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Home All issues Volume 669 (January 2023) A&A, 669 (2023) A71 Full HTML
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Table A.1

Summary of line parameters of observed molecules toward G10.47+0.03.

Species Frequency (GHz) Eu (K) gup ∆V (km s−1) Imax (K) VLSR (km s−1) Sµ2 (Debye2) ∫TmbdV (K km s−1)
Vinyl cyanide and its isotopologues
C2H3 CN 62,4 → 61,5, v=0 130.763576 18.2 39 9.5±0.5 3.9±0.2 68.1±0.2 8.0 39.2±3.9
292,27 → 291,28, v=0 131.168737 209.5 177 7.6±0.2 7.5±0.2 67.2±0.1 54.3 61.2±3.3
140,14 → 130,13, v=0 131.267473b 47.5 87 10.3±0.4 33.5±0.9 66.7±0.1 610.5 370.7±23.2
161,16 → 151,15, v=0 147.561701b 62.5 99 9.0±0.1 21.3±0.1 66.8±0.1 695.6 205.5±1.8
180,18 → 171,17, v=0 147.865229a 77.1 111 28.7
102,9 → 101,10, v=0 148.028678a 33.6 63 11.5
122,11 → 121,12, v=0 153.421750 44.1 75 8.5±0.7 4.5±0.3 67.9±0.3 13.4 40.9 ±5.9
162,14 → 152,13, v=0 153.518944b 70.9 99 11.9±0.7 26.5±1.0 67.4±0.2 687.7 336.1 ±32.2
161,15 → 151,14, v=0 154.724540b 65.4 99 10.2±0.4 15.1±0.5 66.8±0.2 695.5 167.2±13.1
170,17 → 160,16, v=0 158.657428b 69.1 105 10.2±0.2 40.3±0.5 67.2±0.1 741.2 436.5±13.1
190,19 → 181,18, v=0 158.773785 85.5 117 7.3±0.6 8.3±0.5 66.8±0.2 31.1 65.2±9.7
261,25 → 260,26, v=0 159.753858a 164.7 159 25.6
 
13CH2CHCN 165,11 → 155,10 147.907794a 113.7 99 630.4
166,11 → 156,10 147.909047a 137.2 99 600.30
167,9 → 157,8 147.927607 164.8 99 9.7±0.5 4.2±0.2 66.9±0.2 564.8 42.9±3.8
168,9 → 158,8 147.957689a 196.7 99 523.9
163,14 → 153,13 147.986686 79.5 99 9.1±0.5 5.9±0.2 66.0±0.2 673.9 57.9±4.7
169,7 → 159,6 147.996640a 232.8 99 477.5
162,14 → 152,13 149.423715 69.2 99 9.8±2.5 5.8±1.1 67.4±0.9 687.6 61.7±26.7
170,17 → 160,16 154.577621a 67.2 105 741.2
171,16 → 161,15 159.954635 71.2 105 7.4±0.4 8.2±0.3 66.9±0.2 739.4 64.7±5.9
 
CH213CHCN 140,14 → 130,13, v=0 130.481700a 47.2 87 610.5
160,16 → 150,15, v=0 148.643016a 61.1 99 697.6
161,15 → 151,14, v=0 153.925606 65.1 99 6.9±0.1 3.9±0.1 67.4±0.2 695.5 29.1±1.2
172,16 → 162,15, v=0 159.872596a 77.59 105 731.7
 
CH2CH13CN 140,14 → 130,13, v=0 130.700756a 47.3 87 610.6
160,16 → 150,15, v=0 148.916702a 61.1 99 697.7
161,15 → 151,14, v=0 154.034285 65.1 99 7.6±0.1 3.9±0.1 66.6±0.1 695.5 31.9±0.8
172,16 → 162,15, v=0 160.051637a 77.8 105 731.8
 
CH2CHC15N 162,14 → 152,13 148.8982a 61.9 33 223.1
171,16 → 161,15 159.436449a 71.2 35 240.4
 
