TABLE 1
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.
592* 508 +20 b 351 K0,2 III 351, * 351 351 351 FS 208
508
593 +1.49 J 427 325 <15 141 pr 427 427 233 Cha 2
426
594 298 23 141 M0,1 298 pr 298 298 tt 233 Cha 2
426
595* +1.63 ? 58 58 K2: 421 pr 421 421 * 58, FS 256,58
421
596 Beq 5, pr 5 142 ae 222 FS 284
149
597 +1.38 J 427 + 4 a 140 K7,M0 (Li) 17, 3.3 140, 17,140 tt 426 B228,Lup 1
140 17
248 +1.09 J 427 243 48 - 5 a 140, K2 V(Li) 212, 6.8 140, 17,140 tt 463 B228,Lup1
46 17 17 426
598 17 M1: 17 306 17 17 tt 463 B228,Lup1
426
249 +1.53 J 427 243 M1.5 17 90 17 17 tt 463 B228,Lup1
426
599 +1.81 J 427 17 M4 17 155 17 17 tt 463 B228,Lup1
426
600 K7,M0 17 97 17 17 tt 463 B228,Lup1
426
601 +2.09 J 427 17 M1.5 17 50 17 17 tt 463 B228,Lup1
426
602 M3 398 62 398 398 tt 398
250 +0.98v J 427 155 15 - 5 c 212 K7 V(Li) 212, 38.6 17 12, 17 tt 463 B228,Lup1
17 426
603 +1.24 J 427 17 243 <15 - 5 a 140 M0 (Li) 17, 17 17, 17,140 tt 426 Lup 1
140 140
604 +0.87 J 427 17 M5.5 17, 36 17 17 tt 463 Lup 2
426 426
605 +1.20 J 427 17 143 <15 - 3 a 140 M0 (Li) 17, 7 17, 17 tt 463 Lup 2
140 140 140 426
251* +0.53 +1.04 C 273,273, 17 438 232 -0.5 b 428 K 17, 216 17 17,428, tt 463 Lup 2
145 145 157 428 38,145 426
606 +1.69 J 427 243 K,M 17 pr 17 17 426 Lup 4
607 +1.65 J 427 M1 17 10 17 17 426 Lup 4
608 G5 HD pr 118a
118a
609 +1.28 J 427 17 243 K7,M0 17 22 17 17 tt 426 Lup 4
252* +0.59 +1.15 C 273,273,155,129 243 * 25 + 1 c 46, K0,1 V(Li) 212, var * 17,314, tt hrc Lup 3,4
314 212 314 129
610 +1.48 J 427 M1.5 17 53 17 17 tt 426 Lup 4
253* 155 243 hrc,213 - 8: c 212 M0: V(Li) 212, 43 17 17, * tt hrc Lup 3
17
611 mid-K 118a pr 118a 118a
612 +1.07 J 427 17 243 M1 17 220 17 17,427, tt 463 Lup 3
426 426
613 +1.92 J 427 17 K7 17 28 17 17 tt 463 Lup 3
426
614 M0 17 96 17 17 tt 463 Lup 3
426
615 +1.62 J 427 243 M1.5 17 11 17 17 tt 426 Lup 3
616 +1.33 J 427,140 243 <15 - 1 a 140 K7,M0 (Li) 17, 20 140, 17,140 tt 125 Lup 3
125 140 17 426
617* 299, K? * 17, 377 17 299, 17, * 463, Lup 3
295 299 295 426
618 17 M4 17 33 17 17 tt 463 Lup 3
426
619* +0.20 +0.42 C 273,273,469 477,193, 468,469, 180 138 A7e III,IV 466 7 139 471 ae 125 Lup 3
* 53 125
620 +1.41 J 427, 17 243 M0.5 17 0.5 17 17 125 Lup 3
125 426
621 +1.60 J 427 17 M1: 17 60 17 17 tt 463 Lup 3
426
622 17 243 M0.5 17 145 17 17 tt 463 Lup 3
426
623 +1.31: +2.40: E 125 M2 463 pr 463 125 Lup 3
426
624 +1.00 J 427 17 M4 17 90 17 17,427 tt 426 Lup 4
625 +1.38 J 427 17 M1 17 3.9 17 17 463 Lup 3
426
626 M2 17 20 17 17 tt 463 Lup 3
426
627 17 M5 17, 4.5 17 17 463 Lup 3
426 426
628 +1.43 J 427 M3 17 6.1 17 17 tt 463 Lup 3
426
629 +1.90 J 427 M2 17 251 17 17 tt 463 Lup 3
426
630 502 K2 IV(Li) 502 0.6 502 502 tt 502 (B40)
631* +1.32 J 427 17 243 M0 17 1.6 17 17 463 Lup 3
426
632* K5 93 55 93 93 tt hrc (B40)
254* 82,155 15 135 - 25 b 212 K5 V(Li) *, 155 93 93,212, tt hrc (B40)
100 93 303,337
