VizieR

CfA VizieR . ADAC VizieR . CADC VizieR . Cambridge (UK) VizieR . IUCAA VizieR . Beijing (Ch) VizieR .

VizieR

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V/76/table1
Post annotation
Chromospherically Active Binaries (Strassmeier+ 1993)
Cross references (206 rows)
 
Full

Seq

name

HD

HR

Bayer

Flam

DM

SAO

other

1 1BC Psc 28 3  33 PscBD-06 6357128572FK4 #1002
2 2   38      BD+45 4408 36046ADS 48 (<A>B)
3 3AP Psc 352 14   5 CetBD-03 3128602GC 124, Boss 9
4 4BD Cet 1833      BD-10 58128725Y16 #65
5 5NSV 212 3196 142  13 CetBD-04 62128839ADS 490(<A>B), Gl 23AB
6 6FF And        BD+34 106  Gl 29.1
7 7zeta And 4502 215zeta And34 AndBD+23 106 74267FK4 #27
8 8CF Tuc 5303      CP-75 68255716BV 625
9 9   6286      BD+25 161 74467AG 628
10 10AY Cet 7672 373  39 CetBD-03 172129204GC 1534
11 11UV Psc 7700      BD+06 189109778BV 149
12 12   8435      CP-57 296232399C20 #385
13 13BI Cet 8358      BD-00 210109840GC 1667
14 14AR Psc 8357      BD+06 211109841HO123+075
15 15UV For 10909      CD-24 751167287Y14 #828
16 16   12545      BD+34 363 55233AGK2 #189
17 17TZ Tri A 13480 642iota Tri 6 TriBD+29 371 55347ADS 1697(<A>B)
18 18BQ Hyi 14643      CP-72 166    
19 19CC Eri 16157      CD-44 775215947Gl 103, IRAS02324-4400
20 20UX For 17084      CD-38 899193879C18 #869
21 21RS Ari              
22 22VY Ari 17433      BD+30 448 55899Gl 113.1
23 23   19485      BD+25 497 75751GC 3748
24 24EL Eri 19754      BD-05 592130323Y17 #760
25 25LX Per        BD+47 781 38651GC 3829
26 26   19942      BD+43 657 38659AGK2 #353
27 27   210181023    BD+04 532111161ADS 2509(<A>B), GC 4045
28 28UX Ari 21242      BD+28 532 75927HO324+28
29 29V711 Tau 224681099    BD+00 616111291ADS 2644(<A>B)
30 30V837 Tau 22403      BD+25 580 76031GC 4310
31 31   238381176    BD+44 801 39134GC 4597
32 32V471 Tau        BD+16 516  WD 0347+17
33 33CF Tau284137            
34 34AG Dor 26354      CP-52 497233401C19 #1256
35 35EI Eri 26337      BD-08 801130994GC 5012
36 36  284163      BD+23 635    
37 37V818 Tau 27130      BD+16 577 93845vB 22
38 38   27149      BD+17 703 93849Y18 #1129
39 39   27691      BD+14 690 93896ADS 3169<A>B, O S 82, vB40A
40 40   28291      BD+19 727 93953vB 69
41 41V492 Per 28591      BD+36 903 57285GC 5509
42 42V833 Tau283750      BD+26 730  Gl 171.2A, J301
43 43   293171467   3 CamBD+52 865 24743ADS 3359(<A>B)
44 44RZ Eri 30050      BD-10 9931498474U0443-09
45 45V808 Tau283882      BD+24 692  vB 117
46 46   30957      BD+64 487 13309AGK2 #289
47 47V1198 Ori 31738      BD+00 908112278Y21 #1158
48 48BM Cam 323571623  12 CamBD+58 805 25003GC 6197
49 49HP Aur              
50 50   34802      CP-77 196256167GC 6420
Result truncated to 50 rows
Show constraint information
The 1 column in color are computed by VizieR, and are not part of the original data.
V/76/table2
Post annotation
Chromospherically Active Binaries (Strassmeier+ 1993)
Photometric properties (206 rows)
 
