HBC V-R V-I VRI Infrared UV,Xray Radio Light v sini Radial RV Spectral Sp. W(H
) H Spectrum ID Location
No. ref. refs. refs. refs. curve (km/s) vel. ref. type ref. ref. ref. Type ref.
429* +0.94 +1.92 C 506,506 132 409 +13 b 344 K7,M0 V(Li) 344 9v 344 502,344 wt 410 L1542,44
409
430* +0.16 +0.34 C 226, 80,155,273, 478 527 A3e III 474 20v 276 276 ? 377 L1615?
273 478
82 K5 93 52 93 93 tt hrc NGC 1788
81* K3: hrc 410
80* +0.80 +1.39 J 91, 80, 91,155, * 135 hrc 20: +14: a 189, K1: 340, 84v 93, * tt 410
* 100 340 60 423
431* 357 B:e 357 1 357 a? *
83* 538 pr 444 hrc tt hrc L1634
84* +0.56 +1.12 C 226, 80, 91,155, 65 hrc,236 48: +23 b 212, F8:e V(Li) * 10v 236, * su 182 anon
236 100 46 93
85* +0.91 +0.67 J 91, 80, 91,155, 65,159, 40 +33.6 a 189, G5 (Li) * 46 91, 303,302, tt 119 B225
* 87 438 46 423 93,187
86* 82, 93 243 +34 b 212,G8III,V(Li) 212, 25v 236, 93,257, tt 119 B225
257 * 93 458
432* late F 118a pr 118a 359
87 93 -22: c 257 K7,M0 125 93 93,257 tt 119 B30
88* 93 K7 93 1.5 93 93 119 B30
89 93 K1 93 28 93 93 119 B30
433* M3 93 45 93 93 tt 119 B30
90 93 K7 93 46 93 93 tt 119 B30
91 93 +40: c 257 K5 18 93 93,257 tt 119 B30
92 124,162 K,M? 124 ? 162
93 82, 93 K4 93 36 93 93,458 tt 119, B30
203
434* 487 +28 c 244 M3,4 244 pr 244 244,487
435* +0.48 +0.94 C 396 486 396,358, 358 100 +28.0 * 103, K0,2 (Li) 486 1v 486, 103,244, *
487 244 103 486
94* +0.42 +0.88 c 273 * 243 <200 var? 257, Aep 56 139 257, 93, ae 203, B30
112 47,151 119
95 93 K7 93 32 93 93 tt 119 B30
96* 93 K2 93 12 93 93 tt 119 B30
97 82, 93 M1.5,2 93 3.3 93 93,417 417
436* 80,155 F8:pe (Li) 3.4 ? *
98 hrc cont 93 273 93 93,185 tt 359 Ori
100 +0.72 J 433 93 22 +23.2 a 189 K1 93 39 93 93 tt 359 Ori
101 93 M1.5 93 19 93 93,hrc tt 181 Ori
437* M2.5 93 2.1 93 93 359 Ori
102 93 K5 93 abs 93 359 Ori
103 M0 93 35 93 93,496 tt 359 Ori
104* 93 hrc M2.5 93 24 93 93,496, tt 359 Ori
hrc
438 +0.67 J 433, 63 G,K (Li) 0.2 359 Ori
11
105 82, 93 K5 93 68 93 93 tt 417 anon
107 93 63 K7 93 6.5 93 93 183 Ori
106 93 63 hrc K4(cont) 93 99 93 93 tt 359 Ori
108 M0 93 131 93 93,496 tt 359 Ori
109 93 63 16 +26.1 a 189 K1 93 16 93 93 tt 359 Ori
110 hrc hrc M1 93 29 93 93,hrc tt 359 Ori
439 +0.98 J 433 63 279: var 499 K0nnIII(Li) 499 pr 359 Ori
440 -23: c 499 K0 V 499 hk 499 359 Ori
441* M2 93 2.8 93 93 359 Ori
111 +1.15 +1.69 J 328 328, 93 hrc K3 93 11 93 93 tt 359 Ori