633 502 K1 IV(Li) 502 pr 502 502 tt 502 (B40)
634* 502 K0 IV(Li) 502 0.3 502 502 tt 502 (B40)
256 +1.11 J 404, 82,404 243 K5,7 93, 123 93, 402 hrc,
402 404 404 93 524
257 +1.77 J 404, 82,404 K6,7 93, 49 93, 93, 17, tt hrc, B42
402 17 17 402 524
258 +1.16 +2.28 i 402,404 M0 93 167 93 93 tt 457, B42
76 524
635 332 M 332 2.5 332 332 B42
636 332,243 7 46 M0 46 3.1 332 332 332 B42
259 +1.70 +2.87 J 76, 82,404,127 332,243 9 46 K6,7 46, 84 93, 93 tt 457 B42
404 93 480
637* +2.24 +4.21 J 76,404,307,126 332,133 133, 10 G,K 404, * 404,133 ? 332 B42
404 133
638* +1.83 +3.33 J 76, 76 late K 404 pr 404 tt 118 B42
402
260* F5 ? hrc 118 B42
639* +2.27 +4.15 J 76, 76 pr 524 524 B42
402
261 +1.53 J 404,404 K5 93 36 93 93 tt hrc, B42
402 524
262* 404,127, 82 K2: 93 76 93 93 tt 457, B42
524
262* 404,127, 82 M0.5 93 24 93 93 tt 457, B42
524
640* 332 M 332 6.2 332 332, B42
524
641* 332 M 332 5.5 332 332, B42
524
263* +1.61 J 404, 82,404 332,243 21: 46 M1,2 93, 4 93, 93,402 457 B42
402 46 402
264 +1.21 J 404, 82,155,404, 332,243 16 46 K5,7 93, 12 93 93,402, tt 457, B42
402 127 404 480 524
642* 332 K7,M0 * pr * 332 B42
265* +1.62 J 404, 82,404 243 M1.5 93, 42* 93, 93,402, tt 457, B42
402 17 402 17 524
643 +2.16 +3.88 J 404,404 332 >K7 402 16 402 402,404 tt 457, B42
76 524
266 +1.22 +2.48 i 402 82,155,404 332,243 M1.5 93, 41 93, 93,402, tt 457, B42
404 402 303 524
644* K3 hrc, hk 404 hrc, B42
404 524
267* M0 93 45 93 93 tt hrc, B42
524
268 +1.02 +1.85 i 402 82,404 332,243 17 46 K2,3 93, 54 93, 93, 17 tt hrc, B44
17 17 524
645* 12 9 9 380, Nor 1
9
646* 382,169 169,102 F8eqIII(Li) 169, 3v 169 382,169, fu 382, Nor 1
102 102 169
647 +1.33 +2.52 i 402 404 332,243 8 46 M0: 404, 7 402 402 118 B44
402
648 404 M1:? 404 pr 404 524 B44
649 +1.48 +1.42 J 223 223 G5: 223 pr 223 223 tt 223 L43
312
650 +1.89 +1.39 J 223 223 312 223 L43
651 K7,M0 V pr 223 tt L152
652 502 K4,5 (Li) 502 0.6 502 502 tt 502 L162
653 late K (Li) 502 35 502 502 tt 502 L162
654 502 M2,3 (Li) 502 70 502 502 tt 502 L162
270 155,100 243 135 -10 b 212 K5 (Li) 93, 71 93 302 tt 502 L162
212
271* +0.34 +0.68 C 273 155 243 232 F5e V(Li) * pr * tt anon
655* 156 Bep? 222 pr 222,419a ae 482 anon
656* K2 V(Li) 214 pr 214 tt anon
657 K7 V(Li) 214 pr 214 419a tt 459, B59?
464
272* 82,155 G 93 1.3 93 93 ? hrc B59
273* 3 B,Ae 203, 22 139 93, 6, a? hrc, B59
93 203 464
274 K7 93 35 93 93 tt hrc B59
275* K7 93 28 93 93 tt 464 B59
275* M5 93 18 93 93 tt 464 B59
276 M0 93 115 93 93 tt 464 B59
658* 388 M0 388 3.4 388 388 388 B62
659 388 M2 388 19 388 388 tt 388 B62
660 388 M3 388 32 388 388 tt 388 B62
661 388 M0.5 388 6.5 388 388 tt 388 B62
277 G4 93 26 93 93,201 tt 201 NGC 6514
279 K5 93 60 93 93 tt 201 NGC 6523
278 K5: 93 34 93 93,201 tt 201 NGC 6523
The original HTML version of the Herbig-Bell Catalog
was prepared by Karen Strom.
Maintained by Alan D. Welty
(welty@stsci.edu)
Last update: 1999 February 19