Full

Seq

name

Simbad

HD

magtyp

Vmax
mag
u_

r_

del
mag
r_

per
d
1 1 33 PscSimbad 28   4.610   (62) const(307)  
2 2 ADS 48ASimbad 38   8.230  (537)      
3 3 5 CetSimbad 352   6.070   (77) const(459)  
4 4 BD CetSimbad 1833   7.890  (283) 0.10(206) 34.46
5 5 13 Cet ASimbad 3196   5.200   (62) const(585)  
6 6 FF AndSimbad    10.380  (395) 0.06(270) 2.170
7 7 zeta AndSimbad 4502   4.060   (75) const (75)  
8 8 CF TucSimbad 5303   7.410  (283) 0.37(483) 2.798
9 9 BD+25 161Simbad 6286   8.400:(409) 0.38(614) 6./35.?
10 10 AY CetSimbad 7672   5.470  (310) 0.22(310) 77.22
11 11 UV PscSimbad 7700   8.990  (643) 0.04 (61)  
12 12 CP-57 296Simbad 8435   8.660  (283) 0.07(283) 0.657
13 13 BI CetSimbad 8358   8.080  (650) 0.14(335) .52006
14 14 AR PscSimbad 8357   7.240  (643) 0.18(579) 12.245
15 15 UV ForSimbad 10909   7.970  (283) 0.12(614) 32.28
16 16 BD+34 363Simbad 12545   8.110  (809) 0.6(701) 24.3
17 17 6 TriSimbad 13480   4.940   (62) 0.02(579) p_orb
18 18 BQ HyiSimbad 14643   8.190  (483) 0.15(483) 18.24
19 19 CC EriSimbad 16157   8.760  (389) 0.3(270) 1.561
20 20 UX ForSimbad 17084   7.990  (283) 0.07(283) 0.957
21 21 RS AriSimbad  p10.700  (702)      
22 22 VY AriSimbad 17433   6.900  (171) 0.4(699) 16.42
23 23 BD+25 497Simbad 19485   8.360  (588) 0.031(614) 6.45
24 24 EL EriSimbad 19754   7.920  (283) 0.18(283) 47.96
25 25 LX PerSimbad     8.140  (643) 0.08(203) 7.905
26 26 BD+43 657Simbad 19942   7.300  (147) 0.095(614) 22.0
27 27 HR 1023Simbad 21018   6.380   (77) const(585)  
28 28 UX AriSimbad 21242   6.380  (650) 0.3(579) p_orb
29 29 V711 TauSimbad 22468   5.700  (260) 0.22(312) 2.841
30 30 V837 TauSimbad 22403   8.100  (147) 0.09(175) 1.89
31 31 HR 1176Simbad 23838   5.660   (77) const(724)  
32 32 V471 TauSimbad     9.710  (527) 0.15(480) 0.5197
33 33 CF TauSimbad284137  10.030  (702)      
34 34 AG DorSimbad 26354   8.670  (283) 0.09(283) 2.533
35 35 EI EriSimbad 26337   6.960  (583) 0.20(472) 1.945
36 36 BD+23 635Simbad284163   9.340  (284) const(284)  
37 37 V818 TauSimbad 27130   8.313  (576)      
38 38 BD+17 703Simbad 27149   7.500  (222)      
39 39 BD+14 690Simbad 27691   7.000  (298) const(585)  
40 40 vB 69Simbad 28291   8.590  (576)      
41 41 V492 PerSimbad 28591   6.720  (231) 0.09(579) 21.3
42 42 V833 TauSimbad283750   8.160  (618) 0.07:(379) 1.797
43 43 3 CamSimbad 29317   5.050   (77) const(585)  
44 44 RZ EriSimbad 30050   7.700   (44) 0.12(579) 31.4
45 45 V808 TauSimbad283882   9.670  (377) 0.1(276) 6.82
46 46 BD+64 487Simbad 30957   8.600  (409) maybe(614)  
47 47 V1198 OriSimbad 31738   7.120  (283) 0.063(579) 4.55
48 48 12 CamSimbad 32357   6.100  (260) 0.20(579) 85.
49 49 HP AurSimbad    10.850  (702)      
50 50 CP-77 196Simbad 34802   7.570  (283) 0.07(283) 20.38
Result truncated to 50 rows
Show constraint information
V/76/table3
Post annotation
Chromospherically Active Binaries (Strassmeier+ 1993)
Spectroscopic properties (206 rows)
 
