/J2=2.5 P;I=87.5. 2097 Y Leo PM.EL.(G.GIURICIN ET AL., IBVS N1786,1980). PM.& ABS. EL. IN CATALOGUE [1]. 2099 RW Leo PM.EL.(S.GAPOSCHKIN [15]) (UNCERTAIN) 2100 TX Leo PM.& ABS.EL. IN CATALOGUE [1]. 2101 TY Leo THE SYSTEM IS PROBABLY NOT ECLIPSING VARIABLE. 2103 UV Leo PM.EL.(R.A.BOTCULA, IZV ASTRON ENGEL'GARDT OBS V.44, 170,1978),(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 2104 UX Leo POSSIBLY, * IS SD: F4+[G8IV];Q=0.22;A=4.93;MASS1=1.3;MASS2=0.3;RAD1=1.45;RAD2=1.2;M1BOL=3.4;M2BOL=5.0;R1=0.29;R2=0.25;L1=0.89;J1/J2=5.9 P;I=77. 2105 UZ Leo PM.EL.(L.W.TWIGG, MN V.189, N3,907,1979),(S.J.LAFTA, J.F.GRAINGER, APSS V.127, N1,153,1986). POSSIBLE VARIANT: A7+[F0]; Q=0.56;A=4.3;MASS1=1.75;MASS2=1.0;RAD1=1.8;RAD2=1.4;M1BOL=2.1;M2BOL=3.2; R1=0.43;R2=0.32;L1=0.73;J1/J2=1.5 V. 2110 XY Leo PM.& ABS.EL.(B.J.HRIVNAK, APJ V.290, N2, PT.1,696, 1985) AND IN CATALOGUE [1]. 2114 AM Leo PM.& ABS.EL.(L.BINNENDIJK, PASP V.90, N582,646,1984) 2115 AP Leo PM.EL.(H.MAUDER, ASAP V.17, N1,1,1972),(C.CRISTESCU ET AL., IBVS N1688,1,1979). 2123 T LMi PM.EL.(A.OKAZAKI, PAS JAPAN V.29,N2,289,1977),(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 2125 V Lep PM.EL.(M.B.SHAPLEY, HB N842,4,1927) (VERY UNCERTAIN). 2128 RS Lep PM.EL.(W.J.KLEPCZYNSKI, F.B.WOOD, AJ V.69, N1,92, 1964),(G.GIURICIN, F.MARDIROSSIAN, ASAP SUPPL V.45, N1,85,1981). 2131 SS Lib ABS.EL. IN CATALOGUE [1]. 2144 ES Lib PM.EL.(L.MILANO ET AL., APSS V.153, N2,273,1989). PM.& ABS.EL. IN CATALOGUE [1]. 2148 del Lib PM.& ABS.EL.(B.SHIENER, "AUFBAU UND ENTWICKLUNGSZUSTAND DER DOPPELSTERNSYSTEME DELTA LIBRAE UND MYU SAGITTARII". DISS. DOKTORGRAD.NATURWISS.FAK.FRIEDRICH-ALEXANDER-UNIV. ERLANGEN-NURNBERG, 246P,1986) AND IN CATALOGUE [1]. 2156 FT Lup PM.EL.(S.L.LIPARI, R.F.SISTERO, MN V.220, N4,883, 1986),(J.KALUZNY, AA V.36, N1,113,1986). PM.& SP.EL.(R.W.HILDITCH ET AL., MN V.208, N1,135,1984). 2157 FV Lup POSSIBLY, * IS SD: (F0)+[F8];Q=0.15;A=12.8;MASS1=1.45;MASS2=0.22;RAD1=1.6;RAD2=2.85;M1BOL=2.85;M2BOL=2.2;R1=0.12;R2=0.22;L1=0.39;J1/J2=2.0 P;I=82. 2160 RR Lyn PM.EL.(M.I.LAVROV ET AL., TRUDY KAZAN' ASTRON OBS N51,19,1988). PM.& ABS.EL. IN CATALOGUE [1]. 2163 RZ Lyn POSSIBLY, * IS SD: A2+[F1];Q=0.54;A=6.9;MASS1=2.15;MASS2=1.15;RAD1=2.0;RAD2=2.2;M1BOL=1.35;M2BOL=2.3;R1=0.29;R2=0.32;L1=0.73;J1/J2=3.1 P;I=78. 2164 SW Lyn PM.& ABS.EL.(J.KALUZNY, AA V.35, N3/4,327,1985) AND IN CATALOGUE [1]. 2168 UU Lyn PM.& ABS.EL.(A.YAMASAKI ET AL., APSS V.118, N1/2, 279,1986). 2169 UV Lyn PM.EL.(H.BOSSEN, ASAP SUPPL V.10,217,1973),(N.L. NARKWORTH, E.J.MICHAELS, JR., PASP V.94, N558,350,1982). 2170 RV Lyr PM.EL.(J.FETLAAR, BAN V.6, N204,29,1930) (UNCERTAIN) 2171 TT Lyr PM.EL.(K.WALTER, AN V.291, N3,89,1969),(G.GIURICIN ET AL., ASAP SUPPL V.43,251,1981). 2172 TZ Lyr PM.EL.(L.BINNENDIJK, AJ V.77,N7,595,1972). PM.& ABS. EL.(J.KALUZNY, AA V.35, N3/4,327,1985). 2173 UZ Lyr PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N50,15,1986). 2181 DT Lyr POSSIBLY, * IS SD: (F2)+[G8IV];Q=0.20;A=4.23;MASS1=1.35;MASS2=0.27;RAD1=1.5;RAD2=1.0;M1BOL=3.2;M2BOL=5.4;R1=0.355;R2=0.240;L1=0.94;J1/J2=7. P;I=79. 2188 FL Lyr PM.& ABS.EL.(D.M.POPPER ET AL., APJ V.91, N2, PT.1, 383,1986). 2221 V376 Lyr POSSIBLY, * IS SD:(F7)+[K2IV];Q=0.35;A=4.15;MASS1=1.2;MASS2=0.4;RAD1=1.3;RAD2=1.2;M1BOL=3.8;M2BOL=5.5;R1=0.31;R2=0.28;L1=0.92;J1/J2=9. P;I=75. 2225 V404 Lyr POSSIBLY, * IS KE: (A0)+[F8.5];Q=0.13;A=4.75; MASS1=2.4;MASS2=0.3;RAD1=2.7;RAD2=1.0;M1BOL=0.4;M2BOL=4.5;R1=0.57;R2=0.21;L1=0.98;J1/J2=7.6 P;I=84. 2228 V412 Lyr POSSIBLY, * IS DW: (F0)+[F8];Q=0.8;A=5.6;MASS1=1.45;MASS2=1.2;RAD1=1.6;RAD2=1.3;M1BOL=2.85;M2BOL=3.85;R1=0.29;R2=0.23; L1=0.75;J1/J2=2.0 P;I=89. 2238 TY Men PM.EL.(R.H.KOCH ET AL., PENN PUBL, ASTR Ser V.11, 1970),(H.MAUDER, ASAP V.17, N1,1,1972). 2239 TZ Men PM.& ABS.EL.(J.ANDERSEN ET AL., ASAP V.175, N1/2,60, 1987) AND IN CATALOGUE [1]. 2240 UX Men PM.EL.(J.V.CLAUSEN, B.GRONBECH, ASAP V.48,49,1976). PM.& ABS.EL.(J.ANDERSEN ET AL., ASAP V.211, N2,346,1989) AND IN CATALOGUE [1]. 2247 RU Mon PM.& ABS.EL.(A.I.KHALIULLINA ET AL., MN V.216, N4, 909,1985) AND IN CATALOGUE [1]. 2248 RW Mon PM.EL.(B.CESTER ET AL.[14]),(H.M.K.AL-NAIMIY,A.O. AL-SIKAB, APSS V.103, N1,115,1984). PM.& ABS.EL. IN CATALOGUE [1]. 2249 TU Mon PM.EL.(M.KITAMURA, APSS V.2, N4,448,1968). PM.& ABS. EL. IN CATALOGUE [1]. 2252 UX Mon PM.& ABS.EL. IN CATALOGUE [2].SP * A6VEP+G0-2III-IV. 2258 AN Mon PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N50,15,1986). 2259 AO Mon PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 2260 AQ Mon PM.EL.(S.GAPOSCHKIN, C.PAYNE-GAPOSCHKIN [16]) (VERY UNCERTAIN). 2263 AU Mon PM.& ABS.EL.(L.LORENZI, AA V.32, N3/4,1982). 2295 FW Mon PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N50,15,1986). PM.& ABS.EL. IN CATALOGUE [1]. 2315 IM Mon PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. POSSIBLY, * IS KE: B5VP+B7;Q=0.87;A=9.9;MASS1=5.0;MASS2=4.3;RAD1=3.85;RAD2=3.6;M1BOL=-2.5;M2BOL=-1.7;R1=0.39;R2=0.36;L1=0.63;J1/J2=1.5 B;I=50. 2344 V451 Mon POSSIBLY, * IS KE: (O9)+[B3];Q=0.45;A=19.0;MASS1=18.8;MASS2=8.55;RAD1=8.55;RAD2=5.8;M1BOL=-7.55;M2BOL=-4.5;R1=0.45;R2=0.30;L1=0.85;J1/J2=2.5 P;I=83.5. 2348 V455 Mon POSSIBLY, * IS DW: (F3)+[F3];Q=1.0;A=4.5;MASS1=MASS2=1.3;RAD1=RAD2=1.45;M1BOL=M2BOL=3.25;R1=R2=0.32;L1=0.50;J1/J2=1.0 P;I=86. 2352 V460 Mon POSSIBLY, * IS SD: (B8)+[A2];Q=0.45;A=8.8;MASS1=3.25;MASS2=1.45;RAD1=2.65;RAD2=2.65;M1BOL=-0.45;M2BOL=0.8;R1=R2=0.30; L1=0.73;J1/J2=2.7 P;I=78. 