CH2CDCN 146,9 → 136,8 130.637285a 108.3 29 166.4
145,10 —135,9 130.661515a 89.6 29 177.8
149,5 → 139,4 130.645695a 184.7 29 119.6
144,11 → 134,10 130.720066 74.2 29 11.2±0.5 2.0±0.1 67.6±0.1 23.6 187.1±1.6
144,10 → 134,9 130.725273a 74.3 29 187.1
170,16 → 160,16 154.309753a 67.4 35 246.8
173,14 → 163,13 159.383849 83.9 35 6.7±0.2 3.2±0.1 68.2±0.1 23.2 239.7±0.9
Ethyl cyanide and its isotopologues and isomer
C2H5 CN 141,14 → 130,13, v=0 129.768140 44.8 29 9.8±0.8 15.5±0.9 65.6±0.3 15.1 162.8±22.2
151,15 → 141,14, v=0 129.795661b 51.1 31 9.4±0.2 43.1±0.9 66.9±0.1 221.2 431.7±19.4
213,19 → 212,20, v=0 130.693882 109.4 43 7.9±0.4 11.7±0.5 66.5±0.2 16.3 99.1±8.9
150,15 → 140,14, v=0 130.903902b 50.8 31 10.5±0.3 44.9±1.1 67.5±0.1 221.6 503.9±28.2
170,17 → 160,16, v=0 147.756711b 64.6 35 11.8±1.1 31.9±2.0 65.5±0.4 251.13 403.5±63.8
244,20 → 243,21, v=0 148.293988 147.1 49 7.5±0.7 7.8±0.6 66.8±0.3 21.1 62.1±10.1
102,9 → 91,8, v=0 148.362760 28.1 21 9.8±1.9 6.4±0.9 68.2±0.7 5.4 66.5±22.7
332,31 → 331,32, v=0 148.374933a 249.5 67 21.9
252,24 → 251,25, v=0 148.677605a 143.0 51 10.3
173,14 → 163,13, v=0 153.272198b 75.9 35 9.3±0.2 26.6±0.4 66.8±0.1 244.1 266.5±7.9
283,26 → 282,27, v=0 153.589524 184.6 57 8.7±0.8 5.4±0.4 67.6±0.3 19.4 50.4±8.5
171,16 → 161,15, v=0 154.244297b 68.2 35 10.5±0.1 28.9±0.2 67.9±0.1 250.6 324.4±5.9
214,17 → 213,18, v=0 154.475980 117.2 43 7.6±0.2 5.9±0.1 66.9±0.1 17.6 48.5±1.9
262,25 → 261,26, v=0 154.557360 154.0 53 7.1 ±0.2 3.5±0.1 66.4±0.1 10.4 26.8±1.0
208,13 → 217,14, v=0 158.742366 161.4 41 6.3±0.2 4.8±0.2 66.5±0.1 3.3 32.3±2.4
174,13 → 173,14, v=0 159.330800 83.6 35 7.3±0.2 13.2±0.2 66.8±0.1 13.6 102.9±4.1
181,18 → 170,17, v=0 159.78554a 72.2 37 21.1
182,17 → 172,16, v=0 159.888831b 77.6 37 9.8±0.1 53.6±0.5 66.9±0.1 263.3 561.5±11.8
164,12 → 163,13, v=0 160.050058a 76.3 33 12.7
 
13CH3CH2CN 152,14 → 142,13, v=0 130.319847a 54.5 31 214.4
158,7 → 148,6, v=0 131.109474a 120.8 31 156.3
156,9 → 146,8, v=0 131.119334a 89.9 31 183.4
155,10 → 145,9, v=0 131.155447 77.8 31 8.2±0.6 7.8±0.3 67.9±0.2 194.2 68.06±7.3
1511,4 → 1411,3, v=0 131.161428 183.4 31 8.1±0.1 3.2±0.1 66.7±0.1 100.9 28.2±0.7
154,12 → 144,11, v=0 131.233679 67.9 31 8.3±0.5 4.8±0.1 66.1±0.1 202.9 42.9±3.8
154,11 → 144,10, v=0 131.249984 67.9 31 9.9±0.7 6.1±0.2 66.4±0.2 202.8 63.8±7.4
176,11 → 166,10, v=0 148.625244a 103.3 35 216.6
1711,6 → 1611,5, v=0 148.647252a 197.2 35 143.8
175,13 → 165,12, v=0 148.682220a 91.7 35 226.1
174,13 → 164,12, v=0 148.833416a 81.5 35 233.8
181,17 → 171,16, v=0 159.10002 74.2 37 7.7±0.3 8.6±0.1 66.6±0.1 260.7 70.2±3.6
124,8 → 123,9, v=0 160.026237a 78.2 25 275.6
 
