ADS Search Engine | Simbad Search Engine | JCMT Index | Links to Other References
Reference L1 links: Text Reference L2 links: Text Links to other Lists: Cores without Stars
Figures Figures Cores with Stars
Tables Tables


Key:
D = Detected
ND = Not Detected
(---) = no observation made
Molecular Cloud Cores
(With and Without Associated Stars)

note: These names and coordinates are designed and adjusted specifically for SIRTF observation
AOR RA (J2000) Dec (J2000) # of Cores
included
in this AOR
Actual Core Name
(if different from AOR)
Associated
Star (y/n)
hms deg'"
L1355 02 53 12.2 68 55 52 1 n
IRAM04191+1522 04 21 56.9 15 29 47 1 y
L1521B-2 04 23 37.0 26 40 06 1 n
L1521F 04 28 39.8 26 51 35 1 n
L1521-2 04 29 31.8 26 59 59 1 n
L1524-4 04 30 5.7 24 25 16 1 n
B18-1 04 31 57.7 24 32 30 1 n
B18-2 04 32 36.7 24 52 05 1 n
TMC2 04 32 48.7 24 24 12 1 n
B18-5 04 35 53.0 24 09 32 1 n
TMC1-1C- 2 4 41 04.00 26 09 08.0 1 y
TMC1-2 04 41 10.00 25 49 28.0 1 y
TMC1-1C- 1 04 41 33.00 26 00 42.0 1 n
TMC1-1 04 41 44.00 25 42 22.0 1 n
L1507A 04 42 38.6 29 43 45 1 n
CB28 5 06 16.00 -3 56 29.0 1 y
L1582A 05 32 03.4 12 31 05 1 n
RNO43 5 32 27.90 12 53 11.0 1 y
IRAS05413 05 43 51.5 -01 02 52 1 y
B35A 05 44 37.0 09 10 13 1 y
L1622A 05 54 50.00 01 56 09.0 1 n
BHR22 07 14 12.2 -48 29 10 1 n
DC256.2- 14.1 7 19 16.00 -44 34 29.0 1 y
BHR14 07 29 32.7 -41 10 30 1 n
BHR16 08 05 26.3 -39 08 56 1 n
CG30/31 08 09 04.00 -36 00 51.0 4 CG30 y
CG31A n
CG31B n
CG31C n
DC252.5+0.1 8 14 21.00 -34 29 13.0 1 y
DC2573- 25 08 17 09.3 -39 52 25 1 n
Sa109 08 21 01.3 -49 37 52 1 y
DC2660- 75-1 08 21 22.9 -49 50 47 1 n
DC267.4- 7.5 08 25 48.30 -51 01 18.0 1 y
DC2675- 74 08 26 37.00 -51 02 31.0 1 n
DC267.2- 7.2 8 26 34.00 -50 40 03.0 1 y
DC267.7- 7.4 8 27 29.00 -51 10 38.0 1 y
DC253.6+2.9 8 28 44.00 -33 45 12.0 1 y
DC2676- 60 08 34 15.00 -50 21 23.0 1 n
DC2694+30 9 22 22.00 -45 50 25.0 1 n
DC2742- 04 09 28 47.0 -51 36 40 1 n
BHR47 09 31 02.8 -48 38 22 1 n
DC275.9+1.9 9 46 46.00 -51 05 12.0 1 y
DC2910- 35 10 59 43.00 -63 43 43.0 1 n
DC2971-161-1 11 02 31.00 -77 43 43.0 1 n
BHR59 11 06 52.00 -62 06 43.0 1 n
DC297.7- 2.8 12 01 35.9 -65 08 37 1 y
DC3002- 35 12 24 19.00 -66 11 52.0 1 n
BHR76 12 28 28.00 -65 53 36.0 1 n
Mu8 12 29 35.00 -71 09 35.0 1 n
DC3007- 10 12 31 34.00 -63 44 32.0 1 n
DC3023- 177 12 35 25.3 -80 30 03 1 n
BHR78 12 36 15.00 -63 11 39.0 1 n
DC3026- 159 12 44 57.6 -78 48 21 1 n
DC302.1+7.4 12 45 38.5 -55 25 18 1 y
DC303.8- 14.2 13 07 35.7 -77 00 05 1 y
DC3272+18 15 42 19.2 -52 48 09 1 n
BHR115 15 50 25 -45 30 30 1 n
L134A 15 53 34.00 -4 34 21.0 1 n
DC3391+117-2 15 59 03.6 -37 36 57 1 n
DC3369+83 16 02 32.00 -41 40 37.0 1 n
DC3386+95 16 04 28.00 -39 37 56.0 1 n
DC3376+76 16 08 21.00 -41 42 19.0 1 n
DC3369+51 16 14 04.00 -44 02 18.0 1 n
Sa187 16 32 50.00 -44 57 54.0 1 y
L43 16 34 36.2 -15 46 57 1 n
DC3460+78 16 36 54.70 -35 36 08.0 1 n
