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Home All issues Volume 507 / No 1 (November III 2009) A&A, 507 1 (2009) 369-376 Full HTML
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Table 1:

Observed and derived parameters of surveyed sources.
Source Observed Parameters   Derived Parameters
  $\alpha$(J2000) $\delta$(J2000) $T_{\rm {mb12}}$ $T_{\rm mb13}$ $V_{\rm LSR13}$ $\Delta V_{13}$   D $L_{\rm {bol}}$ $T_{\rm ex}$ $\tau_{13}$ $N(^{13}{\rm CO})$ $N({\rm H}_{2})$ Ref.
IRAS (h m s) ( $^{\circ}~^{\prime}~^{\prime\prime}$) (K) (K) ( $\rm {km~s}^{-1}$) ( $\rm {km~s}^{-1}$)   (kpc) (10 $^{3}~L_{\odot}$) (K)   ( $10^{15}~{\rm cm}^{-2}$) ( $10^{21}~{\rm cm}^{-2}$)  
(1) (2) (3) (4) (5) (6) (7)   (8) (9) (10) (11) (12) (13) (14)
00117+6412m 00 14 27.7 +64 28 46 5.72(0.12) 2.55(0.05) -36.06(0.01) 2.77(0.03)   3.6 4.29 10.50 0.57 5.53 7.87 1N, 2, 3N, 4N, 6, 7, 8
00412+6638 00 44 15.2 +66 54 41 2.64(0.07) 0.81(0.14) -68.00(0.22) 3.32(0.22)   7.35 15.25 6.96 0.35 3.12 4.44 2N, 4
00468+6527 00 49 55.8 +65 43 39 2.31(0.08) 1.17(0.07) -63.67(0.03) 2.60(0.08)   6.74 34.30 6.55 0.67 4.51 6.42 2, 4
00557+5612m 00 58 44.4 +56 28 16 8.37(0.05) 3.72(0.05) -29.96(0.01) 2.17(0.01)   2.94 1.47u 13.34 0.57 5.84 8.32 11
01134+6429 01 16 48.1 +64 45 37 5.03(0.06)s 1.29(0.06) -54.36(0.02) 2.20(0.06)   3a 1.31 9.73 0.29 2.18 3.10 2, 4
02413+6037 02 45 12.5 +60 49 44 2.52(0.06)s 0.93(0.04) -61.56(0.02) 2.22(0.06)   7.47 10.45u 6.81 0.44 2.58 3.68  
02485+6902 02 53 07.2 +69 14 36 4.11(0.04)s 1.70(0.05)s -10.52(0.01) 1.94(0.03)   1.09 0.21 8.70 0.51 3.11 4.43 2N
02541+6208 02 58 13.7 +62 20 31 2.28(0.06) 0.59(0.03) -51.68(0.22) 2.09(0.22)   5.88 6.43u 6.51 0.29 1.55 2.20 2, 4
03101+5821m 03 14 04.7 +58 33 08 4.84(0.05) 2.37(0.04) -38.27(0.01) 2.38(0.02)   4.2 1.20 9.52 0.65 5.03 7.16 2, 4N, 6
03258+3104m 03 28 56.8 +31 14 44 13.57(0.11) 6.78(0.05) 7.56(0.01) 3.27(0.01)   0.22a 0.03u 18.76 0.68 15.29 21.78 1N
03414+3200m 03 44 36.4 +32 09 25 17.20(0.10) 6.08(0.07) 8.40(0.01) 1.71(0.01)   0.3b 0.05u 22.48 0.43 7.44 10.59 1N, 2N
04365+4717 04 40 16.8 +47 23 04 4.06(0.05)s 1.65(0.08) -34.75(0.03) 2.59(0.07)   6.9b 4.37 8.64 0.50 4.04 5.75 2N, 4
05155+0707 05 18 17.1 +07 11 01 ... 3.34(0.06) -1.45(0.01) 2.37(0.02)   0.46a 0.03 ... ... ... ...  