Full

Seq

name

HD

spec

r_

bin

r_

vsini
km/s
r_

Caem

r_

Halp

r_

X
10+24W
r_

rad
mJy
r_

1 1 33 Psc 28 K0III (224)1 (69) 10 (448) v.wk., I_K=2 (286)absorption (555) 0.0046 (288) <0.22 (597)
2 2 ADS 48A 38 dK6 (182)1(536)     yes (182)     0.0004 (854)    
3 3 5 Cet 352 wF/K1III(213,556)1(748) /22 (459) strong, cool (285)     <0.014 (854) <0.16 (597)
4 4 BD Cet 1833 K1III (173)1(727) 15 (262) class B,cool (262)mod. abs. (262) 0.022 (854) <0.15 (597)
5 5 13 Cet A 3196 {F7V/}G4V (FCF)1(712) {24/}6 (FCF) moderate (615)strong abs. (555) 0.01 (597) <0.15 (597)
6 6 FF And   dM1e/dM1e (388)2(388) (w14) (863) both (388)em., both (388) 0.034 (854) <0.69 (573)
7 7 zeta And 4502 /K1III (579)1(712) 41 (689) strong (287)strong abs. (287) 0.14 (259) <0.26 (597)
8 8 CF Tuc 5303 G0V/K4IV (33)2 (35) /35 (851) class C,cool (34)fld-in abs. (35) 0.34 (854) 7.1 (602)
9 9 BD+25 161 6286 G2V (366)1(366) 15 (FCF) moderate (231)     0.078 (854)    
10 10 AY Cet 7672 WD/G5III(254/170)1(254) /4 (655) class C,cool (262)mod. abs. (262) 1.001 (854) <0.20 (597)
11 11 UV Psc 7700 G4-6V/K0-2V (160)2(458) 66/47(458,FCF) both (116)fld-in abs. (458) 1.17 (250) 0.89 (598)
12 12 CP-57 296 8435 G6-8IV-IIIe (79)2(483) >76 (851) moderate (134)possible em. (134) <0.296 (854) n.det (35)
13 13 BI Cet 8358 G5V:/G5V: (382)2(382) 60/60 (382) strong, both (382)broad em.line (382) 0.400 (854) 3.23 (599)
14 14 AR Psc 8357 K2V/? (FCF)2 (54) 9/6(FCF,262) class A (262)em., var. (188) 1.72 (854) 2.35 (597)
15 15 UV For 10909 K0IV (173)1(262) 6 (262) class C (262)strong abs. (262) 0.107 (854) <0.40 (599)
16 16 BD+34 363 12545 K0III (809)1(588) 17 (588) strong (561)emission,var (588) 0.370 (854)    
17 17 6 Tri 13480 F5/K0III (FCF)2(712) 7/34 (FCF) moderate (139)absorption (555) 1.15 (856) 0.20 (597)
18 18 BQ Hyi 14643 G1:Vp (79)1(483) 40 (727) moderate (134)     <0.16 (854) n.det (35)
19 19 CC Eri 16157 K7Ve/wdM4(389/668)2(389) w15/ (400) yes (389)emission (389) <0.0001 (854) <0.62 (573)
20 20 UX For 17084 G5-8V/(G) (465)1(727) 50/ (851) strong (283)     0.123 (854) 0.89 (597)
21 21 RS Ari   F8IV-V/G5IV (702)Y(703)     moderate (703)fld-in abs. (703)        
22 22 VY Ari 17433 K3-4V-IV (529)1(529) 6 (427) strong (171)fld-in abs. (171) 0.234 (854)    
23 23 BD+25 497 19485 G4V/G6V (588)2(530) 10/6 (588) strong, both (588)abs./fld-in (588)        
24 24 EL Eri 19754 G8IV-III (173)1(262) 8 (262) class B (262)     5.888 (856) 13.7 (602)
25 25 LX Per   G0IV/K0IV (109)2(110) 9/19 (FCF) wk,cool(616,108)absorption (18) 0.589 (856) 0.47 (597)
26 26 BD+43 657 19942 G5IV (306)1(879) 13 (879) moderate (531)     0.009 (854)    
27 27 HR 1023 21018 G1III: (878)1(588) 23 (733) wk.em. (588)strong abs. (588)        
28 28 UX Ari 21242 G5V/K0IV (27)2 (27) 6/37 (FCF) wk/str (639/27)em, cool (639) 1.20 (854) 10-195 (597)
29 29 V711 Tau 22468 G5IV/K1IV (47)2 (47) 13/38 (322) strong, both (16)emission,var (16) 2.377 (854) 5-180 (597)
30 30 V837 Tau 22403 G2V/K5V(176,841)2(523) 31/23 (841) strong, hot (176)     1.01 (854) 2.9-4.9 (597)
31 31 HR 1176 23838 F2:V/G8III(374,FCF)2(374) 85/5(374,FCF) weak, cool (588)absorption (588) f_x (854) n.det. (439)
32 32 V471 Tau   WD/K2V (337)1(138)     strg,var;cool (340)abs & em,var (340) 0.058 (854) 1.00 (600)
33 33 CF Tau284137 F8 (703)Y(703)     weak (703)abs, fld-in (703) 0.199 (856) 0.56-1.3 (857)
34 34 AG Dor 26354 K1Vp (79)1(727) 20 (851) weak (79)     0.065 (854) 6.6 (602)
35 35 EI Eri 26337 G5IV (173)1 (48) 50 (262) class C (262)fld-in, var (302) 1.38 (854) 4. (439)
36 36 BD+23 635284163 dK0/dM0: (453)1(453)     (yes)  weak em,hot (284) <0.001 (854)    
37 37 V818 Tau 27130 G6V/K6V (521)2(225) 10/ (521) yes (225)     0.032 (854)    
38 38 BD+17 703 27149 G4V/G8V (493)2(493)     yes (493)     0.016 (854)    
39 39 BD+14 690 27691 G0V (588)1(544) 8 (588) yes (588)strong abs. (588) 0.032 (856)    
40 40 vB 69 28291 K0V (521)1(521)     yes (775)            
41 41 V492 Per 28591 K1III (262)1(588) 24 (262) strong (231)wk. fld-in (588) 0.646 (856)    
42 42 V833 Tau283750 dK5e (222)1(521) 6.3/ (805) strong (379)em., var. (379) 0.042 (854)    
43 43 3 Cam 29317 K0III (712)1(712) <15 (494) weak, I_K=3 (286)     0.044 (854) <0.25 (597)
44 44 RZ Eri 30050 Am/K0IV (109)2(110) 64:/11 (FCF) cool (201)strong abs. (555) 2.818 (856) 2.31 (859)
45 45 V808 Tau283882 K3V/K3V (276)2(378)     strong (201)weak abs. (715) 0.01 (854) <0.40 (599)
46 46 BD+64 487 30957 K2V/K2V (FCF)2(588) 6/6 (588) strong, both? (588)fld-in abs. (588)        
47 47 V1198 Ori 31738 G5IV (173)2(588) 9/19 (FCF) very strong (588)wk. fld-in (588) f_x (854) 0.79 (597)
48 48 12 Cam 32357 K0III (346)1(712) 10 (FCF) yes (346)abs.,var (18) .5-1.9(854,856) 0.2-2.0 (597)
49 49 HP Aur   G8 (703)2(703)     strong, both (703)fld-in abs. (703)        
50 50 CP-77 196 34802 K1IIIp (79)1(727) 15 (727) class C (198)     0.176 (854)    
Result truncated to 50 rows
Show constraint information
V/76/table4
Post annotation
Chromospherically Active Binaries (Strassmeier+ 1993)
Orbital elements (206 rows)
 