2355 V463 Mon POSSIBLY, P IS TWICE LONGER. 2356 V464 Mon POSSIBLY, * IS SD: (A2)+[F0];Q=0.35;A=6.6;MASS1=2.15;MASS2=0.8;RAD1=2.0;RAD2=1.85;M1BOL=1.35;M2BOL=2.5;R1=0.32;R2=0.28; L1=0.79;J1/J2=3.0 P;I=79. 2359 V498 Mon POSSIBLY, P IS TWICE LONGER. 2378 V641 Mon PM.EL.(R.H.KOCH ET AL., APJ V.222, N2,574,1978). PM.& ABS.EL. IN CATALOGUE [1]. 2380 TU Mus PM.EL.(R.E.WILSON, J.RAFERT, APSS V.76, N1,23,1981). PM.& ABS.EL. IN CATALOGUE [1]. 2381 TV Mus PM.,SP.& ABS.EL.(R.W.HILDITCH ET AL., MN V.237, N2, 447,1989). 2385 UY Mus POSSIBLY, * IS DW: (G2)+[K1];Q=0.78;A=3.55;MASS1=1.08;MASS2=0.8;RAD1=1.2;RAD2=0.9;M1BOL=4.25;M2BOL=5.55;R1=0.33;R2=0.26;L1=0.83;J1/J2=2.9 P;I=90. 2394 AY Mus (S.SODERHJELM, ASAP SUPPL V.22, N3,263,1975) NOTICES THAT THE ECLIPSE CEASED. 2425 Z Nor PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N50,15,1986). 2429 SZ Nor POSSIBLY, * IS KE: (B1)+[B1];Q=0.95;A=15.5;MASS1=11.7;MASS2=11.1;RAD1=5.85;RAD2=5.7;M1BOL=-5.7;M2BOL=-5.6;R1=0.38;R2=0.37;L1=0.51;J1/J2=1.0 P;I=64. 2431 TU Nor POSSIBLY, * IS SD: (B5)+[B9];Q=0.50;A=11.6;MASS1=5.0;MASS2=2.5;RAD1=3.5;RAD2=3.6;M1BOL=-2.3;M2BOL=-0.8;R1=0.30;R2=0.31;L1=0.72;J1/J2=2.8 P;I=72. 2432 TV Nor PM.EL.(S.GAPOSCHKIN, HB V.917,11,1943) (UNCERTAIN) 2443 VZ Nor POSSIBLY, * IS DW: (G2)+[G2];Q=1.0;A=3.6;MASS1=MASS2=1.08;RAD1=RAD2=1.2;M1BOL=M2BOL=4.25;R1=R2=0.33;L1=0.50;J1/J2=1.0 P;I=76. 2445 WX Nor POSSIBLY, * IS SD: (F3)+[G3IV];Q=0.15;A=5.7;MASS1=1.3;MASS2=0.2;RAD1=1.45;RAD2=1.25;M1BOL=3.25;M2BOL=4.4;R1=0.25;R2=0.22; L1=0.78;J1/J2=2.7 P;I=79. 2446 WZ Nor PM.EL.(S.GAPOSCHKIN,C.PAYNE-GAPOSCHKIN [16]) (UNCERTAIN). 2461 DO Nor POSSIBLY, * IS DW: (F5)+[K1];Q=0.70;A=3.9;MASS1=1.25;MASS2=0.9;RAD1=1.4;RAD2=0.95;M1BOL=3.5;M2BOL=5.35;R1=0.36;R2=0.24;L1=0.90;J1/J2=4.1 P;I=90. 2469 GK Nor POSSIBLY, * IS DS: (A2)+[G7IV];Q=0.25;A=20.4;MASS1=2.15;MASS2=0.5;RAD1=2.0;RAD2=4.7;M1BOL=1.35;M2BOL=1.95;R1=0.10;R2=0.23;L1=0.87;J1/J2=18. P;I=81.5. 2471 GM Nor PM.EL.(S.SODERHJELM, ASAP SUPPL V.22, N3,263,1975). 2472 GN Nor PM.EL.(J.DE KORT, RIC ASTR V.3, N6,119,1954). 2473 GO Nor PM.EL.(S.GAPOSCHKIN, C.PAYNE-GAPOSCHKIN [16]) (UNCERTAIN). 2479 GX Nor PM.EL.(S.GAPOSCHKIN, C.PAYNE-GAPOSCHKIN [16]) (UNCERTAIN). 2481 HH Nor POSSIBLY, * IS SD: (F0)+[K8IV];Q=0.19;A=21.2;MASS1=1.45;MASS2=0.28;RAD1=1.6;RAD2=5.1;M1BOL=2.85;M2BOL=2.9;R1=0.08;R2=0.24;L1=0.82;J1/J2=47. P;I=83. 2507 UZ Oct PM.EL.(M.E.C.DE SISTERO ET AL., ASAP SUPPL V.38, N2, 171,1979),(G.WOLFSCHMIDT, AG MITT N50,30,1980),(E.LAPASSET, R.SISTERO, ASAP V.130, N1,97,1984). 2513 U Oph PM.EL.(B.CESTER ET AL.[14]). SP.& ABS.EL.(D.M.POPPER, APJ V.188, N3, PT.1,559,1974),(B.-C.KAMPER, IBVS N2800,1985). PM.& ABS. EL. IN CATALOGUE [1]. 2514 RV Oph PM.EL.(K.WALTER, ASAP V.5, N1,140,1970),(B.CESTER ET AL.[14]). 2515 SW Oph PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N50,15,1986). 2517 SZ Oph PM.EL.(S.GAPOSCHKIN [15]) (UNCERTAIN) 2518 UU Oph PM.& ABS.EL. IN CATALOGUE [1]. 2519 WZ Oph PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL.(D.M.POPPER APJ V.141, N1,126,1965) AND IN CATALOGUE [1]. 2527 V451 Oph PM.& ABS.EL.(KH.F.KHALIULLIN, V.S.KOSYREVA, APSS V.106, N1,93,1984),(J.V.CLAUSEN ET AL., ASAP V.167, N2,287,1986) AND IN CATALOGUE [1]. 2532 V502 Oph PM.EL.(C.MACERONI ET AL., ASAP SUPPL V.49, N1,123, 1982). SP.EL.(D.J.KING, R.W.HILDITCH, MN V.209, N3,645,1984). PM.& ABS. EL. IN CATALOGUE [1]. 2534 V508 Oph SP.EL.(W.LU, PASP V.98, N604,577,1986). PM.& ABS. EL.(P.ROVITHIS, H.ROVITHIS-LIVANIOU, APSS V.151, N1,115,1989). 2552 V566 Oph PM.EL.(W.VAN HAMME, R.E.WILSON, ASAP V.152, N1,25, 1985),(S.J.LAFTA, J.F.GRAINGER, APSS V.114, N1,23,1985). SP.EL.(B.J.MC LEAN, MN V.204, N2,817,1983),(G.HILL ET AL., ASAP V.218, N1/2,152,1989). PM.& ABS.EL. IN CATALOGUE [1]. 2564 V806 Oph POSSIBLE VARIANT: (A5)+F8;Q=0.15;A=33.8;MASS1=1.9;MASS2=0.28;RAD1=1.9;RAD2=5.6;M1BOL=1.85;M2BOL=0.7;R1=0.08;R2=0.17;L1=0.45;J1/J2=4. P;I>85. 2565 V839 Oph PM.EL.(S.J.LAFTA, J.F.GRAINGER, APSS V.114, N1,23, 1985),(P.G.NIARCHOS, APSS V.153, N1,143,1989). 2572 V868 Oph POSSIBLY, * IS KW: (G0)+[G7];Q=0.45;A=3.3;MASS1=1.7;MASS2=0.76;RAD1=1.5;RAD2=0.9;M1BOL=3.7;M2BOL=5.1;R1=0.45;R2=0.27;L1=0.80;J1/J2>1.45 P;I>86. 2583 V943 Oph POSSIBLY, * IS DW: (G7)+[G7.5];Q=1.0;A=3.25;MASS1=0.97;MASS2=0.97;RAD1=1.06;RAD2=1.05;M1BOL=4.7;M2BOL=4.8;R1=0.32;R2=0.32;L1=0.51;J1/J2=1.06 P;I=82. 2593 V1010 Oph PM.EL.(K.-C.LEUNG, R.E.WILSON, APJ V.211, N3,853, 1977). SP.EL.(T.F.WOREK ET AL., PASP V.100, N625,371,1988). PM.& ABS.EL. IN CATALOGUE [1]. 2630 Z Ori PM.& ABS.EL. IN CATALOGUE [1]. 2632 VV Ori PM.& ABS.EL.(C.R.CHAMBLISS, APSS V.99, N1/2,163, 1984),(T.H.KADOURI, A.A.MUTTER, APSS V.127, N1,79,1986),(C.R.CHAMBLISS, B.M.DAVAN, AJ V.93, N4,950,1987). 2636 DN Ori PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N50,15,1986). PM.& ABS.EL. IN CATALOGUE [1]. POSSIBLY, * IS DS: A2+F5III;Q=0.15;A=31.4;MASS1=2.2;MASS2=0.3;RAD1=2.8;RAD2=5.2;M1BOL=0,6;M2BOL=1.2;R1=0.09;R2=0.17;L1=0.70;J1/J2=8.3 P;I=83. 2643 ER Ori PM.& ABS.EL.(P.ROVITHIS, H.ROVITHIS-LIVANIOU, ASAP V.155, N1,46,1986) AND IN CATALOGUE [1]. 2646 EW Ori PM.& ABS.EL.(D.M.POPPER ET AL., APJ V.91, N2, PT.1, 383,1986). 2647 EY Ori PM.& ABS.EL.(M.M.ZAKIROV, PEREM ZVEZDY BYULL V.20, N2,199,1975) (UNCERTAIN) 2656 FT Ori PM.EL.(S.CRISTALDI, ASAP V.5, N2,228,1970). 