05168+3634m 05 20 16.2 +36 37 21 3.39(0.06) 2.61(0.09) -15.18(0.22) 2.43(0.22)   6.08c 17.13 7.86 1.37 14.79 21.05 1N, 2N, 3, 5, 6, 7, 8, 10
05221+4139 05 25 39.8 +41 41 50 2.16(0.06) 0.79(0.07) -25.81(0.05) 2.75(0.13)   10.36 32.75 6.36 0.43 3.05 4.34 2N
05271+3059 05 30 21.2 +31 01 27 2.32(0.07) 0.75(0.06) -19.73(0.22) 4.36(0.22)   16.5b 72.86 6.56 0.37 4.22 6.01 2
05334+3149 05 36 41.1 +31 51 14 ... 1.35(0.06) -15.98(0.22) 3.77(0.22)   16.5b 97.73 ... ... ... ... 2N, 3N
05450+0019 05 47 34.6 +00 20 08 6.87(0.09) 3.64(0.07) 9.41(0.22) 4.19(0.22)   0.5d 0.04 11.74 0.73 12.76 18.17  
06067+2138m 06 09 48.0 +21 38 11 ... 3.49(0.05) 1.73(0.22) 3.37(0.22)   0.61 0.03u ... ... ... ... 2N, 6, 10
06103+1523m 06 13 15.1 +15 22 36 6.22(0.07) 2.97(0.09) 15.99(0.02) 3.01(0.04)   3.78 9.49 11.04 0.63 6.91 9.84 1N, 2N, 3N, 6, 7, 8
06104+1524A 06 13 21.3 +15 23 57 ... 3.24(0.19) 16.26(0.03) 2.50(0.07)   3.87 10.59 ... ... ... ... 2N, 3N, 5N, 6
06306+0232 06 33 15.8 +02 30 22 ... 1.43(0.08) 25.49(0.03) 2.28(0.06)   3.32 0.88 ... ... ... ...  
06331+1102 06 35 56.0 +11 00 18 ... 2.66(0.10) 22.71(0.22) 2.75(0.22)   3.89 2.58 ... ... ... ... 6
06381+1039 06 40 58.0 +10 36 49 9.47(0.19) 2.64(0.10) 7.64(0.02) 2.92(0.05)   1.11 0.20u 14.50 0.32 4.99 7.11 6
06382+1017 06 41 03.3 +10 15 01 7.70(0.08) 3.52(0.09) 7.60(0.01) 2.93(0.04)   1.1 0.17 12.63 0.60 7.88 11.22  
06501+0143 06 52 45.6 +01 40 15 ... 1.73(0.07) 45.07(0.02) 2.85(0.05)   6.52 9.44 ... ... ... ...  
07024-1102m 07 04 45.7 -11 07 15 ... 4.47(0.06) 16.90(0.22) 1.89(0.22)   1.64 0.57 ... ... ... ... 6
07111-1211 07 13 29.9 -12 16 51 ... 1.22(0.08) 15.71(0.03) 2.37(0.09)   1.53 0.20 ... ... ... ...  
07119-1210A 07 14 17.7 -12 15 14 ... 2.04(0.10) 15.23(0.03) 2.67(0.06)   1.48 0.23 ... ... ... ... 2N
07207-1435 07 23 01.3 -14 41 33 ... 1.95(0.13) 53.17(0.04) 2.77(0.09)   5.58 14.50 ... ... ... ... 2
17576-1845 18 00 34.3 -18 45 17 ... 1.06(0.12) 21.96(0.08) 4.38(0.20)   3.11 1.35 ... ... ... ...  
18145-1557 18 17 26.7 -15 56 20 ... 1.81(0.20) 25.93(0.07) 4.09(0.19)   2.81 4.07 ... ... ... ... 3N
18205-1316 18 23 21.6 -13 15 02 ... 2.43(0.12) 22.48(0.22) 2.89(0.22)   2.24 1.52 ... ... ... ...  
18236-1241 18 26 24.7 -12 39 37 ... 2.07(0.10)s 64.57(0.03) 4.33(0.08)   4.6 15.85 ... ... ... ...  
18278-0212 18 30 28.0 -02 10 48 ... 1.79(0.08) 5.86(0.22) 3.01(0.22)   0.39 0.02 ... ... ... ...  
18301-0853 18 32 55.2 -08 51 23 ... 2.19(0.14) 79.05(0.04) 3.35(0.10)   4.97 13.66 ... ... ... ...  
18314-0820 18 34 09.0 -08 17 52 ... 4.07(0.08) 105.17(0.22) 4.01(0.22)   6.08 24.52 ... ... ... ... 3N
18324-0855 18 35 10.5 -08 52 35 ... 0.92(0.10) 3.72(0.03) 0.88(0.09)   0.26 0.03 ... ... ... ... 1
18358-0112 18 38 25.9 -01 09 51 ... 2.51(0.07) 9.43(0.22) 3.67(0.22)   0.67 0.05 ... ... ... ...  
18403-0445 18 38 34.4 -03 32 06 ... 1.76(0.10)s 45.74(0.03) 3.25(0.08)   3.16 4.66 ... ... ... ... 1, 6
18502+0033 18 52 47.6 +00 36 51 ... 2.33(0.10) 104.90(0.03) 5.26(0.07)   1* 0.50 ... ... ... ...  