442 +0.50 +0.89 J 364 364 F6ne IV,V 248, pr 359 Ori
497
443 K3 V:(Li) 446 pr 446 Sh 264
113 +0.49 +0.95 C 411,411,364, 93 243 27 +26.6 a 189,G5 IV,V(Li) 365, 8.7 93 93 tt 359 Ori
364 212 93
115 K4 93 4.4 93 93 359 Ori
114 +0.51 +1.02 J 411,328 63 225? 440 G0:n (Li) 93 20 93 93,303 su 359 Ori
365
444 +1.36 +2.47 J 365 365 M0 IV,V 499 hk 499 359 Ori
445 433 +47: c 499 K0,2 IV,V 499 hk 499 359 NGC 1973
446 +16: c 499 K5 V 499 hk 499 359 Ori
117 M2.5 93 6.7 93 93,496 tt 359 Ori
447* +1.08 +1.87 J 364 324 324 K3 III: hk 324 * 359 Ori
448 +38 c 499 K3 III-IV 499 hk 499 359 Ori
449 63 +46: c 499 K2 IV (Li) 499 hk 499 359 Ori
118 hrc 185 hk 197 tt 359 Ori
450 433 +36 b 499 K4 V 499 hk 499 359 Ori
119 +0.86 +0.97v J 1 93 277 +12: c 212, K5,M0n V 93, 76 93 93, 1, tt 359 Ori
138 212 501,hrc
451 348 243 80 138 A5e 348 pr 348,366 ae 348 Sh 264
120 93 hrc K5 93 70 93 93,197 tt 359 Ori
122 +1.04 +1.90 J 364 364 63 12? 46 K1 (Li) 93 4.1 93 93 359 Ori
124 93 M0 93 127 93 93,496 tt 359 Ori
123 93 hrc K6 93 5.1 93 93 359 Ori
125 364 63 +16 c 248 K6 (Li) 93, 11 93 93 tt 359 Ori
44
452* +1.11 +1.84 J 51,365, 51 63 G8n (Li) pr 359 Ori
365
126 +1.0 +1.8 J 364 364 +17 c 248 K2,3 (Li) 93, 47 93 93,303, tt 359 Ori
248 44
128 pr? 197 359 Ori
127 93 K3 93 45 93 93 tt 359 NGC 1981
129 +0.90 J 433 hrc K3 93 3.0 93 359 Ori
453 +2.05 C 221 364 63 K2 V(Li) 221 pr? 221 359 Ori
130 93 K4 (Li) 93 23 93 93 tt 359 Ori
454 +1.69 C 221 63 K1 V(Li) 221 pr? 221 359 Ori
131 +1.21 J 433 93 63 K7 93 16 93 93 tt 359 Ori
133 +0.96 +1.84 J 364 82,364 63 K3 93 23 93 93 tt 359 Ori
134 hrc 359 Ori
132 +0.54 +1.09 C 411 93 63 35 440 K2 (Li) 93 1.9 93 93 359 NGC 1973
135 93 63 K7 93 45 93 93 tt 359 Ori
455 +2.34 C 221 G5: (Li) 221 pr? 221 359 Ori
136 93 K1 93 6.4 93 93 359 NGC 1973
456* +0.42: +0.84: J 364, A2 V 172 * * 359 Ori
221
457* +2.08 C 221 K5 III:(Li) 221 * 359 Ori
137 +2.17 C 221 63 cont 93, 140 93 93 tt 359 Ori
197
458 +1.90 C 221 364 63 K3,4 (Li) 221 pr? 359 Ori
459* +2.06 C 221 G8,K0: (Li) 221 * 359 Ori
138 93 K7 93 66 93 93 tt 359 Ori
460 +1.67 C 221 364 F8:npe (Li) 221 pr su 359 Ori
461* +1.6: +3.1: J 364 364 63 +16 c 248 G0n V (Li)* 221 pr 221 su 359 Ori
462 +0.60 +1.04 J 365 365,155, 80 +17 c 248 G2 (Li) 248, pr 359 Ori
114
463 +0.66 +1.33 C 411,411,364 63 G1:n(Li) 308 abs 308 359 Ori
364
464* 80 166,399 A8ve * 166 pr ? 166