Full

Seq

name

HD

per
d
r_

pervar

r_

comp

JD
d
1 1 33 Psc 28 72.93 (69)      45069.00000
2 2 ADS 48A 38            
3 3 5 Cet 352 96.439(748)      20018.32900
4 4 BD Cet 1833 35.100(727)    s44409.76000
5 5 13 Cet A 3196 2.08200(492)      43400.97250
6 6 FF And   2.170304(388)y (388)s42708.35900
7 7 zeta And 4502 17.7692 (58)      32751.61700
8 8 CF Tuc 5303 2.79786(727)      44001.00900
9 9 BD+25 161 6286 91.9:(FCF)        
10 10 AY Cet 7672 56.824(655)      46350.41100
11 11 UV Psc 7700 0.861048(816)y (65,252)  44932.29850
12 12 CP-57 296 8435 0.65690(727)      44000.31800
13 13 BI Cet 8358 0.515782(382)    s45603.48500
14 14 AR Psc 8357 14.300(FCF)      46078.64200
15 15 UV For 10909 15.05(727)    s44378.33000
16 16 BD+34 363 12545 23.9824(806)        
17 17 6 Tri 13480 14.7339(FCF)      48605.32000
18 18 BQ Hyi 14643 18.379(727)    p44389.81000
19 19 CC Eri 16157 1.56145(389)      30001.29050
20 20 UX For 17084 0.95479(727)      44000.51200
21 21 RS Ari   8.803205(702)        
22 22 VY Ari 17433 13.198(529)    p46489.02000
23 23 BD+25 497 19485 6.15(530)        
24 24 EL Eri 19754 48.263(727)    s44419.90000
25 25 LX Per   8.038207(477)y:(65,252)  27033.12000
26 26 BD+43 657 19942 45.779(879)      47732.55000
27 27 HR 1023 21018 287.201(733)      43858.10000
28 28 UX Ari 21242 6.43791 (27)      40133.76600
29 29 V711 Tau 22468 2.83774 (47)      42766.08000
30 30 V837 Tau 22403 1.929927(841)      48161.24400
31 31 HR 1176 23838 962.8(559)      42288.10000
32 32 V471 Tau  .52118299(141)y (141)  41913.02368
33 33 CF Tau284137 2.75589(702)        
34 34 AG Dor 26354 2.562(727)    p44378.67000
35 35 EI Eri 26337 1.947227(583)      46091.53900
36 36 BD+23 635284163 2.394357(453)      43892.99200
37 37 V818 Tau 27130 5.609198(521)      44506.91500
38 38 BD+17 703 27149 75.648(493)      36829.47000
39 39 BD+14 690 27691 4.00000(713)      22275.80000
40 40 vB 69 28291 41.66(521)      43612.84000
41 41 V492 Per 28591 21.2902(FCF)      46881.46000
42 42 V833 Tau283750 1.787797(521)      44610.79400
43 43 3 Cam 29317 121(750)    s21132.60900
44 44 RZ Eri 30050 39.2826(252)y (65,252)  23856.33000
45 45 V808 Tau283882 11.9293(378)      42881.99000
46 46 BD+64 487 30957 44.38(FCF)      48161.30000
47 47 V1198 Ori 31738            
48 48 12 Cam 32357 80.895(FCF)    p48110.78400
49 49 HP Aur   1.422813(702)y (702)    
50 50 CP-77 196 34802 19.310(727)    s44016.60900
Result truncated to 50 rows
Show constraint information
V/76/table5
Post annotation
Chromospherically Active Binaries (Strassmeier+ 1993)
Stellar properties and general information (206 rows)
 
Full

Seq

name

HD

dist
pc
r_

Vmag
mag
r_

mass
solMass
1 1 33 Psc 28 111(245) 2.4: (44) f(m)=0.030
2 2 ADS 48A 38 11(245) 8.0    
3 3 5 Cet 352 140(306) -0.1(306) w0.81/w.086
4 4 BD Cet 1833 71(439) 3.9   f(m)=0.11
5 5 13 Cet A 3196 21.3(FCF) 3.9/(FCF) f(m)=0.0189
6 6 FF And   23.8(380) 8.5(380) 0.55/0.54
7 7 zeta And 4502 31(245) 1.9 (44) 0.78/2.70
8 8 CF Tuc 5303 54 (35) <4.4/3.1:>(489) 1.057/1.205
9 9 BD+25 161 6286 {55:}   <4.7>(489)  
10 10 AY Cet 7672 66.7(254) /1.32(254) 0.55/2.09
11 11 UV Psc 7700 125(250) 4.45/5.8(815) 1.22/0.87
12 12 CP-57 296 8435 100: (35) 3.5: (35) f(m)=0.0056
13 13 BI Cet 8358 60(382) 5(382) r0.9/r0.8
14 14 AR Psc 8357 17(FCF) <6.4/>(489) r0.143/r0.110
15 15 UV For 10909{100}   <3.1>(489) f(m)=0.0013
16 16 BD+34 363 12545 310(809) 0.13(809) f(m)=0.011
17 17 6 Tri 13480 75(470) 0.3(306) r1.12/r1.10
18 18 BQ Hyi 14643 77 (35) 3.8   f(m)=0.13
19 19 CC Eri 16157 12(389) 8.47(389) w0.47/w0.24
20 20 UX For 17084 {35}  <5.3:/>(489) f(m)=0.077
21 21 RS Ari       <3.4/3.1>(489)  
22 22 VY Ari 17433 21(380) 5.2(380) f(m)=0.042
23 23 BD+25 497 19485 {50}   <5.0/5.2>(489)  
24 24 EL Eri 19754{146}   <2.4>(489) f(m)=0.024
25 25 LX Per   130(610) 3.4/3.1(610) 1.24/1.32
26 26 BD+43 657 19942 65(306) 3.2(306) f(m)=0.0926
27 27 HR 1023 21018{125}   <0.9>(489) f(m)=0.038
28 28 UX Ari 21242 50(159) 2.5 (44) r0.63/r0.71
29 29 V711 Tau 22468 36(245) 4.2/3.7 (47) 1.1/1.4
30 30 V837 Tau 22403 55   4.38(176) 1.0/0.67
31 31 HR 1176 23838{100}(KGS) 3: (44) f(m)=0.28
32 32 V471 Tau   59(527) 9.75/5.35(343) 0.6/0.8:
33 33 CF Tau284137 200(857) 3.5    
34 34 AG Dor 26354 {32}   <6.15>(489) f(m)=0.052
35 35 EI Eri 26337 75(302) 2.75(302) r1.4/r0.53
36 36 BD+23 635284163 40:(453) 6.4:(453) f(m)=0.0719
37 37 V818 Tau 27130 44.7(222) 5.35(222) 1.086/0.776
38 38 BD+17 703 27149 46.3(222) 4.95(222) r1.06/r0.99
39 39 BD+14 690 27691 {45}   <4.4>(489) f(m)=0.0193
40 40 vB 69 28291 {35}   <5.9>(489) f(m)=0.00070
41 41 V492 Per 28591 50(306) 3.2(306) f(m)=0.0585
42 42 V833 Tau283750 16.7(342) 6.8(222) w0.1/w0.8
43 43 3 Cam 29317 85(306) 0.2(306) f(m)=0.282
44 44 RZ Eri 30050 143(245) 0.6 (44) 1.68/1.62
45 45 V808 Tau283882 42(222) 7.5(222) r0.77/r0.75
46 46 BD+64 487 30957 {27}   <6.4/6.4>(489) r0.65/r0.60
47 47 V1198 Ori 31738 60(306) 3.2(306)  
48 48 12 Cam 32357 134(470) 0.2(306) f(m)=0.054
49 49 HP Aur            
50 50 CP-77 196 34802 82(306) 3.2(306) f(m)=0.11
Result truncated to 50 rows
Show constraint information
V/76/table6
Post annotation
Chromospherically Active Binaries (Strassmeier+ 1993)
Positions and space motions (206 rows)
img(gal)
Full