18502+0034 18 52 50.9 +00 38 03 ... 2.40(0.12) 104.70(0.04) 5.55(0.09)   1* 0.52 ... ... ... ... 6
18532+0047 18 55 50.6 +00 51 22 ... 1.24(0.09)s 58.94(0.05) 4.65(0.13)   3.83 8.96 ... ... ... ... 3N, 8
18545+0202 18 57 02.6 +02 06 23 ... 1.45(0.10)s 44.87(0.04) 3.68(0.13)   2.99 3.45 ... ... ... ...  
18578+0313 19 00 21.1 +03 17 45 ... 0.97(0.08)s 59.74(0.06) 5.16(0.14)   3.93 3.53 ... ... ... ...  
19002+0454 19 02 42.0 +04 58 49 ... 1.56(0.13)s 68.58(0.06) 3.75(0.15)   4.67 8.71 ... ... ... ... 3N, 7
19011+0450 19 03 36.9 +04 55 15 ... 1.38(0.13) 50.07(0.07) 4.52(0.17)   3.35 4.28 ... ... ... ...  
19029+0556 19 05 23.8 +06 01 24 ... 2.11(0.13) 58.44(0.22) 4.54(0.22)   3.97 12.65 ... ... ... ...  
19031+0621 19 05 36.4 +06 26 09 ... 1.65(0.10) 73.36(0.03) 2.38(0.07)   5.41 24.87 ... ... ... ... 1
19056+0624 19 08 02.9 +06 29 11 ... 1.16(0.12)s 66.07(0.06) 3.44(0.17)   4.66 4.51 ... ... ... ...  
19205+1358 19 22 53.9 +14 04 11 2.10(0.09) 0.60(0.07) 61.86(0.07) 3.43(0.17)   1* 0.31u 6.28 0.32 2.80 3.99  
19215+1410 19 23 49.4 +14 16 20 ... 0.80(0.07) 58.00(0.07) 5.43(0.16)   1* 0.16 ... ... ... ... 6N
19216+1658 19 23 52.4 +17 04 01 3.08(0.10) 0.92(0.07) 1.67(0.06) 6.48(0.14)   10.6 62.46u 7.50 0.34 6.18 8.80  
19282+1742 19 30 30.5 +17 48 30 ... 2.82(0.08) 61.14(0.22) 2.84(0.22)   1* 0.49 ... ... ... ... 3N, 6
19286+1722 19 30 54.0 +17 28 46 ... 0.88(0.07) 45.48(0.05) 3.24(0.10)   4.78 6.57 ... ... ... ... 6
19291+1713 19 31 23.4 +17 19 42 ... 1.45(0.07)s 48.07(0.03) 3.41(0.07)   1* 0.38 ... ... ... ...  
19298+1707 19 32 08.5 +17 13 35 4.97(0.15)s 0.87(0.07) 56.61(0.05) 2.64(0.11)   1* 0.19u 9.67 0.19 1.69 2.40  
19348+2229 19 36 59.8 +22 36 08 ... 0.82(0.05)s 28.48(0.02) 1.31(0.05)   2.66 1.10 ... ... ... ... 6N
19368+2239 19 38 58.1 +22 46 32 6.19(0.08)s 3.20(0.09) 36.35(0.22) 3.46(0.22)   1* 0.33 11.01 0.70 9.47 13.48 3N, 6, 7, 8
19406+2333 19 42 44.4 +23 40 30 3.03(0.05)s 1.06(0.08) 1.01(0.05) 3.56(0.12)   8.74 8.87 7.44 0.41 4.09 5.83 6
19413+2349 19 43 28.3 +23 56 58 9.20(0.16) 3.85(0.09) 22.33(0.01) 1.88(0.03)   2.02 0.60 14.22 0.53 5.19 7.39 6
19415+2312 19 43 39.7 +23 20 06 6.79(0.07) 2.05(0.06) 27.53(0.02) 5.51(0.05)   2.72 2.03u 11.66 0.35 7.97 11.35 6
19560+3135 19 58 03.3 +31 44 07 4.11(0.09) 1.11(0.11) -65.10(0.22) 2.19(0.22)   13.29 50.84 8.70 0.30 2.08 2.96 3N
19589+3320 20 00 52.6 +33 29 08 7.34(0.10) 1.88(0.08) -22.51(0.03) 4.78(0.07)   8.44 37.18 12.25 0.29 6.03 8.58 1
20050+2720 20 07 06.7 +27 28 53 3.79(0.08)s 2.85(0.11) 6.39(0.02) 4.05(0.06)   0.7a 0.26 8.33 1.31 15.98 22.75 3, 7
20062+3550 20 08 09.8 +35 59 20 5.09(0.07) 2.37(0.17) 0.99(0.22) 2.26(0.22)   5.24 18.02 9.80 0.61 4.74 6.74 1, 3, 6, 7, 8
20067+3415m 20 08 41.3 +34 24 19 4.40(0.06) 2.64(0.06) 13.68(0.02) 3.62(0.04)   2.36 1.14 9.03 0.88 9.57 13.63 6
20094+2744 20 11 29.1 +27 53 16 ... 2.91(0.14) 12.10(0.03) 2.59(0.06)   1.11 0.12 ... ... ... ...  