DC3464+79 16 37 33.00 -35 14 11.0 1 n
DC3463+78 16 37 44.9 -35 27 53 1 n
L260 16 47 07.70 -9 35 56.0 1 y
L158 16 47 08.00 -13 58 05.0 1 y
L204C-2 16 47 39.00 -12 21 09.0 1 n
L234E 16 48 09.00 -10 55 26.0 1 n
L63 16 50 11.00 -18 04 34.0 1 n
CB68 16 57 20.5 -16 09 02 1 y
B59 17 11 22.1 -27 24 28 1 y
L100 17 16 01.00 -20 57 21.0 1 y
L1772 17 19 32.7 -26 44 40 1 n
DC345.4- 4.0 17 22 54.5 -43 22 13 1 y
B72 17 23 45.00 -23 41 28.0 1 n
DC3479- 44 17 32 27.00 -41 34 15.0 1 n
BHR142 18 03 02.6 -46 39 49 1 n
L462-1 18 07 34.00 -4 41 18.0 1 n
L422 18 12 06.00 -8 05 36.0 1 n
L438 18 14 06.00 -7 08 18 1 n
CB125 18 15 34.7 -18 12 15.0 1 n
L492 18 15 49.00 -3 45 30.0 1 n
CB130-3 18 16 12.00 -2 25 24.0 1 n
L328 18 17 00.00 -18 01 54.0 1 n
L429-C 18 17 09.00 -08 17 56.0 1 n
L483 18 17 28.00 -4 38 53.0 1 y
L723 19 17 53.16 19 12 16.6 1 y
CB188 19 20 15.00 +11 36 08.0 1 y
L673 19 20 37.60 11 19 12.0 1 y
L673-7 19 21 46.00 11 20 07.0 1 n
L675 19 23 52.6 11 07 39 1 n
L778 19 26 32.6 23 58 15 1 y
L694-2 19 41 12.00 10 56 51.0 1 n
L1152 20 35 46.00 67 54 07.0 1 y
CB224 20 36 20.3 63 52 55 1 y
L1041-2 20 37 20.70 57 44 13.0 1 n
L1157 20 39 06.20 68 02 16.0 1 y
L1148 20 40 59.00 67 21 27.0 1 n
L1155C-2 20 43 06.00 67 49 56.0 1 n
L1155E 20 44 00.00 67 39 25 1 n
L1082C-2 20 49 36.00 60 14 09.0 1 n
L1082C 20 51 27.6 60 18 35 1 y
L1082A 20 53 34.00 60 13 41.0 1 y
L1228 20 57 11.81 77 35 47.9 1 y
Bern48 20 59 14.10 78 23 13.0 1 y
L1172A 21 02 24.1 67 54 08 1 y
CB230 21 17 43.00 +68 18 24.0 1 y
L1021 21 21 47.00 50 58 16.0 1 n
L1014 21 24 01.7 49 59 26 1 n
L1103-2 21 42 16.0 56 44 20 1 n
L1165 22 07 07.00 59 07 03.0 1 y
L1221 22 28 03.00 69 01 12.0 1 y
L1251A 22 30 00.50 75 44 16.0 1 n
L1251C 22 35 14.00 75 15 55.0 1 y
L1197 22 37 10.00 58 55 51.0 1 n


Back to Top
The compilation of this database utilized the SIMBAD database, operated at CDS, Strasbourg, France
Reference Info:
"L1" = The Astrophysical Journal, 526:788-805, 1999 December 1. Copyright 1999.
The American Astronomical Society. All rights reserved. Printed in U.S.A.
A Survey of Infall Motions toward Starless Cores. I. CS (21) and N2H+ (10) Observations
Chang Won Lee, Philip C. Myers and Mario Tafalla.
Received 1999 March 18; accepted 1999 July 15
"L2" = The Astrophysical Journal Supplement Series, 136:703-734, 2001 October. Copyright 2001.
The American Astronomical Society. All rights reserved. Printed in U.S.A.
A Survey for Infall Motions toward Starless Cores. II. CS (21) and N2H+ (10) Mapping Observations
Chang Won Lee, Philip C. Myers and Mario Tafalla.
Received 2000 November 20; accepted 2001 May 29
"WK" Ward-Thompson, Kirk, Crutcher, Greaves, Holland, and Andre, 2000, ApJ, 537, L135
"L7" Paper in preparation, Chang Won Lee.
"V" Visser, Richer, & Chandler, 2001, accepted by MNRAS


This site was last updated on: 10-June-03