CH313CH2CN 150,15 → 140,14, v=0 130.052706a 50.5 31 217.6
182,17 → 172,16, v=0 159.009721a 77.1 37 258.6
 
CH3CH213CN 150,15 → 140,14, v=0 130.280373a 50.5 31 217.7
171,16 → 161,15, v=0 153.487081a 67.8 35 246.1
172,15 → 162,14, v=0 154.609607a 70.7 35 244.2
181,18 → 171,17, v=0 154.679342 71.8 37 7.7±0.7 3.1±0.1 66.9±0.2 261.1 25.9 ±3.6
182,17 → 172,16, v=0 159.105544a 77.2 37 258.6
 
C2H5C15N 1510,5 → 1410,4 130.567344a 161.2 31 123.5
182,16 → 172,15 159.848501a 76.8 37 236.6
 
C2H5NC 161,16 → 151,15, v=0 149.120363 62.2 33 11.9±0.1 4.8±0.1 69.6±0.1 228.7 61.2±1.1
170,17 → 160,16, v=0 159.061678 69.6 35 8.4±0.1 2.9±0.1 69.6±0.1 243.3 26.7±0.7
Cyanoacetylene and its isotopologue
HC3N 17→16, v=0 154.657284 66.8 35 13.6±0.2 36.4±0.4 66.5±0.2 236.7 528.8±23.5
 
HC13CCN 17→16, v=0 154.001217 66.5 35 8.3±0.1 20.9±0.2 67.0±0.03 236.8 183.4±2.5
 
HCC13CN 17→16, v=0 154.016078 66.5 35 9.3±0.1 22.38±0.1 66.9±0.02 236.8 220.9±3.1
Cyanodiacetylene and its isotopologue
HC5N 49→48 130.456437 156.5 297 9.2±0.4 7.0±0.1 68.9±0.2 2755.8 68.8±5.4
 
HCC13CCCN 49→48 130.321350 156.4 99 8.3±0.2 8.2±0.1 69.8±0.1 918.7 72.1±3.2
Cyanamide
NH2CN 81,8 → 71,7, v=0 158.891146 48.8 51 11.6±1.2 9.4±0.3 68.1 ±0.2 442.2 116.2±16.2
82,7 → 72,6, v=1 159.595146a 162.3 51 401.8
82,6 → 72,5, v=1 159.607737a 162.3 51 401.8
83,6 → 73,5, v=1 159.749861a 232.0 17 125.2
80,8 → 70,7, v=1 159.814663a 105.8 51 438.3
83,6 → 73,5, v=0 160.104805 164.9 51 10.2±0.5 13.4±0.4 68.5± 0.1 391.6 146.3±11.5
Aminoacetonitrile
H2NCH2CN 177,11 → 167,10, v=0 154.369232a 127.1 35 93.7
178,9 → 168,8, v=0 154.373384a 145.5 35 87.89
176,12 → 166,11, v=0 154.382222a 111.1 35 98.93
179,8 → 169,7, v=0 154.388904a 166.4 35 81.25
174,14 → 164,13, v=0 154.517480 86.4 35 8.7±0.4 2.3±0.1 65.8±0.1 106.6 21.3±1.5
CH3CCH 96 → 86 153.711520 296.1 38 9.2±0.9 2.5±0.2 66.6±0.4 5.6 24.0±4.3
95 → 85 153.743800a 216.9 19 3.5
94 → 84 153.770224a 152.1 19 4.0
93 → 83 153.790769 101.7 38 10.8±0.9 8.7±0.6 67.2±0.3 9.0 100.3±14.9
92 → 82 153.805457 65.7 19 10.0±0.4 6.8±0.2 67.1±0.2 4.8 72.5±5.4
91 → 81 153.814273a 44.9 19 4.9
90 → 80 153.817211a 36.1 19 5.0
 
CH313CCH 93 → 83 153.72701 101.7 38 8.6±0.1 1.9±0.1 65.9±0.1 9.0 17.7±0.4
92 → 82 153.741680a 65.7 19 4.8
91 → 81 153.750470a 44.1 19 5.0
90 → 80 153.753370 36.8 19 9.6±0.4 1.8±0.1 67.7 ±0.2 5.1 18.8±1.3

a Gaussian fits are not performed for the blended transitions. b Optically thick line.

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