1989ApJ...340..823W


C.D.S. - SIMBAD4 rel 1.7 - 2021.06.17CEST00:44:25

1989ApJ...340..823W - Astrophys. J., 340, 823-852 (1989/May-1)

IRAS observations of the rho Ophiuchi infrared cluster : spectral energy distributions and luminosity function.

WILKING B.A., LADA C.J. and YOUNG E.T.

Abstract (from CDS):


Abstract Copyright:

Journal keyword(s): Clusters: Open - Infrared: Sources - Luminosity Function - Spectrophotometry - Stars: Pre-Main-Sequence

Nomenclature: Table 1: WLY 1-NN (Nos 1-64), Table 2: WLY 2-NNa (Nos 1-58, 32b). Table 4: YLW NNN (Nos 1-60).

Simbad objects: 150

goto Full paper

goto View the reference in ADS

Number of rows : 150

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2021
#notes
1 Elia 2-2 * 16 18 29.3014588486 -23 50 56.003303403       13.55 12.12 K0 9 0
2 HD 147889 Y*O 16 25 24.3162969787 -24 27 56.570239619 8.56 8.73 7.90     B2III/IV 447 1
3 EM* SR 22 Or* 16 25 24.3511816371 -24 29 44.380737012       14.52 12.88 M0e 60 0
4 GSS 15 * 16 25 35.5306140495 -24 34 01.123943515       15.66 13.39 M3-M4.5 18 0
5 YLW 19 Y*O 16 25 36.7376373343 -24 15 42.528646400   17.8 16.4 14.94 13.36 K3-K5 43 0
6 IRAS 16226-2420 TT* 16 25 39.5828608249 -24 26 34.889477995       16.78 14.84 M2 39 0
7 WLY 2-4 * 16 25 39.8594895666 -24 17 07.184614070           ~ 3 0
8 WLY 2-6 * 16 25 40.6517670001 -24 16 49.780476755           ~ 2 0
9 WLY 2-5 * 16 25 40.8043914721 -24 26 17.214627263           ~ 6 0
10 WLY 2-7 * 16 25 42.4534172311 -24 27 11.053453238           ~ 7 0
11 WLY 1-22 IR 16 25 47 -24 25.5           ~ 1 0
12 YLW 21 * 16 25 47.6936754855 -24 18 31.126196857           ~ 11 0
13 YLW 23 * 16 25 49.0571999680 -24 31 39.107365371           ~ 13 0
14 ROX 3 Or* 16 25 49.6474242025 -24 51 31.945724582     13.10 12.10 11.13 M0e 47 0
15 WLY 2-10 TT* 16 25 50.5249510923 -24 39 14.568017391     15.49 13.83 12.30 K5.5 35 0
16 WLY 2-11 TT* 16 25 56.0980512544 -24 30 14.933852680       16.80 14.52 M5 20 0
17 EM* SR 4 Or* 16 25 56.1659484606 -24 20 48.239269835     12.80 11.7 10.7 K0:Ve 161 1
18 GSS 20 TT* 16 25 57.5191102746 -24 30 31.791765578     16.37 14.77 13.05 K5.5 49 0
19 WLY 1-26 IR 16 26 01 -24 22.6           ~ 1 0
20 Haro 1-6 Or* 16 26 03.0281201322 -24 23 36.193999164   14.15 14.01 12.38 10.80 K0 209 1
21 VSSG 19 TT* 16 26 03.2984499033 -24 17 46.540322174     16.49 14.86 13.00 M2 32 0
22 Elia 2-15 Y*? 16 26 05.7700346671 -24 42 55.038437628           M: 18 0
23 EM* SR 3 Y*O 16 26 09.3231207767 -24 34 12.176811236   10.9 9.88   9.01 A0 110 0
24 GSS 26 Y*O 16 26 10.33152 -24 20 54.8232           M0 76 1
25 WLY 1-29 IR 16 26 16 -24 12.9           ~ 1 0
26 GSS 29 TT* 16 26 16.8584457266 -24 22 23.154122364       17.4 15.23 K5-K6 79 1
27 DoAr 24 TT* 16 26 17.0747576971 -24 20 21.594542024   16.06 14.21 14.02 11.57 K7.5V 103 1
28 WLY 1-30 IR 16 26 18 -24 39.6           ~ 1 0