20103+3633 20 12 13.9 +36 42 59 2.53(0.09) 1.70(0.24) -36.23(0.07) 2.65(0.18)   8.91 29.26 6.83 1.04 7.32 10.42 3N
20116+3605 20 13 33.6 +36 14 55 3.38(0.10)s 1.15(0.07)s -53.07(0.03) 2.50(0.07)   10.69 72.70 7.85 0.40 2.89 4.11  
20145+3645 20 16 27.5 +36 54 58 2.70(0.11) 1.10(0.07) -56.37(0.04) 3.54(0.12)   10.86 50.37 7.04 0.50 4.76 6.78  
20149+3913m 20 16 42.6 +39 23 15 6.91(0.08) 4.61(0.13) 3.82(0.02) 2.97(0.04)   1.7f 0.30u 11.79 1.06 16.85 24.00 6, 9
20178+3723 20 19 43.1 +37 33 13 6.03(0.09) 1.96(0.10) 3.93(0.02) 1.84(0.05)   4.08 1.02u 10.83 0.38 2.69 3.83  
20227+4154 20 24 31.4 +42 04 17 7.74(0.08) 3.18(0.12) 5.54(0.02) 2.72(0.05)   2a 2.74 12.68 0.52 6.37 9.06 3, 7
20231+3440 20 25 16.0 +34 50 06 3.60(0.07) 1.90(0.14) 5.46(0.04) 2.70(0.09)   1a 0.19 8.11 0.72 5.72 8.14  
20261+3922 20 27 58.8 +39 32 07 2.63(0.08)s 1.19(0.19) -54.99(0.09) 2.79(0.20)   10.01 32.70 6.95 0.57 4.28 6.09  
20281+4038 20 29 54.8 +40 48 52 5.50(0.08)s 2.05(0.06) -2.51(0.02) 2.36(0.04)   4.11 6.56 10.25 0.45 3.86 5.50  
20290+4052 20 30 50.8 +41 02 25 3.70(0.08)s 1.60(0.10) -1.51(0.04) 3.15(0.10)   3.89 2.79 8.23 0.54 5.12 7.28  
20326+3757 20 34 33.0 +38 08 02 9.05(0.11) 2.99(0.09) 2.79(0.22) 5.81(0.22)   3.66 2.74u 14.06 0.39 11.72 16.69  
20330+4109 20 34 48.5 +41 20 21 4.07(0.11)s 0.67(0.07)s -30.82(0.05) 2.19(0.12)   7.09 10.04u 8.65 0.17 1.19 1.69  
20345+4024 20 36 24.1 +40 35 08 4.12(0.10) 0.82(0.09) 1.31(0.06) 2.58(0.13)   3.34 1.59u 8.71 0.21 1.73 2.47  
20444+4629 20 46 08.3 +46 40 41 6.51(0.09) 3.65(0.07) -3.71(0.01) 2.09(0.02)   2.91 3.98 11.36 0.80 6.67 9.50 2N, 3N, 7
20508+4825 20 52 28.2 +48 36 30 1.55(0.05)s 0.92(0.07) -6.63(0.04) 2.58(0.11)   2.98 1.17u 5.55 0.84 5.27 7.51 2N
21025+4912 21 04 15.4 +49 24 25 1.32(0.04)s 0.74(0.06) -73.44(0.05) 2.86(0.12)   10.08 9.15u 5.23 0.76 5.27 7.50 2
21246+5512 21 26 14.4 +55 25 57 0.76(0.05) 0.49(0.06) -69.33(0.05) 1.84(0.13)   8.72 15.33 4.37 0.93 4.14 5.90 2N
21293+5535 21 30 55.7 +55 48 49 4.42(0.06) 1.17(0.06) -71.13(0.03) 4.13(0.09)   8.85 8.25u 9.05 0.30 3.97 5.65 2, 4
21334+5039 21 35 09.2 +50 53 09 4.64(0.07) 2.36(0.07) -45.05(0.22) 2.75(0.22)   5a 23.53 9.30 0.68 6.21 8.84 2
21379+5106 21 39 40.8 +51 20 35 2.88(0.07) 1.39(0.07) -42.27(0.22) 2.17(0.22)   5.9 5.18 7.25 0.63 3.73 5.32 2
21391+5026 21 40 57.3 +50 39 53 2.56(0.07) 1.02(0.07) -40.55(0.04) 2.50(0.09)   5.77 5.67 6.86 0.48 3.22 4.58 2
21391+5802m 21 40 42.4 +58 16 10 ... 5.80(0.07) 0.68(0.01) 2.99(0.02)   0.75e 0.26 ... ... ... ... 1N, 2N, 3, 7, 8
21418+5403 21 43 29.8 +54 16 56 3.62(0.06) 0.86(0.06) -60.07(0.04) 3.24(0.10)   7.51 22.24 8.13 0.26 2.51 3.58 2N