2664 V343 Ori POSSIBLY, * IS KE: F1+[F1];Q=0.84;A=5.0;MASS1=1.4;MASS2=1.2;RAD1=1.95;RAD2=1.8;M1BOL=2.5;M2BOL=2.7;R1=0.39;R2=0.36;L1=0.55;J1/J2=1.0 VIS;I=74. 2670 V530 Ori POSSIBLY, * IS SD: G0+[K6IV];Q=0.28;A=15.8;MASS1=1.1;MASS2=0.3;RAD1=1.2;RAD2=4.2;M1BOL=4.2;M2BOL=3.15;R1=0.08;R2=0.27;L1=0.53;J1/J2=14. P;I=77.5. 2673 V641 Ori POSSIBLY, * IS KW: (G0)+[G8];Q=0.44;A=3.37;MASS1=1.75;MASS2=0.77;RAD1=1.5;RAD2=0.9;M1BOL=3.7;M2BOL=5.15;R1=0.45;R2=0.27;L1=0.82;J1/J2=1.65 P;I=76. 2675 V643 Ori ACCORDING TO SP.OBSERVATIONS (M.IMBERT, ASAP SUPPL V.71, N1,69,1987), THE SPECTRAS OF COMPONENTS K2III+K7III AND * IS S-G. 2680 V667 Ori POSSIBLY, * IS KE: (B4)+[B8];Q=0.58;A=8.95;MASS1=5.8;MASS2=3.35;RAD1=3.8;RAD2=2.9;M1BOL=-2.95;M2BOL=-0.6;R1=0.43;R2=0.33;L1=0.83;J1/J2=2.9 P;I=88. 2685 V1031 Ori GIVEN IN GCVS IV THE DURATION OF ECLIPSES (DI=0.013;DII=0.017) IS NOT CONFORMS WITH ECLIPSES OF MAIN SEQUENCE A-STARS POSSIBLY, * IS WD. 2686 del Ori PM.& ABS.EL.(B.H.KOCH, B.J.HRIVNAK, APJ V.248, N1, PT.1,1981) AND IN CATALOGUE [1]. 2687 eta Ori ABS.EL.(C.WAELKENS, P.LAMPENS, APSS V.142, N1/2, 99,1988). 2692 BF Pav PM.EL.(M.HOFFMANN, IBVS N1935,1981),(J.H.SPENCER JONES, IBVS N3265,1988). 2695 BO Pav POSSIBLY, * IS DM: (B8)+[A3.5];Q=0.6;A=52.3;MASS1=3.25;MASS2=1.95;RAD1=2.65;RAD2=1.9;M1BOL=-0.45;M2BOL=1.6;R1=0.05;R2=0.04;L1=0.85;J1/J2=3. P;I=90. 2698 DW Pav POSSIBLE VARIANT: Q=0.72;A=5.1;MASS1=2.15;MASS2=1.55;RAD1=2.1;RAD2=1.75;M1BOL=1.25;M2BOL=2.0;R1=0.405;R2=0.345;L1=0.66;J1/J2=1.4 P. 2700 EL Pav POSSIBLY, * IS SD: (F5)+[G9IV];Q=0.55;A=5.8;MASS1=1.25;MASS2=0.7;RAD1=1.4;RAD2=1.85;M1BOL=3.5;M2BOL=4.2;R1=0.24;R2=0.32; L1=0.78;J1/J2=6.4 P;I=79. 2713 LV Pav POSSIBLE VARIANT:Q=0.39;A=3.7;MASS1=1.75;MASS2=0.68; RAD1=1.7;RAD2=1.1;M1BOL=2.2;M2BOL=4.1;R1=0.46;R2=0.29;L1=0.87;J1/J2=2.8 P. 2719 MW Pav PM.EL.(E.LAPASSET, APSS V.46, N1,155,1977). 2723 U Peg PM.EL.(S.J.LAFTA, J.F.GRAINGER, APSS V.121, N1,61, 1986). SP,& ABS.EL.(W.LU, PASP V.97, N597,1086,1985). PM.& ABS.EL.(D.-S. ZHAI ET AL., APSS V.146, N1,1,1988) AND IN CATALOGUE [1]. 2724 TY Peg PM.& ABS.EL. IN CATALOGUE [1]. 2728 ZZ Peg POSSIBLY, * IS DW: (F6)+[G5.5];Q=0.86;A=4.25;MASS1=1.25;MASS2=1.05;RAD1=1.35;RAD2=1.15;M1BOL=3.65;M2BOL=4.4;R1=0.32;R2=0.27;L1=0.70;J1/J2=1.8 P;I=79. 2729 AQ Peg PM.& ABS.EL.(L.MILANO ET AL., APSS V.82, N1,189, 1982),(U.S.CHAUBEY, BUL ASTR SOC INDIA V.12, N3,237,1984) AND IN CATALOGUE [1]. 2730 AT Peg PM.EL.(S.CRISTALDI, K.WALTER, AN V.287,N3,103,1963). PM.& ABS.EL.(G.GIURICIN ET AL., ASAP SUPPL V.43, N2,251,1981) AND IN CATALOGUE [1]. 2731 AW Peg PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 2733 BB Peg PM.EL.(M.CERRUTI-SOLA ET AL., ASAP V.101, N2,273, 1981),(K.-C.LEUNG ET AL., AJ V.90, N3,515,1985). 2735 BK Peg SP.& ABS. EL.(D.M.POPPER, AJ V.88, N8,1242,1983), PM.& ABS.EL. IN CATALOGUE [1]. 2737 BO Peg PM.EL.(A.YAMASAKI, A.OKAZAKI, PASP V.98, N610,1325, 1986). 2740 BX Peg PM.EL.(J.KALUZNY, AA V.34, N2,217,1984),(K.-C.LEUNG ET AL., AJ V.90, N3,515,1985). 2746 CZ Peg POSSIBLY, * IS KE: (A5)+[F5.5];Q=0.18;A=3.75;MASS1=1.9;MASS2=0.34;RAD1=2.0;RAD2=0.9;M1BOL=1.7;M2BOL=4.6;R1=0.54;R2=0.24;L1=0.95;J1/J2=3.4 P;I=87.5. 2748 DI Peg PM.EL.(F.MARDIROSSIAN ET AL., ASAP V.91, N1/2,254, 1980),(R.E.WILSON, J.B.RAFERT, ASAP SUPPL V.42, N2,195,1980),(U.S.CHAUBEY, APSS V.81, N1/2,283,1982). 2749 DK Peg THE SOLUTION GIVEN IN CATALOGUE IS NOT COORDINATES WITH ABSENCE OF MIN II. POSSIBLY, * IS SD: A0V+[F6];Q=0.33;A=8.6;MASS1=2.4;MASS2=0.8;RAD1=2.2;RAD2=2.4;M1BOL=0.85;M2BOL=2.45;R1=0.26;R2=0.28;L1=0.84;J1/J2=6. P;I=77.5. 2750 DM Peg POSSIBLY, * IS DM: A6+[F6];Q=0.63;A=11.4;MASS1=1.8;MASS2=1.1;RAD1=2.2;RAD2=1.6;M1BOL=1.6;M2BOL=3.5;R1=0.19;R2=0.14;L1=0.85;J1/J2=3.1 V;I=89. 2753 EE Peg PM.& ABS.EL.(C.H.LACY, D.M.POPPER, APJ V.281,N1,268, 1984) AND IN CATALOGUE [1]. 2759 GH Peg PM.EL.(R.K.SRIVASTAVA, T.D.PADALIA, APSS V.29, N2, 435,1974). 2764 Z Per PM.EL.(H.SHAPLEY [18]). 2765 RT Per PM.EL.(S.MANCUSO ET AL., APSS V.47, N2,277,1977), (M.T.EDALATI, APSS V.58, N1,3,1978),(B.B.SANWAL, U.S.CHAUBEY, APSS V.75, N2,329,1981). PM.& ABS.EL. IN CATALOGUE [1]. 2766 RV Per PM.EL.(H.SHAPLEY [18]) (UNCERTAIN). 2767 RW Per PM.& ABS.EL.(R.E.WILSON, M.J.PLAVEC, AJ V.95, N6, 1828,1988),(E.C.OLSON, AJ V.97, N2,505,1989). 2768 RY Per PM.& SP.EL.(W.VAN HAMME, E.WILSON, AJ V.92,N5,1168, 1986). PM.& ABS.EL. IN CATALOGUE [1]. 2769 ST Per PM.EL.(E.F.MILONE, B.J.HRIVNAK, AJ V.86, N10,1546, 1981). PM.& ABS.EL.(U.S.CHAUBEY, BULL ASTRON SOC INDIA V.12,N3,237,1984) AND IN CATALOGUE [1]. 2770 WY Per PM.EL.(S.GAPOSCHKIN [15] (UNCERTAIN). 2771 XZ Per PM.EL.(M.I.LAVROV. THE PRIVATE COMMUNICATION: R1=0.25;R2=0.42;I=79.8;L1=0.85). 2772 AB Per PM.& ABS.EL. IN CATALOGUE [1]. 2773 AG Per PM.EL.(R.A.BOTCULA, PEREM ZVEZDY BYULL V.21, N6,851, 1983),(E.J.WOODWARD, R.H.KOCH, APSS V.129, N1,187,1987). PM.& ABS.EL. IN CATALOGUE [1]. 2791 DM Per PM.& ABS.EL. (R.W.HILDITCH ET AL., MN V.222, N1,167, 1986) AND IN CATALOGUE [1]. 2814 IQ Per PM.& ABS.EL.(C.H.LACY, M.L.FRUEH, APJ V.295, N2, PT.1,569,1985) AND IN CATALOGUE [1]. 2817 IZ Per PM.& ABS.EL.(F.MARDIROSSIAN ET AL., ASAP SUPPL V.40, N1,57,1980) AND IN CATALOGUE [1]. 2820 KR Per PM.EL.(K.-Y.CHEN ET AL., AJ V.90, N9,1855,1985). 2838 V365 Per POSSIBLY, * IS SD:(A5)+[G2IV];Q=0.14;A=11.4;MASS1=1.9;MASS2=0.26;RAD1=1.9;RAD2=2.5;M1BOL=1.85;M2BOL=2.85;R1=0.165;R2=0.220;L1=0.78;J1/J2=6.4: P;I=76.5. 2840 V427 Per POSSIBLY, * IS DM: (B5)+[B9.5];Q=0.50;A=16.4;MASS1=5.0;MASS2=2.5;RAD1=3.5;RAD2=2.25;M1BOL=-2.3;M2BOL=0.6;R1=0.21; R2=0.14;L1=0.94;J1/J2=6. P;I=86. 