_RAJ2000
"h:m:s"
_DEJ2000
"d:m:s"
_RAB1950
"h:m:s"
_DEB1950
"d:m:s"
_Glon
deg
_Glat
deg
Seq

name

HD

RA2000
"h:m:s"
DE2000
"d:m:s"
GLON
deg
GLAT
deg
pmRA
mas/yr
pmDE
mas/yr
100 05 20.100-05 42 27.0000 02 46.501-05 59 13.61093.754038-65.932553 1 33 Psc 2800 05 20.1-05 42 27 93.73-65.93 -13 89
200 05 41.200+45 48 35.0000 03 01.907+45 32 03.49114.650586-16.325076 2 ADS 48A 3800 05 41.2+45 48 35114.64-16.32 886 -207
300 08 12.000-02 26 52.0000 05 38.308-02 43 33.64098.343380-63.236542 3 5 Cet 35200 08 12.0-02 26 52 98.32-63.23 6 -4
400 22 46.700-09 13 49.0000 20 13.961-09 30 24.38100.872956-70.864434 4 BD Cet 183300 22 46.7-09 13 49100.84-70.86 3 -51
500 35 14.800-03 35 34.0000 32 40.313-03 52 04.28112.898421-66.148603 5 13 Cet A 319600 35 14.8-03 35 34112.87-66.15 410 -21
600 42 47.300+35 32 50.0000 40 03.978+35 16 19.74120.952213-27.291276 6 FF And  00 42 47.3+35 32 50120.95-27.29 250 90
700 47 20.300+24 16 02.0000 44 40.937+23 59 44.14121.736442-38.595010 7 zeta And 450200 47 20.3+24 16 02121.73-38.60 -100 -83
800 52 58.300-74 39 07.0000 51 19.735-74 55 25.16302.794319-42.475897 8 CF Tuc 530300 52 58.3-74 39 07302.81-42.48 19 28
901 04 07.100+26 35 13.0001 01 24.396+26 19 09.12126.445290-36.198286 9 BD+25 161 628601 04 07.1+26 35 13126.44-36.20 -12 -18
1001 16 36.200-02 30 01.0001 14 03.795-02 45 46.68137.745041-64.645805 10 AY Cet 767201 16 36.2-02 30 01137.72-64.65 -108 -59
1101 16 55.100+06 48 42.0001 14 18.513+06 32 52.36134.148762-55.504175 11 UV Psc 770001 16 55.1+06 48 42134.12-55.51 88 29
1201 22 21.600-56 43 52.0001 20 23.428-56 59 30.48294.474401-59.886494 12 CP-57 296 843501 22 21.6-56 43 52294.50-59.89 0 -31
1301 22 50.300+00 42 43.0001 20 16.647+00 27 15.72139.375349-61.153325 13 BI Cet 835801 22 50.3+00 42 43139.35-61.15 -102 -244
1401 22 56.800+07 25 09.0001 20 19.726+07 09 18.07136.507093-54.619968 14 AR Psc 835701 22 56.8+07 25 09136.49-54.62 101 232
1501 46 41.400-24 00 56.0001 44 20.328-24 15 58.37201.966634-77.165120 15 UV For 1090901 46 41.4-24 00 56201.96-77.18 171 86
1602 03 47.100+35 35 29.0002 00 49.352+35 21 06.92139.105825-24.997814 16 BD+34 363 1254502 03 47.1+35 35 29139.10-25.00 -54 -13
1702 12 22.300+30 18 11.0002 09 27.775+30 04 11.51142.975169-29.399373 17 6 Tri 1348002 12 22.3+30 18 11142.97-29.40 -62 -70
1802 18 23.900-71 28 26.0002 17 43.909-71 42 12.14293.510964-44.029044 18 BQ Hyi 1464302 18 23.9-71 28 26293.53-44.03    
1902 34 21.800-44 47 54.0002 32 29.111-45 00 45.13260.382650-62.898082 19 CC Eri 1615702 34 21.8-44 47 54260.40-62.91 57 -301
2002 43 25.500-37 55 40.0002 41 25.348-38 08 17.28244.719075-64.175869 20 UX For 1708402 43 25.5-37 55 40244.74-64.19 100 -77
2102 46 13.900+27 52 40.0002 43 16.980+27 40 05.88151.807608-28.479947 21 RS Ari  02 46 13.9+27 52 40151.81-28.48    
2202 48 43.700+31 06 55.0002 45 42.365+30 54 36.50150.582227-25.384240 22 VY Ari 1743302 48 43.7+31 06 55150.58-25.39 209 -170
2303 08 40.700+25 35 30.0003 05 43.682+25 24 05.51158.002697-27.777894 23 BD+25 497 1948503 08 40.7+25 35 30158.00-27.79 12 -30
2403 10 39.300-05 23 38.0003 08 10.213-05 34 57.86185.967456-50.390068 24 EL Eri 1975403 10 39.3-05 23 38185.96-50.40 19 16
2503 13 22.400+48 06 31.0003 09 53.308+47 55 22.89145.992404 -8.305811 25 LX Per  03 13 22.4+48 06 31145.99 -8.31 51 -71