139 93 M0.5 93 128 93 93,496 tt 359 NGC 1981
140 hrc K6 93 55 93 93,197 tt 359 Ori
465 +0.39 +0.78 C 411,411 63 G5 IV?p(Li) 497 pr 359 Ori
433
142 M1 93 36 93 93,496 tt 359 Ori
466* K3 (Li) abs * 359 Ori
467 +0.76 +1.33 J 365,365 63 +38: c 499 K1 III-IV 499 hk 499 359 Ori
433
468 +1.03 +1.85 J 364 364 63 G0nIII:(Li) pr su 359 Ori
141 82,364 hrc G3:IV-V(Li) 365 pr 359 Ori
469 +17: c 499 K1,2 IV-V 499 hk 499 359 Ori
143 93 K7,M0 93 68 93 93,496 tt 359 NGC 1973
470 387 G,K? 387 pr 387 387 387 L1640
471* +0.47 +0.80 J 364 364,155, 80 +33 c 248 F4,8 III,V 248 pr 359 Ori
144 +1.23 +2.13 J 365 365, 82 243 hrc K6 93 34 93 93,185 tt 359 Ori
472 387 pr 387 tt 387 Ori
145 93 hrc M0.5 93 76 93 93 tt 359 L1640
146 hrc K4 93, 84 93 93 tt 359 Ori
197
148* 197 cont 197 pr 197 tt 359 Ori
147* 93 hrc -31 c 248 K6 93, 10 93 93 359 Ori
248
473 +1.11 +1.88 J 365 365 +63 c 248 M3? II,III? 499 hk 499 359 Ori
149 93 K4 93 34v 93 tt 359 NGC 1981
150* +1.4: +2.0: 364 364 243, 63 +22 b 248 K0,1 IV(Li) 172 * 359 Ori
474 385 M0 V(Li) 385 13: 385 385 tt 385 Ori
475 +1.20 +2.07 J 365,365 +22 c 499 K5 V 499 hk 499 359 Ori
328
151 93 M0 93 258 93 93 tt 181 Ori
476 +1.14 +1.98 J 365 365 63 +28 b 499 K2: V(Li) 499 pr 499 tt 359 Ori
152 93 hrc K5 93 74 93 93,185, tt 359 Ori
496
477* M1 93 32 93 93 tt 359 Ori
154* +0.26 +0.56v C 273, 81,155,273, 243 100 * 138 A3e 203 16 139 93,139 ae 359 Ori
227 316,364, 32
153 93 63 hrc K5 93 18 93 93 tt 359 Ori
478 +0.99 +1.78 J 365 365 +58 c 499 K1-2 V 499 hk 499 359 Ori
479 +0.50 +1.00 C 411,411,365 G7 IV,V(Li) 499 2.9 359 Ori
365
155* 93 63 K7,M0 93 29 93 93,197 tt 359 Ori
157 K7,M0 93 106 93 93,185 tt 359 Ori
156 93 hrc M1 93 1.4 93 93 359 Ori
158 93 K7 93 36 93 93 tt 359 Ori
480* +0.55 +1.04 C 411,411,364 3 440 G5,8 IV,V 499, hk 499 359 Ori
364 365
481* cont 93 138 93 93 tt 359 Ori
159 93 K4 93 36 93 93 tt 359 Ori
482 80,155,283 53 246,283 F2,3e 283 var 283 ? BD
162 93 hrc 24 +22.9 a 189 K6 93, 2.4 93 93 359 Ori
497
160 F5: 93 abs 93 hrc
161 K3: 93 42 93 93 tt hrc
483 94 39 +16 b 343 G8: 94 10: 343 94,343 wt 94 L1640,41
164* +0.41 +0.88 C 273 * 374,243 +22 b 203 A1:e 203 81 139 203,303, ae 359 NGC 1999
415,151
163 M1 93 23 93 93 tt 181 Ori
165 93 hrc 24 +22.9 a 189 K3 93 abs 93 359 L1640,41
166 M0 93 151 93 93,185, tt 359 Ori
496
484* M1.5 93 18 93 93 tt 359 NGC 1981
167* +0.42 +0.84 J 411, 93 243 18 440 G5: (Li) * 12 93 93 359 NGC 1981