2843 V436 Per PM.EL.(A.GASPANI, IBVS N2077,1982). PM.,SP.& ABS.EL.(P.NORTH, F.RUFENER, IBVS N2036,1981). 2849 V467 Per PROBABLY SD SYSTEM. 2850 bet Per PM.& ABS.EL.(S.SODERHJELM, ASAP V.89, N1/2,100, 1980),(H.M.K.AL-NAIMIY ET AL., APSS V.108, N2,227,1985),(M.T.RICHARDS ET AL., AJ V.96, N1,326,1988) AND IN CATALOGUE [1]. 2857 AD Phe PM.EL.(T.M.MCFARLANE, R.W.HILDITCH, MN V.227, N2, 381,1987). 2858 AE Phe PM.EL.(T.BANKS, D.SULLIVAN, IBVS N3415,1989). PM.& ABS.EL.(C.MACERONI ET AL., ASAP SUPPL V.45, N2,187,1981),(W.VAN HAMME, R.E.WILSON, ASAP V.152, N1,25,1985) AND IN CATALOGUE [1]. 2859 AG Phe PM.EL.(M.A.CERRUTI, PASP V.95, N568,347,1983; AA V.36, N2,241,1986). 2861 AU Phe PM.EL.(E.LAPASSET, J.J.CLARIA, REV MEX V.10, NUM. ESPEC., 283,1985). 2862 ksi Phe PM.& ABS.EL.(A.NIKOLOV, K.MASLEV, APSS V.135, N2, 283,1987) AND IN CATALOGUE [1]. 2863 X Pic PM.EL.(C.R.CHAMBLISS, P.K.DETERLINE, APSS V.140, N1, 105,1988). 2864 RV Pic SP.EL.(R.H.MENDEZ, IBVS N1000,1975). 2866 del Pic PM.EL.(R.E.WILSON, J.B.RAFERT, APSS V.76, N1,23, 1981),(J.A.EATON, C.-C.WU, PASP V.95, N567,319,1983). PM.& ABS.EL. IN CATALOGUE [1]. 2867 Y Psc PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 2871 UV Psc PM.EL.(G.GIURICIN ET AL., APSS V.49, N1,89,1982), (L.MILANO ET AL., APSS V.124, N1,83,1986). PM.& ABS.EL.(P.VIVEKANANDA RAO, M.B.K.SARMA, APSS V.99, N1/2,239,1984),(E.BUDDING, M.ZEILIK, APJ V.319, N2, PT.1,827,1987) AND IN CATALOGUE [1]. 2873 VZ Psc PM.EL.(D.H.BRADSTREET, APJ SUPPL V.58, N3,413,1985). PM.& SP.EL.(B.J.HRIVNAK, E.F.MILONE, AJ V.97, N2,532,1989). 2877 RW Psa PM.EL.(C.R.CHAMBLISS, AJ V.75, N6,725,1970),(L.B. LUCY, R.E.WILSON, APJ V.231, N2, PT.1,502,1979). 2878 V Pup PM.EL.(B.CESTER ET AL., ASAP V.61,275,551,1977). PM.& ABS.EL.(D.P.SCHNEIDER ET AL., AJ V.84, N2,236,1979),(J.ANDERSEN ET AL., ASAP V.128, N1,17,1983) AND IN CATALOGUE [1]. 2879 RR Pup PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N50,15,1986). 2882 TY Pup PM.EL.(G.GIURICIN, F.MARDIROSSIAN, ASAP V.99,N1,182, 1981). PM.& ABS.EL.(C.MACERONI ET AL., ASAP SUPPL V.49, N1,123,1982) AND IN CATALOGUE [1]. 2883 UZ Pup PM.EL.(H.L.MALASAN ET AL., APSS V.153, N2,269,1989). 2885 XY Pup PM.EL.(S.GAPOSCHKIN, C.PAYNE-GAPOSCHKIN [16]). 2886 XZ Pup PM.EL.(K.T.JOHANSEN ET AL., ASAP V.11, N1,20,1971), (M.MEZZETTI ET AL., ASAP SUPPL V.39, N2,265,1980). PM.& ABS.EL. IN CATALOGUE [1]. 2896 AU Pup PM.EL.(H.BOSSEN, ASAP V.17,N3,362,1972),(K.-C.LEUNG, D.P.SCHNEIDER, APJ V.222, N3, PT.1,917,1978). 2898 AW Pup POSSIBLY, * IS DM: P=1.36216;(B6)+[B6];Q=1.0;A=10.6;MASS1=MASS2=4.3;RAD1=RAD2=3.1;M1BOL=M2BOL=-1.7;R1=R2=0.29;L1=0.50;J1/J2=1.0 P;I=89. 2930 DR Pup POSSIBLY, * IS DM: (A5)+[F6];Q=0.64;A=7.0;MASS1=1.9;MASS2=1.2;RAD1=1.9;RAD2=1.35;M1BOL=1.85;M2BOL=3.7;R1=0.27;R2=0.19;L1=0.87;J1/J2=3.5 P;I=84. 2956 KX Pup PM.EL.(S.SODERHJELM, ASAP SUPPL V.22, N3,263,1975). 2968 NO Pup PM.EL.(B.GRONBECH, ASAP V.50, N1,79,1976). 2970 PV Pup PM.& ABS.EL.(L.P.R.VAZ, J.ANDERSEN, ASAP V.132, N1, 219,1984). 2972 RZ Pyx PM.& ABS.EL.(S.A.BELL, G.J.MALCOLM, MN V.227, N2, 481,1987). 2975 TT Pyx POSSIBLY, THE PERIOD IS TWICE LONGER. 2977 TX Pyx POSSIBLY, * IS SD: (F0)+[K0IV];Q=0.3;A=3.9;MASS1=1.45;MASS2=0.4;RAD1=1.6;RAD2=1.0;M1BOL=2.85;M2BOL=5.55;R1=0.41;R2=0.27;L1=0.94;J1/J2=7.0 V;I=74. 2978 TY Pyx PM.& ABS.EL.(P.V.RAO, M.B.K.SARMA, AA V.31, N1,107, 1981),(J.ANDERSEN ET AL., ASAP V.101, N1,7,1981) AND IN CATALOGUE [1]. 2980 VV Pyx PM.& ABS.EL.(J.ANDERSEN ET AL., ASAP V.134, N1,147, 1984). 2982 U Sge PM.EL.(M.I.LAVROV, N.V.LAVROVA, ASTRON TSIRK AKAD NAUK SSSR N1094,1,1980),(E.C.OLSON, AJ V.94, N4,1043,1987). PM.& ABS.EL. (W.VAN HAMME, R.E.WILSON, AJ V.92, N5,1168,1986),(M.A.KHAN, E.BUDDING, APSS V.125, N2,219,1986) AND IN CATALOGUE [1]. 2997 DK Sge POSSIBLE VARIANT: Q=0.66;A=4.5;MASS1=1.95;MASS2=1.3;RAD1=1.85;RAD2=1.5;M1BOL=1.7;M2BOL=2.5;R1=0.41;R2=0.34;L1=0.68;J1/J2=1.4 P. 3019 RS Sgr PM.& ABS.EL. IN CATALOGUE [1]. SP.& ABS.EL.(O.E.FERRER, J.SAHADE, PASP V.98, N610,1342,1986). 3020 SX Sgr PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N50,15,1986). POSSIBLE VARIANT: (A2)+[G3IV];Q=0.11;A=14.5;MASS1=2.15;MASS2=0.24;RAD1=2.0;RAD2=3.0;M1BOL=1.35;M2BOL=2.55;R1=0.14;R2=0.20;L1=0.74;J1/J2=6.2 V. 3021 WX Sgr PM.EL.(M.A.SVECHNIKOV. THE PRIVATE COMMUNIKATION: R1=0.170;R2=0.279;I=86.3;L1=0.81;J1/J2=11.5 V). 3022 WY Sgr PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N50,15,1986). 3023 XY Sgr PM.EL.(M.A.SVECHNIKOV. THE PRIVATE COMMUNICATION: R1=0.22;R2=0.39;I=71.5;L1=0.90;J1/J2=28.7 VIS) (UNCERTAIN). 3024 XZ Sgr PM.EL.(B.CESTER ET AL., ASAP SUPPL V.36,273,1979), (N.KAPPELMANN, K.WALTER, ASAP SUPPL V.38, N2,161,1979),(G.RUSSO, C.SOLLAZZO, IBVS N1827,1980). PM.& ABS.EL. IN CATALOGUE [1]. 3025 YY Sgr PM.EL.(Z.KOPAL, M.B.SHAPLEY [17]). 3026 ZZ Sgr PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N50,15,1986). 3029 BQ Sgr PM.EL.(I.E.WOODS, M.V.SHAPLEY, HC N238,1922) (UNCERTAIN). 3030 DV Sgr PM.EL.(S.GAPOSCHKIN [15]) (UNCERTAIN). 3035 V356 Sgr PM.EL.(B.CESTER ET AL., ASAP V.61, N4,469,1977), (R.E.WILSON ET AL., APJ V.221,917,1978). PM.& ABS.EL. IN CATALOGUE [1]. 3040 V431 Sgr PM.EL.(S.GAPOSCHKIN,C.PAYNE-GAPOSCHKIN [16]) (VERY UNCERTAIN). 3045 V497 Sgr PM.EL.(S.GAPOSCHKIN,C.PAYNE-GAPOSCHKIN [16]) (VERY UNCERTAIN). 3047 V505 Sgr PM.EL.(C.R.CHAMBLISS, AJ V.77,N8,672,1972),(M.MEZZETTI ET AL., ASAP SUPPL V.39, N2,273,1980). 