Open Access

Table B.1.

Derived line parameters for the lines of rhomboidal SiC3 at 7, 3, and 2 mm.

Transitiona Frequencyb Euppb Sd TA* dve Tcenf Thorng σh Notes
(MHz) (K) (mK kms−1) (mK) (mK) (mK)
30, 3 − 20, 2 34934.203±0.001 3.4 3.00 34.3±3.4 1.10 1.42 0.10
32, 2 − 22, 1 35008.949±0.001 9.5 1.67 34.2±3.4 1.10 1.44 0.10 A
32, 1 − 22, 0 35083.884±0.001 9.5 1.67 34.2±3.4 1.10 1.49 0.10 A
40, 4 − 30, 3 46491.687±0.001 5.6 4.00 70.9±7.0 2.09 3.35 0.16
42, 3 − 32, 2 46663.838±0.001 11.8 3.00 64.2±6.4 1.79 3.20 0.17
42, 2 − 32, 1 46850.811±0.001 11.8 3.00 44.8±4.4 1.44 1.85 0.18
62, 4 − 52, 3 70579.646±0.002 18.0 5.33 169.9±16.9 5.47 7.19 2.00
70, 7 − 60, 6 80662.322±0.003 15.6 6.98 204.4±20.4 6.58 8.53 0.67
72, 6 − 62, 5 81540.082±0.002 21.8 6.43 0.89 B
76, 2 − 66, 1 81734.532±0.004 71.2 1.86 29.3±5.5 1.77 2.30 0.96 C
76, 1 − 66, 0 81734.532±0.004 71.2 1.86 0.96 D
74, 4 − 64, 3 81777.540±0.002 40.4 4.72 0.96 B
74, 3 − 64, 2 81777.859±0.002 40.4 4.72 0.96 B
72, 5 − 62, 4 82563.549±0.003 21.9 6.43 163.4±16.3 5.26 6.84 0.83
80, 8 − 70, 7 91844.820±0.004 20.0 7.98 293.7±29.3 7.81 15.61 0.51
82, 7 − 72, 6 93125.636±0.002 26.3 7.50 273.6±27.3 7.27 14.54 0.44 A
86, 3 − 76, 2 93420.830±0.004 75.6 3.50 112.3±11.2 3.41 5.11 0.42
86, 2 − 76, 1 93420.830±0.004 75.6 3.50 0.42 D
84, 5 − 74, 4 93484.045±0.003 44.8 6.00 224.4±22.4 6.45 10.96 0.42
84, 4 − 74, 3 93484.920±0.003 44.8 6.00 0.42 D
82, 6 − 72, 5 94634.686±0.004 26.5 7.50 285.1±28.5 8.19 13.92 0.56
90, 9 − 80, 8 102916.115±0.004 24.9 8.97 291.2±29.1 8.37 14.22 0.71
92, 8 − 82, 7 104686.180±0.002 31.3 8.55 272.0±27.2 7.82 13.28 1.00
96, 4 − 86, 3 105111.104±0.005 80.7 5.00 114.1±11.4 3.28 5.57 1.00
96, 3 − 86, 2 105111.104±0.005 80.7 5.00 1.00 D
94, 6 − 84, 5 105199.949±0.003 49.9 7.22 142.5±14.2 4.10 6.96 1.00
94, 5 − 84, 4 105202.048±0.003 49.9 7.22 128.3±12.8 4.54 11.50 1.00
92, 7 − 82, 6 106791.028±0.004 31.6 8.55 252.6±25.2 7.26 12.34 1.10
100, 10 − 90, 9 113882.012±0.005 30.4 9.96 368.5±36.8 9.81 19.58 1.50
110, 11 − 100, 10 124755.032±0.006 36.4 10.95 216.2±21.6 5.75 11.49 2.00
112, 10 − 102, 9 127720.669±0.003 43.0 10.63 187.7±18.7 4.99 9.97 1.10
116, 6 − 106, 5 128505.569±0.005 92.5 7.73 116.6±11.6 3.54 5.31 1.10
116, 5 − 106, 4 128505.570±0.005 92.5 7.73 1.10 D
114, 8 − 104, 7 128663.730±0.003 61.7 9.55 128.7±12.9 3.49 6.63 1.20
114, 7 − 104, 6 128672.788±0.003 61.7 9.55 128.7±12.9 3.49 6.63 1.20
112, 9 − 102, 8 131315.143±0.005 43.6 10.64 273.9±27.3 7.28 14.55 0.70
120, 12 − 110, 11 135552.619±0.007 42.9 11.95 199.0±19.9 4.23 12.69 0.51
122, 11 − 112, 10 139189.193±0.003 49.7 11.66 118.4±11.8 2.50 7.55 0.78
126, 7 − 116, 6 140210.760±0.006 99.2 9.00 85.5±8.5 2.75 3.58 0.81
126, 6 − 116, 5 140210.763±0.005 99.2 9.00 0.81 D
124, 9 − 114, 8 140413.124±0.003 68.4 10.67 96.1±9.6 2.27 5.67 0.73
124, 8 − 114, 7 140430.055±0.003 68.4 10.67 96.1±9.6 2.27 5.67 0.73
122, 10 − 112, 9 143645.312±0.006 50.5 11.67 146.1±14.6 3.10 9.31 0.58
130, 13 − 120, 12 146294.448±0.007 49.9 12.94 143.4±14.3 3.05 9.14 0.67
132, 12 − 122, 11 150621.962±0.004 56.9 12.68 139.3±13.9 2.96 8.88 0.70
136, 8 − 126, 7 151921.925±0.006 106.5 10.23 128.2±12.8 2.72 8.17 0.82
136, 7 − 126, 6 151921.933±0.006 106.5 10.23 0.82 D
134, 10 − 124, 9 152174.858±0.003 75.7 11.77 59.4±3.9 1.57 3.14 0.85
134, 9 − 124, 8 152204.839±0.003 75.7 11.77 0.85 B
132, 11 − 122, 10 155989.821±0.006 58.0 12.70 134.5±13.4 2.86 8.57 0.91
140, 14 − 130, 13 156999.640±0.007 57.4 13.94 171.8±17.1 3.65 10.95 0.60
142, 13 − 132, 12 162016.850±0.003 64.7 13.70 165.6±16.6 3.54 10.50 0.94
146, 9 − 136, 8 163639.571±0.006 114.3 11.43 73.3±7.3 2.36 3.00 0.78
146, 8 − 136, 7 163639.589±0.006 114.3 11.43 0.78 D
144, 11 − 134, 10 163949.103±0.004 83.6 12.86 73.1± 7.3 2.35 3.16 0.95
144, 10 − 134, 9 163999.813±0.004 83.6 12.86 109.7±10.9 3.53 4.59 0.95
150, 15 − 140, 14 167684.621±0.007 65.5 14.93 151.9±15.1 3.23 9.68 1.20

Notes. (a)Quantum numbers are J, Ka, and Kc. (b)Calculated frequency from the laboratory data of McCarthy et al. (2000). The adopted source velocity is of -26.5 kms−1 (Cernicharo et al. 2000). (c)Energy of the upper level in K. (d)Line strength. (e)Integrated line intensity in mK kms−1. Adopted uncertainty is 10%. (f)Antenna temperature at line center in mK. (g)Antenna temperature at line horn in mK. (h)Measured data noise (1σ) in mK. (A)Line partially blended with another feature. (B)Heavily blended. Line parameters can not be derived. (C)Upper limit. (D)Unresolved doublet.

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