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Table C.1

Results of elliptical 2D-Gaussian fits to the integrated intensity maps of the transitions with resolved emission.

Source Molecule Transition Freq. Eup Ipeak a rms a SNR Beam c PA c maj. d min. d PA d Δα e Δβ e θmaj f θ min f PA f D l g
(MHz) (K) (Jy beam-1 km s-1) (×) (o) () () (o) () () () () (o) ()

N3 OCS 76 85 139.103 16.3 1.26(2) 0.050 25.2 2.08×1.54 84.6 2.09(3) 1.57(3) +83.9(23) 8.24(2) 0.96(1) 0.34 0.20 +13.7 0.26
87 97 301.208 21.0 1.49(4) 0.051 29.2 1.83×1.37 84.5 1.96(3) 1.42(5) +81.2(29) 8.29(2) 0.96(2) 0.74 0.32 +64.8 0.48
C2H5CN 100,11100,10 96 919.762 28.1 0.98(2) 0.037 26.5 1.83×1.37 84.5 1.88(3) 1.40(4) +84.5(27) 8.27(2) 0.99(1) 0.44 0.26 +89.3 0.34
112,8113,7 98 701.101 38.4 0.96(2) 0.038 25.3 1.79×1.34 84.7 1.88(2) 1.46(3) +87.6(6) 8.30(1) 1.02(1) 0.64 0.52 51.4 0.58

N4 OCS 76 85 139.103 16.3 0.62(1) 0.050 12.4 2.08×1.54 84.6 2.38(4) 1.86(5) 97.8(34) 4.72(2) 16.68(2) 1.24 0.95 60.2 1.08
87 97 301.208 21.0 0.64(1) 0.055 11.6 1.83×1.37 84.5 2.01(5) 1.75(4) 50.5(18) 4.73(2) 16.43(2) 1.34 0.23 22.0 0.55
CH3OH 132123 100 638.872 233.6 0.22(1) 0.024 9.2 1.72×1.40 75.5 2.13(3) 1.63(2) 59.5(4) 4.48(1) 16.53(1) 1.48 0.26 45.4 0.62
CH3OCH3 41,430,3* 99 324.362 10.2 0.32(1) 0.020 16.0 1.77×1.42 76.2 2.09(4) 1.57(6) 86.6(31) 4.45(2) 16.58(2) 1.20 0.51 70.5 0.78
70,761,6* 111 782.600 25.2 0.43(1) 0.053 8.1 1.58×1.31 72.1 2.57(3) 1.78(4) +80.6(16) 4.51(2) 16.46(1) 2.03 1.19 +83.0 1.56
H2CCO 51,541,4 100 094.514 27.5 0.17(1) 0.017 10.0 1.77×1.42 76.2 2.21(4) 1.74(9) 83.4(44) 4.81(2) 16.58(2) 1.42 0.88 65.4 1.12
51,441,3 101 981.429 27.7 0.17(1) 0.018 9.4 1.72×1.40 75.5 2.59(4) 1.80(6) 85.5(27) 4.64(3) 16.60(2) 1.97 1.06 79.1 1.44
CH3CN 6353 110 364.354 82.8 0.36(1) 0.030 12.0 1.61×1.18 81.7 2.58(1) 1.32(1) +60.9(6) 4.70(2) 16.58(1) 2.07 0.39 +55.3 0.90
6252 110 374.989 47.1 0.41(1) 0.031 13.2 1.61×1.18 81.7 2.06(5) 1.28(11) +62.1(38) 4.55(4) 16.60(3) 1.37 0.20 +49.9 0.52
CH3CCH 6353 102 530.348 82.3 0.18(1) 0.022 8.2 1.57×1.42 +48.6 3.39(1) 1.63(4) +38.7(2) 4.59(1) 16.57(1) 3.07 0.43 +38.9 1.15
6252 102 540.145 46.1 0.19(1) 0.021 9.0 1.57×1.42 +48.6 2.63(6) 1.77(3) +50.3(24) 4.78(2) 16.81(2) 2.21 0.81 +49.4 1.34
CH3OCHO 83,573,4 100 308.179 27.4 0.14(1) 0.017 8.2 1.77×1.42 76.2 2.40(3) 1.70(6) 80.7(31) 4.32(3) 16.57(2) 1.70 0.79 70.3 1.16