29 Elia 2-20 TT* 16 26 18.8782824640 -24 28 19.698059817           ~ 100 1
30 GSS 30 Y*O 16 26 21.38160 -24 23 04.0524           ~ 202 1
31 VSSG 12 Y*O 16 26 22.38552 -24 22 52.9464           ~ 52 0
32 WLY 1-33 IR 16 26 23 -24 10.2           ~ 1 0
33 GSS 31 TT* 16 26 23.3694945462 -24 20 59.580653864   15.9 14.70 14.33 11.53 K0e 138 1
34 DoAr 25 TT* 16 26 23.6911216715 -24 43 13.886717283       12.65   K5 135 0
35 GSS 32 TT* 16 26 24.0521249616 -24 24 48.105099750       17.81 15.58 K5-K6 98 1
36 Elia 2-24 TT* 16 26 24.0896068058 -24 16 13.456681632   16.3 14.40 15.81 13.97 K6 134 1
37 VSSG 27 Y*O 16 26 30.46896 -24 22 57.1440           M 60 1
38 YLW 35 Y*O 16 26 31.03680 -24 31 05.2248           ~ 21 1
39 WLY 2-15 * 16 26 31.62072 -24 31 41.0736           ~ 8 0
40 GSS 35 TT* 16 26 34.1750440278 -24 23 28.331873112     16.53 14.75 12.51 B3 224 1
41 VSSG 4 Y*O 16 26 37.78680 -24 23 00.7476           ~ 29 0
42 WLY 1-37 IR 16 26 40 -24 12.0           ~ 1 0
43 WLY 2-16 Y*O 16 26 40.83456 -24 30 50.9508           M5.75 19 0
44 [GY92] 93 TT* 16 26 41.2758774571 -24 40 17.853342857       15.41 13.37 M5 55 0
45 WL 8 Y*O 16 26 42.01776 -24 33 26.2332           ~ 21 0
46 WL 7 Y*O 16 26 42.14328 -24 31 02.9460           ~ 33 0
47 WLY 2-18 Y*O 16 26 42.73560 -24 24 27.7200           ~ 6 0
48 GSS 37 TT* 16 26 42.85416 -24 20 29.8608       16.29 14.08 K7-M2 76 1
49 VSSG 11 TT* 16 26 43.7653879511 -24 16 33.287042569           ~ 46 1
50 VSSG 30 Y*O 16 26 44.19504 -24 34 48.3492           ~ 129 0
51 GSS 39 Y*O 16 26 45.0321556934 -24 23 07.808781522           M0 154 1
52 YLW 37 TT* 16 26 46.4318675036 -24 12 00.041276484   17.15   13.90 12.37 G3.5 54 0
53 WL 2 Y*O 16 26 48.48624 -24 28 38.9064           ~ 57 1
54 WL 18 TT* 16 26 48.9801383800 -24 38 25.150629987       19.33 17.38 M3.5 65 0
55 VSSG 3 Y*O 16 26 49.2334185887 -24 20 03.409036777           ~ 45 1
56 WLY 1-40 IR 16 26 51 -24 24.2           ~ 1 0
57 YLW 1A TT* 16 26 51.1109449971 -24 20 50.752881529           ~ 9 0
58 VSSG 10 Y*O 16 26 51.7000883373 -24 14 41.525025604           ~ 8 0
59 WLY 1-1 IR 16 26 52 -24 21.3           ~ 1 0
60 WLY 1-41 IR 16 26 52 -24 09.0           ~ 1 0
61 GSS 40 Y*? 16 26 53.86296 -24 22 27.9804           ~ 14 0
62 VSSG 5 Y*O 16 26 54.44376 -24 26 20.7204           ~ 42 1
63 GSS 41 TT* 16 26 55.31160 -24 20 27.8124           ~ 13 0
64 WL 21 Y*O 16 26 57.33000 -24 35 38.8032           M6 41 0
65 YLW 1C Y*O 16 26 58.39608 -24 21 29.9808           M6 33 0
66 EM* SR 24B TT* 16 26 58.4363490468 -24 45 32.211217104           M0.5e 79 0
67 EM* SR 24A TT* 16 26 58.5027167088 -24 45 36.698300286       14.15 12.87 K1 94 0
68 Haro 1-7 ** 16 26 58.53 -24 45 35.3           K2:e+M0.5e 98 0
69 WL 14 Y*O 16 26 59.04984 -24 35 56.8788           ~ 51 0
70 WL 22 TT* 16 26 59.16720 -24 34 58.8072           ~ 64 0