2603 13 51.200+43 51 47.0003 10 29.627+43 40 40.79148.331380-11.873820 26 BD+43 657 1994203 13 51.2+43 51 47148.33-11.88 50 -74
2703 23 39.000+04 52 56.0003 21 00.966+04 42 19.71177.715453-41.258882 27 HR 1023 2101803 23 39.0+04 52 56177.72-41.26 -12 -2
2803 26 35.400+28 42 55.0003 23 33.030+28 32 32.95159.548680-22.912352 28 UX Ari 2124203 26 35.4+28 42 55159.54-22.92 46 -99
2903 36 47.300+00 35 16.0003 34 13.201+00 25 33.47184.911235-41.568701 29 V711 Tau 2246803 36 47.3+00 35 16184.91-41.58 -37 -167
3003 37 11.000+25 59 26.0003 34 10.137+25 49 49.20163.399516-23.572909 30 V837 Tau 2240303 37 11.0+25 59 26163.39-23.58 239 -268
3103 50 04.400+44 58 05.0003 46 34.972+44 49 01.44153.015506 -7.217473 31 HR 1176 2383803 50 04.4+44 58 05153.02 -7.22 -40 -19
3203 50 11.800+17 15 17.0003 47 20.287+17 06 15.08172.434118-27.968537 32 V471 Tau  03 50 11.8+17 15 17172.43-27.98 117 -22
3304 05 06.800+22 29 49.0004 02 08.959+22 21 41.75171.029369-21.792272 33 CF Tau28413704 05 06.8+22 29 49171.03-21.79    
3404 07 32.100-52 34 05.0004 06 14.612-52 41 49.08261.774369-45.791633 34 AG Dor 2635404 07 32.1-52 34 05261.79-45.80 147 -219
3504 09 40.700-07 53 32.0004 07 15.165-08 01 27.29200.168697-39.378013 35 EI Eri 2633704 09 40.7-07 53 32200.17-39.39 15 130
3604 12 26.000+23 40 30.0004 09 26.298+23 32 50.90171.365405-19.761772 36 BD+23 63528416304 12 26.0+23 40 30171.36-19.77    
3704 17 38.900+16 56 52.0004 14 46.544+16 49 34.85177.621352-23.355711 37 V818 Tau 2713004 17 38.9+16 56 52177.62-23.37 108 -27
3804 18 01.800+18 15 25.0004 15 07.905+18 08 09.45176.609852-22.431628 38 BD+17 703 2714904 18 01.8+18 15 25176.61-22.44 111 -30
3904 22 44.200+15 03 23.0004 19 53.754+14 56 25.61180.058554-23.632462 39 BD+14 690 2769104 22 44.2+15 03 23180.06-23.63 127 -19
4004 28 37.200+19 44 27.0004 25 41.139+19 37 53.76177.139729-19.564036 40 vB 69 2829104 28 37.2+19 44 27177.14-19.58 99 -35
4104 31 56.900+36 44 33.0004 28 37.127+36 38 14.24164.499813 -7.757487 41 V492 Per 2859104 31 56.9+36 44 33164.50 -7.77 4 -71
4204 36 47.600+27 08 02.0004 33 41.062+27 02 06.65172.513215-13.358913 42 V833 Tau28375004 36 47.6+27 08 02172.51-13.37 251 -138
4304 39 54.700+53 04 47.0004 35 57.828+52 58 56.43153.320744 +4.260978 43 3 Cam 2931704 39 54.7+53 04 47153.32 4.25 1 -11
4404 43 45.800-10 40 57.0004 41 23.934-10 46 28.92208.002836-33.155895 44 RZ Eri 3005004 43 45.8-10 40 57208.00-33.17 21 -6
4504 49 11.400+24 48 43.0004 46 07.959+24 43 34.36176.168554-12.674351 45 V808 Tau28388204 49 11.4+24 48 43176.17-12.69 108 -49
4604 56 26.100+64 24 10.0004 51 38.602+64 19 28.68145.815905+13.078170 46 BD+64 487 3095704 56 26.1+64 24 10145.82 13.07 36 -61
4704 58 17.000+00 27 14.0004 55 43.327+00 22 44.20198.711819-24.717980 47 V1198 Ori 3173804 58 17.0+00 27 14198.71-24.73 -160 -45
4805 06 12.200+59 01 17.0005 01 50.617+58 57 15.74150.951411+10.830972 48 12 Cam 3235705 06 12.2+59 01 17150.95 10.82 2 -20
4905 10 21.700+35 47 49.0005 07 01.038+35 44 06.54170.164340 -2.374485 49 HP Aur  05 10 21.7+35 47 49170.16 -2.37    
5005 10 26.600-77 13 01.0005 12 41.619-77 16 31.87289.295242-31.916134 50 CP-77 196 3480205 10 26.6-77 13 01289.30-31.92 -3 10
Result truncated to 50 rows
Show constraint information
V/76/table7
Post annotation
Chromospherically Active Binaries (Strassmeier+ 1993)
Candidate list (436 rows)
 