3048 V523 Sgr PM.EL.(E.J.WOODWARK, R.H.KOCH, AJ N3,842,1989). 3049 V524 Sgr PM.EL.(N.V.LAVROVA,M.I.LAVROV, TRUDY KAZAN' ASTRON OBS N51,31,1988). 3050 V525 Sgr PM.EL.(D.J.K.O'CONNELL, RIV PUBL V.2, N5,78,1949) (UNCERTAIN). POSSIBLE VARIANT: Q=0.17;A=4.5;MASS1=2.15;MASS2=0.37;RAD1=2.45;RAD2=1.05;M1BOL=0.9;M2BOL=4.7;R1=0.55;R2=0.23;L1=0.97;J1/J2=5.7 V. 3051 V526 Sgr PM.EL.(D.J.K.O'CONNEL, RIC ASTR V.7, N11,339,1967) 3067 V749 Sgr POSSIBLY, * IS DM: (F8)+[K3];Q=0.67;A=7.55;MASS1=1.15;MASS2=0.8;RAD1=1.25;RAD2=0.85;M1BOL=3.95;M2BOL=5.95;R1=0.17;R2=0.11;L1=0.92;J1/J2=5. P;I=84. 3076 V768 Sgr POSSIBLY, * IS KE: (B5)+[B6];Q=0.80;A=9.6;MASS1=5.0;MASS2=4.0;RAD1=3.2;RAD2=2.9;M1BOL=-2.1;M2BOL=-1.3;R1=0.34;R2=0.30;L1=0.64;J1/J2=1.4 P;I=81.5. 3085 V789 Sgr POSSIBLY, P=5.10470. THEN * IS DM. 3092 V845 Sgr POSSIBLE VARIANT: Q=0.43;A=3.75;MASS1=1.75;MASS2=0.75;RAD1=1.7;RAD2=1.1;M1BOL=2.25;M2BOL=3.9;R1=0.46;R2=0.30;L1=0.83;J1/J2=2.2 P. 3112 V993 Sgr POSSIBLY, * IS DW: (F8)+[G7];Q=0.87;A=4.8;MASS1=1.15;MASS2=1.0;RAD1=1.45;RAD2=1.1;M1BOL=3.25;M2BOL=4.65;R1=0.26;R2=0.23;L1=0.69;J1/J2=1.7 P;I=85. 3124 V1032 Sgr POSSIBLE VARIANT: Q=0.50;A=4.8;MASS1=2.15;MASS2=1.1;RAD1=2.1;RAD2=1.5;M1BOL=1.25;M2BOL=3.0;R1=0.44;R2=0.31;L1=0.84;J1/J2=2.6 P. 3130 V1050 Sgr POSSIBLE VARIANT: Q=0.14;A=3.7;MASS1=1.9;MASS2=0.25;RAD1=2.1;RAD2=0.8;M1BOL=1.6;M2BOL=4.1;R1=0.56;R2=0.22;L1=0.91;J1/J2=1.6 P. 3131 V1056 Sgr POSSIBLY, * IS KE: (B6)+[A0];Q=0.59;A=7.55;MASS1=4.3;MASS2=2.55;RAD1=3.2;RAD2=2.45;M1BOL=-1.7;M2BOL=0.65;R1=0.42;R2=0.33;L1=0.86;J1/J2=3.6 P;I=83.5. 3134 V1071 Sgr POSSIBLY, P=1.3560996, THEN * IS DM:(F0)+[F0]; Q=1.0;A=7.35;MASS1=MASS2=1.45;RAD1=RAD2=1.6;M1BOL=M2BOL=2.85;R1=R2=0.22; L1=0.50;J1/J2=1.0 P;I=88.5. 3143 V1109 Sgr POSSIBLE VARIANT: Q=0.34;A=4.15;MASS1=1.95;MASS2=0.65;RAD1=2.0;RAD2=1.2;M1BOL=1.6;M2BOL=4.2;R1=0.48;R2=0.28;L1=0.93;J1/J2=5.0 P. 3152 V1177 Sgr POSSIBLY, * IS KE: B9+[F7];Q=0.36;A=6.4;MASS1=2.8;MASS2=1.0;RAD1=3.0;RAD2=1.8;M1BOL=-0.2;M2BOL=3.1;R1=0.47;R2=0.29; L1=0.96;J1/J2=9.3 P;I=70. 3161 V1276 Sgr POSSIBLY, * IS KW: (G1)+[F0.5];Q=0.48;A=2.52; MASS1=1.2;MASS2=0.58;RAD1=1.12;RAD2=0.70;M1BOL=4.35;M2BOL=4.7;R1=0.44; R2=0.28;L1=0.52;J1/J2=0.43 P;I=74. 3173 V1357 Sgr POSSIBLY, * IS DW: (K7)+[M1.5];Q=0.88;A=2.15; MASS1=0.57;MASS2=0.50;RAD1=0.6;RAD2=0.55;M1BOL=7.3;M2BOL=8.0;R1=0.29; R2=0.25;L1=0.76;J1/J2=2.3 B;I=87.5. 3175 V1390 Sgr POSSIBLE VARIANT: Q=0.14;A=4.0;MASS1=2.05;MASS2=0.3;RAD1=2.25;RAD2=0.87;M1BOL=1.2;M2BOL=4.2;L1=0.94;J1/J2=2.5 B. 3185 V1454 Sgr POSSIBLY, * IS DM: (A0)+[F0];Q=0.6;A=14.3;MASS1=2.4;MASS2=1.45;RAD1=2.5;RAD2=1.6;M1BOL=0.55;M2BOL=2.85;R1=0.175;R2=0.11;L1=0.90;J1/J2=3.5 P;I=81. 3186 V1457 Sgr POSSIBLY, * IS SD: (A5)+[F4];Q=0.13;A=9.4;MASS1=1.9;MASS2=0.24;RAD1=1.9;RAD2=2.0;M1BOL=1.85;M2BOL=2.65;R1=0.20;R2=0.21; L1=0.71;J1/J2=2.8 P;I=72.5. 3194 V1537 Sgr POSSIBLY, * IS DM: (A3)+[F4];Q=0.63;A=8.0;MASS1=2.0;MASS2=1.3;RAD1=2.0;RAD2=1.4;M1BOL=1.5;M2BOL=3.4;R1=0.25;R2=0.17; L1=0.88;J1/J2=3.5 P;I=84. 3202 V1567 Sgr POSSIBLY, * IS SD: (A8)+[F6.5];Q=0.19;A=7.0; MASS1=1.65;MASS2=0.3;RAD1=1.75;RAD2=1.7;M1BOL=2.35;M2BOL=3.25;R1=0.24; R2=0.24;L1=0.72;J1/J1=2.5 P;I=75. 3212 V1647 Sgr PM.EL.(B.CESTER ET AL.[14]). PM.,SP.& ABS.EL.(J. ANDERSEN, A.GIMENEZ, ASAP V.145, N1,206,1985). 3228 V2283 Sgr PM.EL.(D.J.K.O'CONNELL, RIC ASTR V.8, N26,491, 1974). 3240 V2509 Sgr POSSIBLY, * IS SD: A0+[A7.5];Q=0.37;A=6.6;MASS1=2.4;MASS2=0.9;RAD1=2.2;RAD2=1.9;M1BOL=0.85;M2BOL=2.15;R1=0.33;R2=0.29; L1=0.74;J1/J2=2.1 V;I=73.5. 3251 V2617 Sgr SD-TYPE WITH LITTLE Q IS POSSIBLE: Q=0.12;A=5.84; MASS1=2.4;MASS2=0.29;RAD1=2.2;RAD2=1.21;M1BOL=0.85;M2BOL=4.3;R1=0.375; R2=0.205;L1=0.95;J1/J2=6.3 V. 3284 FV Sco PM.EL.(S.GAPOSCHKIN, C.PAYNE-GAPOSCHKIN [16]) (UNCERTAIN). 3292 V437 Sco POSSIBLY, * IS DS: (A5)+[F6];Q=0.35;A=16.5;MASS1=1.9;MASS2=0.65;RAD1=2.6;RAD2=3.65;M1BOL=1.1;M2BOL=1.5;R1=0.155;R2=0.22; L1=0.63;J1/J2=3.4 P;I=82. 3301 V474 Sco POSSIBLY, * IS DM: B3-5+[B6];Q=0.67;A=13.1;MASS1=6.7;MASS2=4.5;RAD1=4.25;RAD2=3.25;M1BOL=-3.65;M2BOL=-1.8;R1=0.32;R2=0.25;L1=0.77;J1/J2=2.0 P;I=89. 3309 V499 Sco PM.EL.(R.E.WILSON, J.B.RAFERT, APSS V.76, N1,23, 1981),(G.GIURICIN ET AL., ASAP SUPPL V.49, N1,89,1982). 3329 V562 Sco POSSIBLY, * IS KE: (B5)+[B5];Q=0.9;A=9.2;MASS1=4.95;MASS2=4.45;RAD1=3.2;RAD2=3.0;M1BOL=-2.1;M2BOL=-1.85;R1=0.35;R2=0.33;L1=0.55;J1/J2=1.1 P;I=73.5. 3351 V607 Sco POSSIBLY, * IS DM: B8+[A7];Q=0.51;A=19.5;MASS1=3.25;MASS2=1.65;RAD1=3.0;RAD2=1.7;M1BOL=-0.7;M2BOL=2.35;R1=0.154;R2=0.088;L1=0.94;J1/J2=4.8 P;I=87. 3365 V629 Sco POSSIBLY, * IS DM: (A3)+[F6];Q=0.6;A=13.7;MASS1=2.05;MASS2=1.2;RAD1=2.0;RAD2=1.35;M1BOL=1.5;M2BOL=3.65;R1=0.145;R2=0.10;L1=0.90;J1/J2=4. P;I=85.5. 3367 V633 Sco POSSIBLY, * IS KE: (F0)+[F9];Q=0.32;A=3.27;MASS1=1.45;MASS2=0.47;RAD1=1.6;RAD2=0.9;M1BOL=2.85;M2BOL=4.8;R1=0.48;R2=0.28; L1=0.88;J1/J2=2.4 P;I=77. 3371 V642 Sco POSSIBLY, * IS SD: (A9)+[K3IV];Q=0.21;A=4.7;MASS1=1.55;MASS2=0.32;RAD1=1.65;RAD2=1.15;M1BOL=2.6;M2BOL=5.2;R1=0.35;R2=0.25;L1=0.96;J1/J2=11. P;I=76. 3373 V701 Sco PM.& ABS.EL.(S.A.BELL, G.J.MALCOLM, MN V.226, N4, 899,1987) AND IN CATALOGUE [1]. 3378 V714 Sco POSSIBLY, * IS DM-TYPE WITH TWICE LONGER PERIOD. 3380 V732 Sco POSSIBLY, * IS DM-TYPE WITH TWICE LONGER PERIOD. 3385 V760 Sco PM.,SP.& ABS.EL.(J.ANDERSEN ET AL., ASAP V.151, N2,329,1985). 