21519+5613 21 53 39.2 +56 27 46 4.26(0.06) 2.07(0.08) -62.72(0.02) 3.11(0.05)   7.3a 15.75 8.87 0.64 6.31 8.98 2, 3, 4, 8
22051+5848 22 06 50.7 +59 02 47 2.40(0.06) 1.51(0.07) -1.77(0.02) 1.39(0.04)   0.77 0.08u 6.66 0.93 3.38 4.82 2N, 4
22198+6336m 22 21 27.6 +63 51 42 10.55(0.01) 5.39(0.07) -11.10(0.22) 2.65(0.22)   1.67 1.53u 15.63 0.70 11.49 16.36 1N, 2N, 3, 7, 8
22305+5803 22 32 24.3 +58 18 58 4.57(0.07) 1.80(0.06) -52.41(0.02) 2.68(0.05)   5.94 14.28 9.22 0.48 4.25 6.05 2, 4, 6, 8
22506+5944m 22 52 38.6 +60 00 56 11.01(0.07) 3.18(0.05) -51.61(0.22) 2.43(0.22)   3.5d 6.83 16.11 0.34 5.56 7.92 1N, 2N, 3, 4N, 6, 7, 8, 10
22539+5758 22 56 00.0 +58 14 46 7.32(0.06) 3.59(0.07) -54.19(0.01) 2.97(0.03)   3.5d 10.68 12.23 0.66 8.47 12.07 2, 4, 5
23011+6126 23 03 13.1 +61 42 26 5.12(0.07) 2.25(0.06) -11.03(0.22) 1.93(0.22)   0.73d 0.09 9.83 0.56 3.75 5.34 2, 4, 6

Note. Column (1) is source name shown in order of ascending IRAS number. Columns (2) and (3) list J2000 equatorial coordinates of each source. Column (4) lists the main beam temperature of 12CO J= 2-1 if available, and Cols. (5)-(7) list the main beam temperature, local standard of rest velocity and line width of 13CO J= 2-1, with $1\sigma$ rms level in parenthesis. Column (8) is kinematic distance except for otherwise labeled. Column (9) lists the bolometric luminosity with asterisk (*) if one (or two) IRAS band flux is upper limit. Column (10) is excitation temperature. Column (11) is the opacity of 13CO. Columns (12), (13) present average 13CO and H2 column densities. Column (14) lists former works if available.

References. (1) 6.7 GHz methanol maser survey (Szymczak et al. 2000); (2) 22 GHz water maser survey (Wouterloot et al. 1993); (3) 22 GHz water maser (Palla et al. 1991); (4) 1665/67 MHz OH maser survey (Wouterloot et al. 1993); (5) HCO+ J= 1-0survey (Richards et al. 1987); (6) CS J= 2-1survey (Bronfman et al. 1996); (7) NH3 (J, K) = (1, 1) (2, 2) survey (Molinari et al. 1996); (8) CO J= 2-1 outflow mapping (Zhang et al. 2005; Kim & Kurtz 2006); (9) CO, CS mapping (Ao et al. 2004); (10) CO mapping (Guan et al. 2008); (11) CO mapping (Lee & Jung 2003). N means non-detection.

a-f distance from a Wu et al. (2004), b Wouterloot et al. (1993), cMolinari et al. (1996), d Harju et al. (1993), e Matthews (1979), f Motte et al. (2007); * kinematic distance unavailable, set as 1 kpc; m mapped source; s more than one velocity component, only the strongest one listed; u upper limit.


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