Full

Seq

id

Vmag
mag
chr

r_

bin

r_

note

1 1 42 8.60 x-ray source(604) SB1(711)P_orb = 235.9 days, e = 0, gamma = -10.5 (711; preliminary
2 1            orbit). X-ray source 1E0002.9+1602, F5V, L_x = 5.85*10^29
3 1            erg/s, v sin i = 12+/-2 (604).
4 2 3125 7.01 ?   yes(802)Composite spectrum gK + ? (802). See also (298).
5 3 6680 78 Psc 6.25 x-ray source(603) SB1(603)1E0105.3+3144, F5IV (604), but likely too early in
6 3            spectral type to be chromospherically active. Detected
7 3            by ROSAT (854).
8 4 7172 EXO0109-2613 9.70 x-ray source(868) ?  Classified as K0III+(G) in the Michigan Spectral Catalog
9 4            which needs to be confirmed. V-band light variations of
10 4            0.06 mag (868), but no period detected. (868) also noted
11 4            H and K emission lines.
12 5 7205 7.36 weak HK em.(531) ?  Spectral type Gp (531). LTT 10444.
13 6 9313 7.81 ?   SB1(778)P_orb = 53.5 days, e = 0.39, K0 (778), G5 (147). Range of
14 6            DeltaV values in (614) of ~0.04 mag but large scatter.
15 6            P_phtm = 14: days (614) must be considered uncertain.
16 6            [Note that the pseudosynchronous rotation period would be
17 6            ~26 days.] (868) report a photometric period of 7.9 days
18 6            and deltaV = 0.06 mag and noted H and K emission.
19 7 9902 8.70 x-ray source(604) SB2(711)P_orb = 25.34 days, e = 0.5, gamma = +56.3, K_1/K_2 = 29.9
20 7            /29.9, m_1/m_2 = 1.0 (711). X-ray source 1E0134.4+2027,
21 7            L_x = 3.16*10^29 erg/s, F9V, v sin i = 11+/-0.4 [probably
22 7            primary component] (604).
23 8 11150 SAO 312 7.60 HK emission(793) ?  K0 (147)
24 9 16287 8.10 x-ray source(604) SB1(711)P_orb = 14.8265 days, e = 0.2, gamma = +22.4, K_1 = 10.4
25 9            (711). X-ray source 1E0234.2-0321, L_x = 0.20*10^29
26 9            erg/s, K2V, v sin i < 10 (604).
27 10 16884 9.30 H_a em.(756) SB?  (756) noted large velocity difference between H_alpha
28 10            emission and Na_D absorption and suggest circumstellar
29 10            shell. Weak TiO absorption (756). IR excess but no
30 10            variability in the JHKL magnitudes (756). HD spectral
31 10            type K0, (756) suggest late K or early M.
32 11 18645 SAO 130230 8.10 HK emission(793) ?  G0 (147)
33 12 19745 9.10 ?   ?  IRAS source 03062-6538. Michigan spectral type K1III
34 13 22670 EXO0336+0920 9.10 x-ray source(868) ?  (756). Possibly low-amplitude variable star with deltaV =
35 13            0.02 mag. Spectral type G4V according to (868) who also
36 13            noted H and K emission lines.
37 14 23386 V969 Tau 9.48 ?   ?  G0V, photometric variable (773).
38 15 28033 vB 62 7.38 ?   SB1(378)P_orb = 8.55 days, F8V (378), Hyades binary. One velocity
39 15            in (372).
40 16 29697 9.00 strong HK em.(646) ?  (646) mentioned "exceptionally enhanced CaII H & K
41 16            emission" and predict a period of ~14 days from their
42 16            activity-rotation relation. Its H & K emission has
43 16            already been measured at Mt. Wilson (624). HD spectral
44 16            type K2 (147).
45 17 30738 vB 121 7.29 ?   SB1(378)Rotationally broadened lines (378), F8 (147). Hyades
46 17            binary. P_orb = 5.75 days, e = 0.35 (378).
47 18 31181 vB 166 9.57 ?   SB2(777)P_orb = 7.86 days, e = 0, F7V/G7V, v sin i = 7/? km/s
48 18            (777). B-magnitude difference of 2.6 mag (777).
49 19 35850 EXO0524-1156 6.26 x-ray source(868) ?  Suspected light variable with deltaV = 0.02 mag (868).
50 19            (868) also noted H and K emission lines.
Result truncated to 50 rows
Show constraint information
V/76/refs
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Chromospherically Active Binaries (Strassmeier+ 1993)
References (883 rows)
 