3392 V833 Sco POSSIBLY, * IS SD: (B8)+[A2];Q=0.57;A=8.1;MASS1=3.25;MASS2=1.85;RAD1=2.65;RAD2=2.6;M1BOL=-0.45;M2BOL=0.8;R1=0.33;R2=0.32;L1=0.73;J1/J2=2.6 P;I=77. 3395 V838 Sco POSSIBLE VARIANT: Q=0.44;A=4.0;MASS1=1.9;MASS2=0.83;RAD1=1.8;RAD2=1.2;M1BOL=1.9;M2BOL=3.65;R1=0.45;R2=0.30;L1=0.84; J1/J2=2.4 P. 3398 V848 Sco POSSIBLE TYPE RRC WITH TWICE SHORTER PERIOD. 3401 V861 Sco PM.& ABS.EL.(I.D.HOWARTH, MN V.203, N3,1021,1983). 3409 V906 Sco PM.EL.(B.CESTER ET AL.[14]). PM.& ABS.EL. IN CATALOGUE [1]. 3412 mu.1 Sco PM.EL.(B.CESTER ET AL., ASAP V.61, N4,469,1977), (D.P.SCHNEIDER ET AL., AJ V.84, N2,236,1979). ABS.EL.(M.A.GIANNUZZI, APSS V.89, N2,355,1983). PM.& ABS.EL. IN CATALOGUE [1]. 3413 RT Scl PM.EL.(B.B.BOOKMYER, AJ V.71, N10,1012,1966). PM.& ABS.EL.(J.B.RAFERT, R.E.WILSON, APSS V.100, N1/2,117,1984). PM.,SP.& ABS.EL.(R.W.HILDITCH, D.J.KING, MN V.223, N3,581,1986). 3418 AL Scl PM.,SP.& ABS.EL.(R.HAEFNER ET AL., ASAP V.179, N1/2, 141,1987). 3419 U Sct PM.EL.(M.I.LAVROV. THE PRIVATE COMMUNICATION: R1=0.34;R2=0.22;I=86.2;L1=0.95 VIS). PM.& ABS.EL. IN CATALOGUE [1]. 3420 RS Sct PM.EL.(D.A.H.BUCKLEY, APSS V.99, N1/2,191,1984). SP.EL.(D.J.KING, R.W.HILDITCH, MN V.209, N3,645,1984). 3421 RY Sct PM.EL.(L.MILANO ET AL., ASAP V.100, N1,59,1981), (G.GIURICIN, F.MARDIROSSIAN, ASAP V.101, N1,138,1981),(E.A.ANTOCHINA, A.M.CHEREPASHCHUK. SOVIET ASTR. LETTERS V.14, N3,252,1988). SP.& ABS. EL.(A.P.COWLEY, J.B.HUTCHINGS, PASP V.88, N524,456,1976),(M.YU.SKULSKY, BYULL ABASTUMANSKAYA ASTROFIZ OBS N58,101,1985). PM.,SP.& ABS. EL.(M.I.KUMSIASHVILI, SPACE SCI.REV. V.50, N1/2,350,1989). 3422 RZ Sct PM.EL.(V.G.KARETNIKOV, PEREM ZVEZDY BYULL V.17, N5,479,1970),(S.K.WILCKEN ET AL., PASP V.88, N525,262,1976). PM.& ABS. EL. IN CATALOGUE [1]. 3426 VZ Sct PM.EL.(S.GAPOSCHKIN [15]) (VERY UNCERTAIN). 3430 AC Sct PM.EL.(D.B.MC LAUGHLIN, AJ V.38, N6,45,1927) (VERY UNCERTAIN). 3435 BN Sct PM.EL.(Z.KOPAL, AN V.247, N5910,118,1932). 3436 BS Sct PM.EL.(D.S.HALL, A.D.MALLAMA, AA V.24, N4,359,1974). POSSIBLE VARIANT: SP2=[F8];Q=0.075;A=15.6;MASS1=3.25;MASS2=0.25;RAD1=2.65;RAD2=2.8;M1BOL=-0.45;M2BOL=2.3;R1=0.170;R2=0.178;L1=0.92;J1/J2=11.5 V. 3437 CD Sct POSSIBLE VARIANT: Q=0.76;A=4.5;MASS1=1.9;MASS2=1.4;RAD1=1.8;RAD2=1.55;M1BOL=1.9;M2BOL=2.3;R1=0.40;R2=0.35;L1=0.58;J1/J2=1.0 P. 3439 CL Sct POSSIBLY, * IS DM WITH TWICE LONGER PERIOD. 3453 DW Sct POSSIBLE VARIANT: Q=0.62;A=4.15;MASS1=1.9;MASS2=1.15;RAD1=1.75;RAD2=1.35;M1BOL=2.0;M2BOL=2.75;R1=0.42;R2=0.33;L1=0.68; J1/J2=1.3 P. 3457 EN Sct POSSIBLY, * IS KE WITH TWICE SHORTER PERIOD: (B4)+[B4];Q=0.96;A=9.85;MASS1=5.8;MASS2=5.55;RAD1=3.75;RAD2=3.65;M1BOL=-2.9; M2BOL=-2.8;R1=0.38;R2=0.37;L1=0.52;J1/J2=1.0 P;I=78. 3460 ER Sct PM.EL.(D.J.K.O'CONNELL, RIV PUBL V.2, N4,66,1948). 3463 EZ Sct POSSIBLY, * IS SD: (B8)+[A0];Q=0.6;A=7.9;MASS1=3,25;MASS2=1.95;RAD1=2.65;RAD2=2.6;M1BOL=-0.45;M2BOL=0.3;R1=0.335;R2=0.330;L1=0.64;J1/J2=1.7 P;I=80. 3465 FG Sct PM.EL.(D.H.BRADSTREET, APJ SUPPL V.58, N3,413,1985). 3474 HL Sct POSSIBLE VARIANT: Q=0.44;A=3.75;MASS1=1.8;MASS2=0.8; RAD1=1.7;RAD2=1.15;M1BOL=2.15;M2BOL=3.75;R1=0.45;R2=0.30;L1=0.83;J1/J2=2.2 P. 3478 MM Sct POSSIBLY, * IS DW: (F2)+[F4];Q=0.95;A=6.3;MASS1=1.35;MASS2=1.3;RAD1=1.5;RAD2=1.4;M1BOL=3.15;M2BOL=3.45;R1=0.24;R2=0.23; L1=0.56;J1/J2=1.2 P;I=88. 3479 V340 Sct POSSIBLE VARIANT: Q=0.62;A=3.8;MASS1=1.75;MASS2=1.1;RAD1=1.6;RAD2=1.25;M1BOL=2.4;M2BOL=2.95;R1=0.42;R2=0.33;L1=0.62; J1/J2=1.0 P. 3484 V Ser PM.EL.(H.SHAPLEY [18]). 3485 RS Ser PM.EL.(B.W.SITTERLY, PA V.30,231,1922) (VERY UNCERTAIN). 3490 AU Ser PM.EL.(S.M.RUCINSKI, AA V.24, N2,119,1974),(J.KALUZNY, AA V.36, N1,113,1986). 3494 CQ Ser POSSIBLY, * IS SD: A8:+[F6];Q=0.6;A=4.85;MASS1=1.65; MASS2=1.0;RAD1=1.75;RAD2=1.6;M1BOL=2.35;M2BOL=3.3;R1=0.36;R2=0.33;L1=0.74;J1/J2=2.4 P;I=80.5. 3495 DG Ser POSSIBLY, P=0.3360742. 3496 EG Ser SP.EL.(D.M.POPPER, PASP V.98, N610,1312,1986). 3498 Y Sex PM.EL.(H.TANABE, T.NAKAMURA. TOKYO ANN SER.2, V.5,N1, 15,1957). 3499 RW Tau PM.EL.(T.HORAK, BAC V.17, N5,272,1966),(M.I.LAVROV, N.V.LAVROVA,IZV ASTRON EHNGELGARDT OBS N41/42,196,1976),(F.MARDIROSSIAN ET AL., ASAP SUPPL V.40, N1,57,1980). PM.& ABS.EL. IN CATALOGUE [1]. 3500 RZ Tau PM.EL.(L.BINNENDIJK, VISTAS IN ASTRON V.21, PT.4, 359,1977),(P.G.NIARCHOS, APSS V.58, N2,301,1978). PM.& ABS.EL. IN CATALOGUE [1]. 3501 SV Tau PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N49,3,1982). 3503 WY Tau PM.EL.(J.BALAZS, L.DETRE, BUD MITT N11,1940). 3514 CD Tau PM.& ABS.EL.(D.B.WOOD, AJ V.81,N10,855,1976),(O.GULMEN ET AL., ASAP SUPPL V.40, N2,145,1981) AND IN CATALOGUE [1]. 3516 CR Tau POSSIBLY, * IS DM WITH TWICE LONGER PERIOD. 3526 GW Tau POSSIBLE VARIANT: Q=0.6;A=4.65;MASS1=2.05;MASS2=1.2; RAD1=2.0;RAD2=1.5;M1BOL=1.5;M2BOL=2.65;R1=0.42;R2=0.33;L1=0.74;J1/J2=1.8 P. 3528 HU Tau PM.EL.(G.GIURICIN, F.MARDIROSSIAN, ASAP V.97, N2, 410,1981). SP.EL.(A.MAMMANO ET AL., MEM SAIT V.38, N3,459,1967). 3541 lam Tau PM.EL.(B.CESTER ET AL.[14]). SP.& ABS.EL.(F.C. FEKEL,JR., J.TOMKIN, APJ V.263,N1, PT.1,289,1982). PM.& ABS.EL. IN CATALOGUE [1]. 3542 RV Tel PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N50,15,1986). 3546 HO Tel PM.EL.(M.I.LAVROV.THE CLOSE BINARY SYSTEMS AND THEIR EVOLUTION. M.,IZD.MOSKOV.UNIV.(IN RUSSIAN),147,1976),(J.GRYGAR, T.B.HORAK, BAC V.31, N5,297,1980),(G.GIURICIN, F.MARDIROSSIAN, ASAP SUPPL V.45 N3,499,1981). 3553 NV Tel POSSIBLY, * IS SD: B9IV+[A9];Q=0.6;A=16.9;MASS1=3.25;MASS2=1.95;RAD1=3.0;RAD2=5.55;M1BOL=-0.2;M2BOL=0.0;R1=0.18;R2=0.33;L1=0.54;J1/J2=4.2 P;I=77.5. 