328
485* 157 391 * 16 * 359 L1640
168 93 K0 93 68 93 93 tt 359 L1640,41
486 63 G8 V 499 hk 499 359 Ori
487 +0.51 +0.99 C 411 411 63 +25 b 499 K0 IV (Li) 499 hk 499 359 Ori
169* +0.12 +0.36 C 226, 81,157,273, 374,243 391,226 A5e+shell hrc 10 139 93 ? 359 L1640,41
273 93
488 75 75,153 M 75 pr 75 75 tt L1640
215
489* 7 318 * 7 7 318, L1641
453
172 hrc ^10 +29.5 a 189 K4 93 17 93 93 tt 389
173 389 K3 93 1.3 93 93 389
174 K5 93 36 93 93 tt hrc L1641
490* 93 M0.5 93 10 93 93 181 L1641
491 85 cont 93 105 93 93 tt 181, L1641
161
170 81,316,452, 243 395 <170 112 B8,9e 203 33 139 203, 93, ae 203 anon
3 452,151
492* B8eq 203 pr 203 anon
171 K3 93 8 93 93 203 anon
176 82 K7 93 100 93 93 tt 181, L1641
161
177 cont 93 173 93 93 tt 417
493* 155 232 B:e * pr ae 479 L1647
179 K3 93 40 93 93 tt hrc L1641
494* 386 pr 386 386 383, L1641
386
495 K6 93 13. 93 93 tt 93 L1641
496 M1 93 8. 93 93 93 L1641
497 K7,M0 93 3.9 93 93 L1641
498 K7 93 0.9 93 93 93 L1641
180 82 hrc K6 93 17 93 93 tt 322 B35
499 G7 320 10 320 320 320 L1630
181 82,100 243 K1 93 42 93 93,458 tt 93, L1641
417
500 +1.97 +3.33 J 525 G,K 320 49 320 320 tt 320 NGC 2023
182* 82 K3,5 V (Li) pr 458 tt 417 L1641
183 82 K6 93 32 93 93 tt 322 B35
184 93,306 K5 93 61 93 93 tt 322,B35
306
185* 93 K1 93 * 322 B35
501 K7,M0 93 9.0 93 93 93 L1630
186* +1.15 +2.03 J 286, 3,155, 81, 130 213,286 * +28. a 190, G: I,II * 27 207,303, fu 207, B35
273 273, 87 213 27 306
502* 448,449 M: (Li) * 6 * tt * L1627
503 K2 93 12 93 93 tt 216 L1627
504 K3 93 23 93 93 tt 216 L1627
505 cont 93 154 93 93 tt 216 L1630
506 K7 93 51 93 93 tt 216 L1627
187 cont 93 179 93 93 tt 216 L1627
507 M0.5 93 20 93 93 tt 216 L1627
508 M0 93 8.2 93 93 216 L1627
509 K7 93 20 93 93 tt 216 L1630
510 cont 93 79 93 93 tt 216 L1630
511 M0.5 93 2.9 93 93 93 L1630
512 M0 93 61 93 93 tt 216 L1630
513 M1 93 16 93 93 tt 216 L1630
514 mid-K 118a pr 118a 118a L1597
188 K4 93 23 93 93 tt hrc L1622
189 K4 93 47 93 93 tt hrc L1622
515* K2:n (Li) 212, * ? 362 L1622
378
190* K7,M0 93 24 93 93 tt hrc L1622
516* K7 93 5.1 93 hrc L1622
191 K7 93 50 93 93 tt hrc, L1617
355
517 pr 355 355 L1617
192 +0.09 +0.20 C 273 3, 81, 82, 68 110 138 B9eq 203 40v 139, 203,139, ae 203 L1586
32,100,273 68 152,151
193* 3, 87,100 F0e V 64 8 139 203, 93, ae 203 L1574
312
194 82 G8: V(Li) 64 62 93 93 tt 203 L1574
518 F6e 93 2.3 93 93 L1646