71 VSSG 8 TT* 16 27 01.61856 -24 21 37.0404           ~ 16 0
72 WL 16 Y*O 16 27 02.33520 -24 37 27.2316           A0-F3 153 0
73 VSSG 9 Y*? 16 27 02.8614106945 -24 18 54.705912516           ~ 11 0
74 VSSG 31 Y*O 16 27 04.10688 -24 28 29.9136           ~ 59 1
75 VSSG 21 Y*O 16 27 05.1731883030 -24 20 07.727932164           ~ 17 1
76 YLW 10A TT* 16 27 05.97576 -24 26 18.5172           ~ 22 1
77 WLY 1-42 IR 16 27 06 -24 14.2           ~ 1 0
78 WL 17 Y*O 16 27 06.77616 -24 38 14.9964           ~ 90 0
79 WL 10 Y*O 16 27 09.1086301538 -24 34 08.290873154           K9 66 0
80 Elia 2-29 Y*O 16 27 09.43032 -24 37 18.7716           ~ 270 1
81 EM* SR 25 Em* 16 27 10.0508427520 -24 45 34.372806329   15.62 14.16 14.17   K5 9 0
82 EM* SR 21A TT* 16 27 10.2776332501 -24 19 12.620553212   16.08 14.10     G1 246 1
83 WL 9 Y*O 16 27 10.34664 -24 33 22.6692           ~ 23 0
84 WLY 1-43 Y*O 16 27 11.17992 -24 40 46.6680           ~ 56 0
85 WLY 2-32 Y*O 16 27 11.68224 -24 23 41.9748           ~ 19 0
86 WL 19 Y*O 16 27 11.71416 -24 38 32.0604           ~ 68 0
87 WL 11 Y*O 16 27 12.13128 -24 34 49.1412           M2 43 0
88 VSSG 24 Y*O 16 27 13.7333005776 -24 18 16.861146661           ~ 34 1
89 [GY92] 235 Y*O 16 27 13.8208549477 -24 43 31.648188013           M3.5 39 0
90 WLY 1-11 IR 16 27 14 -24 38.5           ~ 1 0
91 WLY 2-33 Y*O 16 27 14.50512 -24 26 46.0860           ~ 32 0
92 YLW 10B Y*O 16 27 15.45432 -24 26 39.8004           ~ 48 0
93 WLY 2-35 Y*O 16 27 15.51408 -24 30 53.6832           ~ 31 0
94 WL 20 Y*O 16 27 15.69840 -24 38 43.4364           ~ 78 0
95 NAME WL 20E Y*O 16 27 15.87648 -24 38 43.3896           ~ 71 0
96 YLW 10C Y*O 16 27 15.88488 -24 25 14.1924           ~ 27 0
97 YLW 12A Y*O 16 27 17.57160 -24 28 56.2944           ~ 66 0
98 WL 5 TT* 16 27 18.17064 -24 28 52.6800           ~ 88 0
99 VSSG 26 Y*O 16 27 18.48720 -24 29 05.9136           ~ 85 0
100 WL 3 Y*O 16 27 19.21584 -24 28 43.8528           K7 62 0
101 EM* SR 12 Or* 16 27 19.5054789229 -24 41 40.414828505     13.28 12.15 10.855 M0IVe 168 1
102 YLW 13B Y*O 16 27 21.46872 -24 41 43.0692           ~ 88 0
103 WL 6 Y*O 16 27 21.80448 -24 29 53.3616           ~ 113 0
104 VSSG 22 Y*O 16 27 22.9143048814 -24 17 57.430600647           ~ 35 1
105 WSB 49 TT* 16 27 22.9689016105 -24 48 07.138242529   16.9   15.06 13.31 M4.25 40 0
106 YLW 15 Y*O 16 27 26.93640 -24 40 50.8224           ~ 246 1
107 WLY 1-44 IR 16 27 27 -24 17.2           ~ 2 0
108 Elia 2-31 TT* 16 27 27.3790999869 -24 31 16.473626072           ~ 66 1
109 YLW 16A Y*O 16 27 28.02744 -24 39 33.5052           K8 185 0
110 Elia 2-32 Y*O 16 27 28.44576 -24 27 21.0348           K6.5 107 1
111 YLW 16B Y*O 16 27 29.43528 -24 39 16.1892           ~ 104 0
112 Elia 2-33 Y*O 16 27 30.18024 -24 27 43.3656           M2 112 1
113 WLY 1-17 IR 16 27 32 -24 27.5           ~ 1 0