3555 V Tri PM.EL.(V.URECHE, BABES-BOLYAI STUD V.9, N1,89,1964). POSSIBLY, * IS SD: A3+[F5];Q=0.12;A=3.9;MASS1=2.05;MASS2=0.25;RAD1=2.0;RAD2=0.8;M1BOL=1.5;M2BOL=4.7;R1=0.51;R2=0.21;L1=0.95;J1/J2=3.0 P;I=81.5. 3556 X Tri PM.EL.(S.BOZKURT ET AL., ASAP SUPPL V.23, N3,439, 1976),(M.MEZZETTI ET AL., ASAP SUPPL V.39, N2,265,1980). PM.& ABS.EL. (M.I.KUMSIASHVILI, IBVS N1033,1975) AND IN CATALOGUE [1]. 3561 RR TrA PM.EL.(K.K.KWEE ET AL., BAN V.13,328,1957),(G.GIURICIN, F.MARDIROSSIAN, ASAP SUPPL V.45, N1,85,1981). PM.& ABS.EL.(C.R. CHAMBLISS, APSS V.104, N2,205,1984),(Y.-F.LI, R.-C.LEUNG, AJ V.93, N3, 678,1987). 3573 EL TrA POSSIBLY, * IS SD: (F5)+[G7IV];Q=0.3;A=3.3;MASS1=1.25;MASS2=0.4;RAD1=1.4;RAD2=0.9;M1BOL=3.5;M2BOL=5.6;R1=0.42;R2=0.27;L1=0.89;J1/J2=3.5 VIS;I=74 OR KE: (A4)+[G1IV];Q=0.24;A=3.8;MASS1=1.95;MASS2=0.5;RAD1=1.95;RAD2=1.0;M1BOL=1.5;M2BOL=4.75;R1=0.51;R2=0.26;L1==0.95;J1/J2=4.6 VIS;I=70. 3584 HV TrA POSSIBLY, * IS SD: (F3)+[G0IV];Q=0.28;A=3.55;MASS1=1.3;MASS2=0.37;RAD1=1.45;RAD2=0.95;M1BOL=3.25;M2BOL=4.8;R1=0.41;R2=0.27;L1=0.82;J1/J2=2.0 P;I=77.5. 3586 V Tuc PM.EL.(F.B.WOOD, G.E.MC CLUSKEY, AJ V.66, N8,413, 1961). 3589 AQ Tuc PM.EL.(R.M.VILLIAMON ET AL., ASAP SUPPL V.34, N2, 207,1978),(C.MACERONI ET AL., ASAP SUPPL V.45, N2,187,1981). SP.& ABS. EL.(R.W.HILDITCH, D.J.KING, MN V.223, N3,581,1986). 3590 CF Tuc PM.EL.(E.BUDDING, E.MCLAUGHLIN, APSS V.133, N1,45, 1987). 3591 W UMa PM.EL.(J.WHELAN ET AL., MN V.168, N1,31,1974),(P.G. NIARCHOS, APSS V.58, N2,301,1978),(R.W.HILDITCH, MN V.196, N1,305,1981). SP.EL.(B.J.MCLEAN, MN V.195, N3,931,1981). PM.& ABS.EL.(A.P.LINNEL, APJ SUPPL V.57, N3,611,1985) AND IN CATALOGUE [1]. 3593 TX UMa PM.EL.(Z.KOPAL, M.B.SHAPLEY [17]),(B.CESTER ET AL. [14]),(K.-D.OH, K.-Y.CHEN, AJ V.89, N1,126,1984),(J.PAPAUSEK ET AL., FOLIA PRIRODOVED.FAK. UJEP BRNO, V.26, N2,5,1985). SP.EL.(V.G.KARETNIKOV, V.V.KOVTYUH, ASTRON ZH AKAD NAUK SSSR V.63, N6,1144,1986). PM.& ABS.EL. IN CATALOGUE [1]. 3596 VV UMa PM.& ABS.EL.(P.BROGLIA, P.CONCONI, ASAP SUPPL V.27, N2,285,1977),(F.MARDIROSSIAN ET AL., ASAP SUPPL V.40, N1,57,1980) AND IN CATALOGUE [1]. 3597 XY UMa PM.EL.(D.M.Z.JASSUR, APSS V.128, N2,369,1986),(T. BANKS, E.BUDDING, IBVS N3304,1989). PM.& ABS.EL.(E.BUDDING, M.ZEILIK, APJ V.319, N2, PT.1,827,1987). 3599 ZZ UMa PM.EL.(M.I.LAVROV, N.V.LAVROVA, ASTRON TSIRK AKAD NAUK SSSR N1529,11,1988),(E.B.JANIASHVILI, M.I.LAVROV, IBVS N3289,1989) 3600 AA UMa SP.EL.(W.LU, AA SINICA V.8, N1,26,1987). 3603 AW UMa PM.EL.(L.BINNENDIJK, VISTAS IN ASTRON V.21,359,1977) (L.F.ISTOMIN ET AL., IBVS N1802,1980),(R.K.SRIVASTAVA, T.D.PADALIA, APSS V.120, N1,121,1986). SP.& ABS.EL.(B.J.MC LEAN, MN V.195, N3,931,1981), (M.J.RENSING ET AL., AJ V.90, N5,767,1985). PM.& ABS.EL. IN CATALOGUE [1]. 3607 BL UMa POSSIBLE VARIANT: Q=0.38;A=4.0;MASS1=1.95;MASS2=0.75;RAD1=1.9;RAD2=1.15;M1BOL=1.7;M2BOL=3.95;R1=0.47;R2=0.29;L1=0.90;J1/J2=3.6 P. 3608 BM UMa PM.EL.(M.HOFFMANN, IBVS N1934,1981) (UNCERTAIN). 3612 DN UMa SP.EL.(D.M.POPPER, PASP V.98, N610,1312,1986). PM.& ABS.EL.(J.M.GARCIA, A.GIMENEZ, APSS V.125, N1,181,1986). 3613 W UMi PM.EL.(E.J.DEVINNEY ET AL., PASP V.82, N484,10,1970), (F.MARDIROSSIAN ET AL., ASAP SUPPL V.40, N1,57,1980). PM.& ABS.EL. IN CATALOGUE [1]. 3615 RT UMi PM.EL.(R.DE SANTIS, F.TEMPESTI, ASAP SUPPL V.29, N3,333,1977),(F.MARDIROSSIAN, G.GIURICIN, ASAP V.97, N1,206,1981),(L.MILANO ET AL., ASAP V.96, N1/2,328,1981). 3616 RU UMi PM.EL.(D.B.WOOD, PASP V.83, N493,286,1971),(C.DE BERNARDI, F.SCALTRITI, AA V.27, N2,187,1977),(J.KALUZNY, AA V.35, N3/4, 327,1985). PM.,SP.& ABS.EL.(A.OKAZAKI ET AL., PAS JAPAN V.40, N1,79, 1988). 3618 S Vel PM.EL.(R.F.SISTERO, BAC V.22, N4,188,1971),(A.GIMENEZ, IBVS N1634,1979),(B.CESTER ET AL.[14]),(M.I.LAVROV. THE PRIVATE COMMUNICATION: R1=0.087;R2=0.237;I=86.0;L1=0.792 V). PM.& ABS.EL. IN CATALOGUE [1]. 3619 RR Vel PM.EL.(H.SHAPLEY [18]) (UNCERTAIN). 3627 AA Vel PM.EL.(S.GAPOSCHKIN [15]) (VERY UNCERTAIN). 3631 AQ Vel POSSIBLY, * IS DW:(F0)+[K2];Q=0.57;A=5.7;MASS1=1.45;MASS2=0.8;RAD1=1.6;RAD2=0.87;M1BOL=2.85;M2BOL=5.75;R1=0.28;R2=0.15;L1=0.97;J1/J2=8.4 P;I=75. 3638 AY Vel POSSIBLY, * IS SD: B9IV-V+[A3];Q=0.47;A=9.8;MASS1=3.3;MASS2=1.55;RAD1=3.0;RAD2=3.0;M1BOL=-0.2;M2BOL=0.6;R1=0.31;R2=0.31;L1=0.64;J1/J2=1.7 V;I=74. 3650 BU Vel PM.EL.(L.W.TWIGG, MN V.189, N3,907,1979). POSSIBLE VARIANT:Q=0.46;A=3.5;MASS1=1.45;MASS2=0.67;RAD1=1.55;RAD2=1.05;M1BOL=2.9;M2BOL=4.2;R1=0.45;R2=0.31;L1=0.76;J1/J2=1.5 V. 3659 CV Vel PM.& ABS.EL.(I.V.CLAUSEN, B.GRONBECH, ASAP V.58, N1/2,131,1977) AND IN CATALOGUE [1]. 3663 DH Vel POSSIBLY, * IS SD: (A0)+[A6];Q=0.47;A=7.6;MASS1=2.4;MASS2=1.1;RAD1=2.2;RAD2=2.3;M1BOL=0.85;M2BOL=1.5;R1=0.29;R2=0.31;L1=0.64;J1/J2=2.0 P;I=75. 3675 EO Vel PM.EL.(S.SODERHJELM, ASAP SUPPL V.22, N3,263,1975). 3676 ES Vel POSSIBLY, * IS SD: (F0)+[G2IV];Q=0.15;A=15.3;MASS1=1.45;MASS2=0.22;RAD1=1.9;RAD2=3.4;M1BOL=2.5;M2BOL=2.2;R1=0.12;R2=0.22;L1=0.52;J1/J2=3.5 P;I=77.5. 3678 EU Vel POSSIBLY, * IS DW: (K0)+[K2.5];Q=0.89;A=2.6;MASS1=0.9;MASS2=0.8;RAD1=0.95;RAD2=0.85;M1BOL=5.25;M2BOL=5.9;R1=0.37;R2=0.33;L1=0.7;J1/J2=1.7 P;I=79.5. 3687 FT Vel POSSIBLY, * IS KE: (B3)+[B6.5];Q=0.6;A=9.65;MASS1=6.7;MASS2=4.0;RAD1=4.1;RAD2=3.15;M1BOL=-3.5;M2BOL=-1.4;R1=0.42;R2=0.33;L1=0.80;J1/J2=2.4 P;I=89. 3692 GG Vel POSSIBLY, * IS DM WITH TWICE LONGER PERIOD. 