195 K0: 93 123 93 93 tt hrc L1576
519 K6 93 12 93 93 tt 93 L1646
520 K7 93 4.6 93 93 L1646
196 82 F2e 93 55 93 93 hrc NGC2183,5
197 82 F2e 93 19 93 93 hrc NGC2183,5
198 K4 93 110 93 93 tt hrc L1646
199* 3 Bep * pr ? *
200* cont 93 54 93 93 * L1605
201* B3e 93 42 93 93 * L1605
202 +1.81 +3.34 J 91, 82,224, 87, 135 hrc B8:e 224, 50: 91, 93 ae 93 IC 446
224 91 93 93
521 M0 93 20 93 93 tt 93 IC 446
522 A0 93 21 93 93 IC 446
523 318a K3 93 41 93 93 tt 93 IC 446
203 +1.18 +2.06 J 224 82,224 K4 93 20 93 93 tt hrc IC 446
524 M0 93 146 93 93 tt 93 L1605
204 224 M0 93 6.0 93 93 hrc L1605
205 224 K3 93 18 93 93 tt hrc L1605
206 K7 93 56 93 93 tt hrc L1605
525* 318a cont 93 83 93 93 tt 203 L1605
526 K7,M0 93 6.7 93 93 203 L1605
527 K4 93 40 93 93 tt 203 L1605
528* +0.43 +0.88 C 273, 81,224,273, 243 <200 112 B7 IIne 224, 25 139 93,203, ae 203 NGC 2245
224 316, 3, 93 203 151,139
529* +0.31 +0.60 C 273,224, 81,452, 243 100 138 B5:e * 55 139 203,452, * 203 NGC 2247
224 273, 32,372 151,139
530 M0 93 86 93 93 tt 203 L1605
207* +0.78 +1.38 J 328, 81,155,273, hrc, 30 251 * 85: 93, 208,251, ? 208 NGC 2261
273 91,316, 3 123 303,123
208 +0.69 +1.17 i 401 K3 93 52 93 93 tt 199 NGC 2264
209* K3,5 V(Li) pr tt hrc NGC 2264?
531* 433 <25 488 F7 V * hk 485 NGC 2264
532 M1 93 30 93 93 tt 199 NGC 2264
533 507 cont 93 28 93 93 tt 199 NGC 2264
210 93 K2 93 40 93 93 tt 199 NGC 2264
211 93 K5: 93 259 93 93 tt 199 NGC 2264
534* 433 507 131 488 G0 IV,V 494 hk 494 NGC 2264
212 +0.80 +1.54: i 401 93 K3 93 65 93 93 tt 199 NGC 2264
213 +0.78 +1.40 i 401 K4 93 9.0 93 93 tt 199 NGC 2264
215 +0.51 +1.01 i 401 G8,K0 93 7.7 93 93 tt 199 NGC 2264
214 M0 93 58 93 93,199 tt 199 NGC 2264
216 93,507 437 cont 93 211 93 93,185, tt 199 NGC 2264
496
217 +0.45 +0.87 J 331,507, 93 437 36 488 F8,G0e 93, pr 458 494 NGC 2264
433 526
218 K6 93 20 93 93 tt 199 NGC 2264
219* +0.44 +0.96 J 331, 3,507 437 B8pe+shell* 203 47 139 93,412, ae 199 NGC 2264
433 151
220 +0.72 +1.31 i 401, 93 <30 488 K3 93 26 93 93 tt 199 NGC 2264
433
221 +0.80 +1.36: i 401 K1 93 59 93 93,496 tt 199 NGC 2264
222* +0.44 +0.77 J 331,507 437 56 488 F9:e (Li) * 93 pr 536, 458,536 494 NGC 2264
401 23
223 +0.61 +1.14 i 401 <30 488 K3 93 38 93 93 tt 199 NGC 2264
224 M1 93 114 93 93,199 tt 199 NGC 2264
535* 433 F8e V (Li) 526 pr * tt 494 NGC 2264
225 +0.96 +1.69 i 401 507 <25 488 K3 93 101 93 93,199, tt 199 NGC 2264