Full

ref

text

1 1ABT H. A.: 1965, PASP 77, 367.
2 2ABT H. A., DUKES R. J. & WEAVER W. B.: 1969, ApJ 157, 717.
3 3AGRAWAL P. C., RIEGLER G. R. & GARMIRE G. P.: 1980, MNRAS 190, 853.
4 4ALLEN C. W.: 1973, Astrophysical Quantities (London: Athlone Press).
5 5ANDERSEN J., NORDSTROM B. & OLSEN E. H.: 1980, IBVS 1821.
6 6ARNOLD C. N., HALL D. S., MONTLE R. E. & STUHLINGER T. W.: 1979, Acta Astr. 29, 243.
7 7ASLAN Z.: 1981, IBVS 1941.
8 8AYRES T. R. & LINSKY J. L.: 1982, ApJ 254, 168.
9 9BELL B. M., HALL D. S. & MARCIALIS R. L.: 1983, IBVS 2272.
10 10BENNETT W. W., EVANS D. S. & LAING J. D.: 1962, Roy. Obs. Bull. No. 61.
11 11BLANCO C. & CATALANO S.: 1970, A&A 4, 482.
12 12BLANCO C., CATALANO S., CERRUTI-SOLA M., MARILLI E., RODONO M., SCALTRITI F. & STRAZZULLA G.: 1980, Mem. S. A. It. 51, 675.
13 13BLOOMER R. H., HANSON W. A., FRIED R. E., HALL D. S. & HENRY G. W.: 1983, ApJ 270, L79.
14 14BOLTON C. T., ASLAN Z., KAMPER K. W. & LYONS R. W.: 1981, AJ 86, 1267.
15 15BOPP B. W.: 1981, AJ 86, 771.
16 16BOPP B. W. & FEKEL F. C.: 1976, AJ 81, 771.
17 17BOPP B. W. & HEARNSHAW J. B.: 1983, ApJ 267, 653.
18 18BOPP B. W. & TALCOTT J. C.: 1978, AJ 83, 1517.
19 19BOPP B. W. & TALCOTT J. C.: 1980, AJ 85, 55.
20 20BOPP B. W., FEKEL F., HALL D. S., HENRY G. W. & LANDIS H. J.: 1977, IBVS 1352.
21 21BOPP B. W., FEKEL F., GRIFFIN R. F., BEAVERS W. I., GUNN J. E. & EDWARDS D.: 1979, AJ 84, 1763.
22 22BOPP B. W., FEKEL F. C., HALL D. S., HENRY G. W., NOAH P. V., AFRICANO J., WILKERSON M. S. & BEAVERS W. I.: 1982, AJ 87, 1035.
23 23BOYD R. W. et al.: 1983, Ap&SS 90, 197.
24 24BUDDING E., KADOURI T. H. & GIMENEZ A.: 1982, Ap&SS 88, 453.
25 25BURKE E. W., BAKER J. E., FEKEL F. C., HALL D. S. & HENRY G. W.: 1982, IBVS 2111.
26 26CANNON J. B.: 1910, JRAS Can. 4, 452.
27 27CARLOS R. C. & POPPER D. M.: 1971, PASP 83, 504.
28 28CATALANO S. & RODONO M.: 1974, PASP 86, 390.
29 29CERRUTI-SOLA M., SCALTRITI F., BLANCO C., CATALANO S., MARILLI E., RODONO M., STRAZZULA G. & CHAMBLISS C. R.: 1980, A&AS 42, 245.
30 30CESTER B. H. & PUCILLO M.: 1976, PASP 46, 197.
31 31CHAMBLISS C. R.: 1976, PASP 88, 762.
32 32COATES D. W., INNIS J. L., MOON T. T. & THOMPSON K.: 1983, IBVS 2248.
33 33COATES D. W., HALPRIN L., SARTORI P. A. & THOMPSON K.: 1983, MNRAS 202, 427.
34 34COLLIER A. C., HEARNSHAW J. B. & AUSTIN R. R. D.: 1981, MNRAS 197, 769.
35 35COLLIER A. C., HAYNES R. F., SLEE O. B., WRIGHT A. E. & HILLIER D. J.: 1982, MNRAS 200, 869.
36 36CRAMPTON D., DOBIAS J. & MARGAN B.: 1979, ApJ 234, 993.
37 37CONTI P. S.: 1967, ApJ 149, 629.
38 38EATON J. A. & HALL D. S.: 1979, ApJ 227, 907.
39 39EATON J. A., HALL D. S. & HENRY G. W.: 1980, IBVS 1862.
40 40EATON J. A., HALL D. S., HENRY G. W., VAUCHER C. A., LOUTH H. & SKILLMAN D. R.: 1981, Ap&SS 80, 405.
41 41EATON J.A. et al.: 1983, Ap&SS 89, 53.
42 42EGGEN O. J.: 1966, Roy. Obs. Bull. No. 120.
43 43EGGEN O. J.: 1968, Roy. Obs. Bull. No. 137.
44 44EGGEN O. J.: 1978, IBVS 1426.
45 45EILEK J. A. & WALKER G. A. H.: 1976, PASP 88, 137.
46 46EVREN S., ERTAN A. Y., TUNCA Z., IBANOGLU C., KURUTAC M. & TUMER O.: 1982, Ap&SS 87, 51.
47 47FEKEL F. C.: 1983, ApJ 268, 274.
48 48FEKEL F. C., HALL D. S., HENRY G. W., LANDIS H. J. & RENNER T. R.: 1982, IBVS 2110.
49 49FELDMAN P. A., TAYLOR A. R., GREGORY P. C., SEAQUIST E. R., BALONEK T. J. & COHEN N. L.: 1978, AJ 83, 1471.
50 50FERNIE J. D., HUBE J. O. & SCHMITT J. L.: 1968, IBVS 263.
Result truncated to 50 rows
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