3695 IQ Vel POSSIBLY, * IS DM: (A4)+[G7];Q=0.52;A=15.0;MASS1=1.95;MASS2=1.0;RAD1=1.9;RAD2=1.1;M1BOL=1.7;M2BOL=4.65;R1=0.13;R2=0.08;L1=0.94;J1/J2=5.0 V;I=90. 3696 UW Vir PM.EL.(M.B.SHAPLEY, HB N848,32,1927). PM.& ABS.EL. IN CATALOGUE [1]. 3697 UY Vir PM.& ABS.EL.(S.GAPOSCHKIN, HA V.113, N2,69,1953) (UNCERTAIN). 3699 AG Vir PM.EL.(L.BINNENDIJK, AJ V.74, N8,1024,1969),(J.KALUZNY, AA V.36,N1,121,1986). SP.& ABS.EL.(G.HILL, J.V.BARNES, PASP V.84, N499,382,1972). PM.& ABS.EL.(P.G.NIARCHOS, ASAP SUPPL V.61, N2,313,1985) AND IN CATALOGUE [1]. POSSIBLE VARIANT: Q=0.52;A=4.3;MASS1=1.75;MASS2=0.9;RAD1=1.9;RAD2=1.35;M1BOL=2.0;M2BOL=3.35;R1=0.44;R2=0.32;L1=0.76; J1/J2=1.7 V. 3700 AH Vir PM.EL.(P.G.NIARCHOS, ASAP SUPPL V.53, N1,13,1983). PM.& ABS.EL.(L.BINNENDIJK, PASP V.96,N582,646,1984),(J.KALUZNY, AA V.34, N2,217,1984) AND IN CATALOGUE [1]. 3703 AX Vir PM.EL.(Q.-Y.LI, Y.-L.YANG, CHIN ASTRON AND ASTROPHYS V.9, N3,19,1985). PM.& ABS.EL.(K.-C.LEUNG ET AL., AJ V.90, N1,115,1985). POSSIBLE VARIANT: Q=0.15;A=4.65;MASS1=2.4;MASS2=0.36;RAD1=2.6;RAD2=1.05;M1BOL=0.5;M2BOL=4.7;R1=0.56;R2=0.22;L1=0.98;J1/J2=6.7 V. POSSIBLY, * IS SD: A0P+[F1];Q=0.29;A=4.85;MASS1=2.4;MASS2=0.7;RAD1=2.2;RAD2=1.3;M1BOL=0.85;M2BOL=3.4;R1=0.45;R2=0.27;L1=0.90;J1/J2=3.0 V;I=79. 3704 AZ Vir PM.EL.(M.HOFFMANN, IBVS N1936,1981),(G.GIURICIN ET AL., AN V.303, N3,215,1982). 3705 BD Vir PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N50,15,1986). PM.& ABS.EL. IN CATALOGUE [1]. 3706 BF Vir PM.EL.(A.D.MALLAMA, A.N.WITT, AA V.26, N3,253,1976). PM.& ABS.EL.(G.RUSSO, C.SOLLAZZO, APSS V.78, N1,141,1981) AND IN CATALOGUE [1].POSSIBLY, * IS SD: A2V+[F3];Q=0.10;A=4.15;MASS1=2.15;MASS2=0.22;RAD1=2.0;RAD2=0.8;M1BOL=1.35;M2BOL=4.6;R1=0.48;R2=0.20;L1=0.95;J1/J2=2.9 V;I=78.5. 3707 BH Vir PM.& ABS.EL.(G.GIURICIN ET AL., MN V.206, N2,305, 1984),(E.BUDDING, M.ZEILIK, APJ V.319, N2, PT.1,827,1987) AND IN CATALOGUE [1]. 3708 CG Vir POSSIBLY, * IS DW: F8+[G8];Q=0.85;A=5.2;MASS1=1.15;MASS2=1.0;RAD1=1.8;RAD2=1.5;M1BOL=3.2;M2BOL=4.0;R1=0.35;R2=0.29;L1=0.71;J1/J2=1.7 V;I=80. 3710 CX Vir PM.,SP.& ABS.EL.(R.W.HILDITCH, D.I.KING, MN V.231, N2,397,1988). 3711 DL Vir PM.EL.(E.SCHOFFEL, ASAP V.61,N1,107,1977). PM.& ABS. EL. IN CATALOGUE [1]. 3712 DM Vir SP.EL.(D.M.POPPER, APJ V.166, N2, PT.1,361,1971). PM.& ABS.EL.(J.ANDERSEN ET AL., ASAP V.137, N2,281,1984). 3714 FO Vir PM.EL.(S.W.MOCHNACKI ET AL., AJ V.91, N5,1221,1986). SP.EL.(F.H.SCHMIDT, J.D.FERNIE, IBVS N2527,1984). PM.& ABS.EL.(E.PORETTI ET AL., ASAP SUPPL V.69, N2,337,1987). 3715 FQ Vir POSSIBLY, * IS SD WITH LITTLE Q. 3718 Z Vul PM.EL.(H.MINTI, R.DINESCU, STUD ASTR V.14, N2,177, 1969),(M.I.LAVROV. THE CLOSE BINARY SYSTEMS AND THEIR EVOLUTION, M., IZD MOSCOV UNIV (IN RUSSIAN), 147,1976),(B.CESTER ET AL., ASAP V.61, N4,469, 1977). PM.& ABS.EL. IN CATALOGUE [1]. 3719 RR Vul PM.EL.(M.MAGGINI, APJ V.50,N2,141,1919) (UNCERTAIN). 3720 RS Vul PM.EL.(B.CESTER ET AL.[14]),(M.I.LAVROV. THE PRIVATE COMMUNICATION: R1=0.217;R2=0.265;I=78.8;L1=0.854 V). SP.EL.(D.M.POPPER, BAAS V.10, N4,608,1978). SP.& ABS.EL.(D.HOLMGREN, SPACE SCI REV V.50, N1/2,347,1989). PM.& ABS.EL. IN CATALOGUE [1]. 3724 XZ Vul PM.EL.(M.I.LAVROV, N.V.LAVROVA, TRUDY KAZAN' ASTRON OBS N50,15,1986). 3728 AT Vul PM.EL.(YU.SLONIM, BYULL TASHK ASTRON OBS N2,1934). 3731 AY Vul PM.EL.(R.L.WALKER, SPACE SCI REV V.50, N1/2,374, 1989). 3732 AZ Vul PM.EL.(N.F.FLORJA, PEREM ZVEZDY BYULL V.4,283,1934) (UNCERTAIN). 3733 BE Vul PM.EL.(J.SEMENIUK, AA V.20,N2,123,1970),(F.MARDIROSSIAN ET AL., ASAP SUPPL V.40, N1,57,1980). 3734 BI Vul PM.EL.(B.H.BRADSTREET, APJ SUPPL V.58, N3,413,1985). 3735 BO Vul PM.EL.(J.J.NASSAU, AJ V.48,89,1939). 3736 BP Vul POSSIBLY, * IS DM: A7+[F3.5];Q=0.75;A=9.5;MASS1=1.75;MASS2=1.3;RAD1=1.8;RAD2=1.45;M1BOL=2.15;M2BOL=3.3;R1=0.19;R2=0.15;L1=0.77;J1/J2=2.2 P;I=90. 3738 BS Vul PM.EL.(C.DE BERNARDI, F.SCALTRITI, ASAP SUPPL V.35, N1,63,1979). POSSIBLY, * IS KE OR DW. 3741 CD Vul PM.EL.(I.GUMAN, BUD MITT N24,1951) (UNCERTAIN). 3745 DR Vul PM.& ABS.EL.(A.I.KHALIULLINA,KH.F.KHALIULLIN, ASTRON ZH AKAD NAUK SSSR V.65, N1,108,1988). 3748 ER Vul PM.EL.(D.MILANO ET AL., APSS V.124, N1,83,1986). SP. EL.(B.J.MC LEAN, MN V.201, N2,421,1982). PM.& ABS.EL.(E.BUDDING, M.ZEILIK, APJ V.319, N2, PT.1,827,1987) AND IN CATALOGUE [1]. 3757 FR Vul POSSIBLY, * IS DM WITH TWICE LONGER PERIOD. 3760 FW Vul POSSIBLY, * IS SD: (F0)+[G0IV];Q=0.15;A=13.7;MASS1=1.45;MASS2=0.22;RAD1=1.9;RAD2=3.1;M1BOL=2.45;M2BOL=2.3;R1=0.14;R2=0.22;L1=0.54;J1/J2=3.0 P;I=78. 3766 GP Vul POSSIBLY, * IS SD: (A5)+[F0];Q=0.58;A=6.2;MASS1=1.9;MASS2=1.1;RAD1=1.9;RAD2=2.0;M1BOL=1.85;M2BOL=2.4;R1=0.31;R2=0.33;L1=0.64;J1/J2=2.0 P;I=82.5. 3769 GV Vul POSSIBLY, * IS DM WITH TWICE LONGER PERIOD. 3774 IW Vul POSSIBLY, * IS SD: (A5)+[A9];Q=0.12;A=9.0;MASS1=1.9;MASS2=0.23;RAD1=1.9;RAD2=1.9;M1BOL=1.85;M2BOL=2.4;R1=0.21;R2=0.21;L1=0.64;J1/J2=1.8 P;I=74. 3778 MO Vul POSSIBLY, * IS SD:(B0)+[B3];Q=0.4;A=33.6;MASS1=15.0;MASS2=6.0;RAD1=7.3;RAD2=9.9;M1BOL=-6.75;M2BOL=-5.7;R1=0.22;R2=0.30;L1=0.52;J1/J2=2.0 B;I=81. 4004 AO Cam PM.EL.(E.E.EVANS III ET AL., PASP V.97, N593,648, 1985). 4009 BL Eri PM.,SP.& ABS.EL.(A.YAMASAKI ET AL., AJ V.95, N3,894, 1988). 4010 KM Hya SP.& ABS.EL.(J.ANDERSEN, L.P.R.VAZ, ASAP V.130,N1, 102,1984). 4011 FS Lup PM.EL.(L.MILANO ET AL., ASAP V.183, N2,265,1987). 4014 V577 Oph PM.EL.(S.YU.SHUGAROV, ASTRON TSIRK AKAD NAUK SSSR N1359,4,1985). 4016 V3903 Sgr SP.EL.(V.S.NIEMELA, N.D.MORRISON, PASP V.100, N633,1436,1988).