N5 C2H5CN 100,11100,10 96 919.762 28.1 0.85(1) 0.032 26.9 1.83×1.37 84.5 1.85(2) 1.56(2) 87.4(30) 2.39(1) 25.43(1) 0.78 0.10 19.3 0.28
112,10112,9 98 177.574 32.8 0.86(1) 0.035 24.6 1.79×1.34 84.7 1.85(2) 1.51(2) +87.1(1) 2.38(1) 25.47(1) 0.7 0.46 15.2 0.57
112,8113,7 98 701.101 38.4 0.85(1) 0.036 23.6 1.79×1.34 84.7 1.87(2) 1.55(2) +87.7(29) 2.41(1) 25.45(1) 0.78 0.53 15.5 0.64
112,9102,8 99 681.461 33.0 0.95(1) 0.038 25.0 1.79×1.34 84.7 1.84(2) 1.57(2) +86.3(1) 2.39(1) 25.43(1) 0.81 0.43 8.6 0.59
CH3OCH3 152,13152,14* 88 706.231 116.9 0.90(1) 0.062 14.5 1.91×1.65 +86.3 2.27(3) 1.78(4) +58.2(28) 2.19(2) 25.60(1) 1.39 0.18 +44.4 0.50
CH3CN 5343 91 971.130 77.5 1.29(1) 0.067 19.3 2.88×1.45 +83.5 3.79(1) 2.09(1) +76.0(1) 2.38(3) 25.52(1) 2.73 0.90 +57.3 1.57
6353 110 364.354 82.8 1.81(3) 0.047 38.5 1.61×1.18 81.7 1.84(2) 1.35(2) +84.4(15) 2.37(1) 25.37(1) 0.89 0.66 86.4 0.76
6252 110 374.989 47.1 1.65(2) 0.051 32.4 1.61×1.18 81.7 2.19(2) 1.45(3) +80.6(17) 2.33(1) 25.37(1) 1.48 0.83 +79.7 1.11
OCS 87 91 301.208 21.0 1.94(2) 0.026 74.6 1.82×1.33 81.8 2.25(2) 1.75(2) +84.5(16) 2.41(1) 25.37(1) 1.32 1.13 86.4 1.22
98 109 463.063 26.3 1.98(2) 0.020 99.0 1.61×1.18 81.7 1.96(1) 1.61(2) +81.6(17) 2.41(1) 25.39(1) 1.12 1.10 +79.1 1.11
CH3OH 6271 85 568.131 74.7 0.75(1) 0.028 26.8 2.08×1.54 84.6 2.38(2) 1.87(2) 85.2(15) 2.29(1) 25.41(1) 1.27 0.92 53.7 1.08
8071 95 169.391 83.5 1.00(2) 0.049 20.4 1.86×1.36 82.1 2.26(2) 1.45(5) 84.8(16) 2.28(2) 25.31(1) 1.35 0.33 72.6 0.66
21,011,0 96 755.501 28.0 0.48(2) 0.026 18.5 1.86×1.36 82.1 3.34(5) 1.78(17) 89.6(20) 2.20(5) 25.43(3) 2.78 1.12 87.6 1.77
CH3OCHO 72,662,5(E)** 84 449.169 19.0 0.14(1) 0.014 10.0 2.08×1.54 84.6 3.42(5) 2.03(8) +82.6(15) 2.00(2) 25.47(1) 2.71 1.33 +81.9 1.9
72,662,5(A) 84 454.754 19.0 0.14(1) 0.012 11.7 2.08×1.54 84.6 2.85(3) 2.02(3) +88.8(14) 2.14(2) 25.33(1) 1.95 1.30 87.3 1.59
73,563,4(A) 86 265.796 22.5 0.14(1) 0.010 14.0 2.04×1.51 83.3 2.41(1) 1.75(1) 70.7(1) 2.39(1) 25.35(1) 1.52 0.38 49.2 0.76
73,563,4(E) 86 268.739 22.5 0.15(1) 0.010 15.0 1.86×1.36 82.1 2.85(1) 1.69(1) 74.4(1) 2.53(1) 25.33(1) 2.08 0.45 65.0 0.97
71,661,5(A) 88 851.607 17.9 0.21(1) 0.019 11.1 1.91×1.65 +96.3 2.37(6) 1.79(6) +78.6(42) 2.05(3) 25.56(2) 1.44 0.62 70.7 0.94
72,562,4(E) 90 145.723 19.7 0.18(1) 0.013 13.8 1.77×1.58 +51.5 2.11(5) 1.83(5) 89.3(107) 2.14(3) 25.37(1) 1.30 0.74 +73.5 0.98
72,562,4(A) 90 156.473 19.7 0.16(1) 0.012 13.3 1.77×1.58 +51.5 2.65(10) 2.00(13) +87.7(62) 2.13(4) 25.42(1) 2.05 1.10 +81.4 1.50
85,375,2(E) 98 424.207 37.9 0.14(1) 0.012 11.7 1.79×1.34 84.7 1.95(4) 1.51(5) 86.6(30) 2.38(2) 25.49(2) 0.88 0.56 52.7 0.70
81,771,6(E) 100 482.241 22.8 0.25(1) 0.016 15.6 1.77×1.42 76.2 2.10(2) 1.56(3) +83.4(23) 2.50(2) 25.27(1) 1.15 0.60 88.2 0.83

Notes. Numbers in parentheses are uncertainties given by the fitting routine GAUSS-2D in units of the last digits.

(a)

Peak flux density and noise level measured in the integrated intensity map.

(b)

Signal-to-noise ratio.

(c)

Size of synthesized beam (HPBW) and position angle (east from north).

(d)

Size (FWHM) and position angle of the fitted Gaussian.

(e)

Equatorial offset with respect to phase center (see Sect. 2.1).

(f)

Deconvolved major and minor diameters of the emission (FWHM) and position angle.

(g)

Average deconvolved size of the emitting region.

(*)

The line is a group of transitions from the same molecule blended together.

(**)

The A and E labels mark the two substates of the ground torsional level of methyl formate.

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