114 YLW 18 TT* 16 27 33.1158717225 -24 41 15.261194836       17.66 15.65 K5-K6 67 0
115 IRAS 16245-2423 TT* 16 27 37.1911764648 -24 30 35.031583716       16.66 14.67 B5-F2 247 0
116 WLY 2-50 Y*O 16 27 38.1251499814 -24 30 43.009912599           ~ 31 0
117 YLW 47 TT* 16 27 38.3220493264 -24 36 58.601739078       17.69 15.52 M0 88 0
118 WLY 1-46 IR 16 27 39 -24 30.7           ~ 1 0
119 YLW 45 Y*O 16 27 39.82824 -24 43 15.0672           ~ 111 0
120 EM* SR 9 Or* 16 27 40.2858402419 -24 22 04.132012501   12.91 11.533 11.11 10.00 K5e 260 0
121 WLY 1-48 IR 16 27 41 -24 11.8           ~ 1 0
122 WLY 2-53 TT* 16 27 43.78392 -24 43 08.0544           ~ 14 0
123 WLY 1-50 IR 16 27 44 -24 25.1           ~ 1 0
124 Elia 2-35 * 16 27 46.6886310284 -24 23 22.098059715           K5III 26 0
125 WLY 1-51 IR 16 27 49 -24 39.6           ~ 1 0
126 Elia 2-36 TT* 16 27 49.8769818907 -24 25 40.237798866       13.69 12.19 A7 67 0
127 YLW 52 Y*O 16 27 51.80472 -24 31 45.5304           ~ 64 0
128 WLY 2-55 TT* 16 27 52.0863419872 -24 40 50.713643148     16.28 14.48 12.78 K7.5 79 0
129 WLY 1-54 * 16 27 54.4277925804 -24 48 04.082721133           ~ 10 0
130 EM* SR 10 Or* 16 27 55.5811105202 -24 26 18.029286663   15.23 14.19 13.91 11.95 M1.5e 74 0
131 WLY 1-55 IR 16 27 59 -24 22.9           ~ 1 0
132 WLY 2-57 * 16 27 59.8685212397 -24 22 00.876945764           ~ 4 0
133 Elia 2-37 * 16 28 03.7349811822 -24 26 31.960114338           K0III 22 0
134 WLY 1-57 IR 16 28 04 -24 20.6           ~ 1 0
135 Elia 2-38 * 16 28 09.2394016552 -24 23 20.754479019           K3III 18 0
136 EM* SR 15 Em* 16 28 10.2178406813 -24 16 01.259051384   15.21 13.66 13.50   ~ 19 0
137 YLW 58 TT* 16 28 16.5131631203 -24 36 58.057875801   18.5   16.55 14.46 M4 88 0
138 WLY 1-59 IR 16 28 26 -24 20.6           ~ 1 0
139 WLY 1-60 IR 16 28 27 -24 22.7           ~ 1 0
140 EM* SR 20 Or* 16 28 32.6877046986 -24 22 45.009576300   16.23   12.59   G7 78 0
141 WLY 1-61 IR 16 28 43 -24 15.7           ~ 1 0
142 BKLT J162854-244743 TT* 16 28 54.0780963887 -24 47 44.290458611   17.3   15.24 13.54 M2 37 0
143 WLY 1-62 IR 16 28 58 -24 22.3           ~ 1 0
144 WLY 1-63 IR 16 29 15 -24 43.0           ~ 1 0
145 WLY 1-64 AB* 16 29 23.3996753815 -24 13 56.891655695           M6 16 0
146 WSB 71 ** 16 31 30.88128 -24 24 39.8916           ~ 29 0
147 DoAr 43 Em* 16 31 30.8845137759 -24 24 39.908052315   16.98 15.23 15.20   K2Ve 52 0
148 Haro 1-16 Or* 16 31 33.4638378966 -24 27 37.158295501   14.02 12.80     K3e 189 0
149 LDN 1709B DNe 16 31 53.2 -23 57 35           ~ 28 0
150 WLY 2-67 Y*O 16 32 00.99624 -24 56 41.9640           ~ 55 0

    Equat.    Gal    SGal    Ecl

To bookmark this query, right click on this link: simbad:objects in 1989ApJ...340..823W and select 'bookmark this link' or equivalent in the popup menu


2021.06.17-00:44:25

© Université de Strasbourg/CNRS

    • Contact