496
226 +0.66 +1.21 i 401, <30 488 K3 93 7.0 93 93 tt 199 NGC 2264
433
536 +0.71 +1.19 J 331, G5 V 526 hk 494 NGC 2264
433
227* +0.81 +1.48: i 401 93,507 <25 488 K3 93, 14v 93, 93,199 tt 199 NGC 2264
488 *
537 K7 93 20 93 93 tt 199 NGC 2264
538* 433 36 488 G2 III,IVp * hk 23 494 NGC 2264
228 K5 93 108 93 93,hrc tt 199 NGC 2264
539 M2 93 120 93 93 tt 199 NGC 2264
229 +0.93 +1.87 i 401 507 437 K7 93 25 93 93,496 tt 199 NGC 2264
230 +0.80 +1.44 i 401 412 K3 93 16 93 93,458 tt 199 NGC 2264
231* +0.50 +0.90 i 401, 93 <25 488 F8e * 93 5v 93, 93, 23 199 NGC 2264
433 23
232 G,K: 199 pr 199 199 tt 199 NGC 2264
233 K7 93 11: 93 93 tt 199 NGC 2264
234 +0.70 +1.31: i 401 507 K3 93 40 93, 93,496, tt 199 NGC 2264
480 480
235 93 <35 488 K4 93 106 93 93,199, tt 199 NGC 2264
496
236* 93 K4 93 66 93 93 tt 199 NGC 2264
237 +0.80 +1.41 i 401 93 <25 488 K5 93 44 93 93 tt 199 NGC 2264
540 +0.84 +1.55 i 401 93 M0 93 16 93 93 tt 199 NGC 2264
541 433 hk 494 NGC 2264
238 +0.74 +1.34 i 401 93,507 437 <30 488 K2 93 49 93 93,496 tt 199 NGC 2264
239 +0.69 +1.26 i 401 K2 93 8.7 93 199 NGC 2264
542 K6 93 16 93 93 tt 199 NGC 2264
543* +0.64 +1.16 i 401 K2 93 27 93 93 tt 199 NGC 2264
544 K4 93 108 93 93 tt 199 NGC 2264
240 +0.72 +1.31 i 401 93 <25 488 K3 93 45 93 93,199, tt 199 NGC 2264
458
545 +0.65 +1.17 i 401 93 <30 488 K5 93 14 93 93 tt 199 NGC 2264
241 +0.71 +1.32 i 401 K3 93 106 93 93 tt 199 NGC 2264
242 +0.55 +1.00 i 401 K1 93 36 93 93,458 tt 199 NGC 2264
546* +1.42 +2.88 J 349 83,349 234 G?ep pr ? 83 L1653
547 83 312 83 L1654
548* 3 B6 93 22 139 93 * 203 L1657
243* +0.78 +1.55 C 273, * 243 * 104,hrc 104 B?eq pec * 10: 139, 50,139, ae 203 L1657
91 123 hrc
549 K2 93 19 93 93 tt 203 L1657
550 K0 93 35 93 93 tt 203 NGC 2327
551* 3 B5:e 93 44: 139 93 * 203 L1657
552* +0.36 +0.80 C 478,381, 49 478 49 F1:e * 49, pr 478,381 ae 381, CG 1
381 381 478
553 +1.03 +2.36 C 370 370 M1.5 370 16 370 370 tt 371 Gum
554 +1.23 +2.90 C 370 370 M2: 370 22 370 370 tt 371 Gum
555 +1.01 +2.74 C 370 370 M3 370 130 370 370 tt 371 Gum
556 +0.97 +2.82 C 370 370 M4 370 48 370 370 tt 371 Gum
557 +0.73 +1.67 C 370 370 K3: 370 60 370 370 tt 371 Gum
558 +1.04 +2.23 C 370 370 M0.5 370 19 370 370 tt 371 Gum
559 +0.66v +1.44v C 370 370 cont 370 99 370 370 tt 371 Gum
560 +0.82 +1.75 C 370 370 K7,M0 370 51 370 370 tt 371 Gum
561 +0.64 +1.21 C 370 370 K7,M0 370 70 370 370 tt 371 Gum
562 pr 381 381 371 CG 22
563* B,Ae 521 pr 521 521 ? 521 FS 43
564 +1.16 +2.35 i 403 325 M0.5 17, 21: 17, 12, 17 tt 196 Cha 1
12 403 426
565* +0.94 +1.79 i 403 422 233,259, M0: 17, 49: 17, 12, 17, tt 196 Cha 1
422,325 12 403 259 426
566 +0.81 +1.55 i 403,155 233,522, K0 403 7 403 522 tt 233 Cha 1
522 325
567* +0.92 +1.77 i 403 155,171 259,325 15 141, M0: 17, 26: 17, 17,171, tt 196 Cha 1
46 12 403 259 426
244 +0.79 +1.47 i 403,171 243 37 +14. a 140, K2 (Li) 403, 43 403, 17,140 tt 196 Cha 1
427 141 17 140 426
568* +0.75 +1.51 C 397 397 243 +6: c * K7 V(Li) 214 86v 397 397 tt *
396a
569* +0.79 +1.44 i 403 171 243 233 16 141 K5: * 17 13 17, 17,171 tt 196 Cha 1
403 426
570* +0.88 +1.63 i 403 171 243 233 K7: * 17 56 17, 17 tt 196 Cha 1
403 426
571 +1.05 +2.04 i 403 325 8 403 233 Cha 1
572 +1.32 +2.56 i 403 M2,3 17, 12v 17, 17,403 tt 196 Cha 1
403 403 426
245 +0.77 +1.52 C 273,273,171 243 32 +16. a 140, G2 V (Li) 17, 17 17, 17,140 tt 196 Cha 1
403 141 196 140 426
573 +1.16 +2.34 i 403 M1.5 17 88v 403, 403, 17, tt 196 Cha 1
17 12 426
574 +1.38 +2.69 i 403 M0.5 403 94: 403 403 tt 196 Cha 1
426
575* +1.01v i 403 155 243 325 26 141 K2 * 17 116 403, 17, 12 tt 196 Cha 1
17 426
246* +0.26 +0.52 C 273,273,171 243 A0pe+shell * 30 403 171 ae 196 Cha 1
403 hrc
576 +1.59 +2.83 i 403 17,238 em 238 196 Cha 1
426
577 M0.5 17 55 17 17 tt 196 Cha 1
426
578* +0.78 +1.49 i 403 171 243 259,325 K6 17 71 17, 17, 12 tt 196 Cha 1
403 426
579 17,238 em 238 196 Cha 1
426
580 +1.28 +2.38 i 403 171,238 325 56 141 K5: 17 54v 403, 403, 17 tt 196 Cha 1
17 426
581 +1.31 +2.61 i 403 17 K7,M0 17 51v 403, 403, 17, tt 196 Cha 1
17 12 426
582 +0.84 +1.98 C 296 17 M0 17 8.1 17 17 Cha 1
583* +1.19 +2.25 i 403 254 325 16 141 K7,M0 * 403, 52 403, 403, 17, tt 196 Cha 1
17 17 12 426
584 17 K7: 17 200 17 17 tt 196 Cha 1
626
585* +1.09 +2.57: i 403 254 M1 * 403, 313 403, 17,403, tt 196 Cha 1
17 17 12 426
586 +1.15 +2.19 i 403 M2 17 87v 403, 17,403, tt 196 Cha 1
17 12 426
587 238 K0 238 em 238 426 Cha 1
588* +0.97 J 427 238 243 K0 238 em 238 426 Cha 1
247 +0.74 +1.36 i 403 171,238 368 32 46 G8 V (Li) 196, 58 403, 368 tt 196 Cha 1
403 17 hrc
589 +1.26 +2.39 i 403 G: 196 pr 196 196 Cha 1
426
590 +0.99 +1.87 i 403 M0.5 17 32 17 17, 12 tt 196 Cha 1
426
591* 155 232,325 * ? 232 FS 195
Maintained by Alan D. Welty (welty@stsci.edu)