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Table C.1

Overview of the identified transitions in the data and their basic parameters.

Molecule Transition Frequency (MHz) Eup(K) Aij (s−1) Receiver RMS (K)x) Positions
13CS 6−5 277455.405(30) 46.6 4.40 × 10−4 F 0.018 -
CH3OH-E 9−1 − 80 278304.512(12) 110.0 7.69 × 10−5 F, L 0.061 A/B
CH3OH-E 2−2−3−1 278342.261(11) 32.9 1.65 × 10−5 F, L* 0.014 -
H2CS 81,7 − 71,6 278887.661(50) 73.4 3.18 × 10−4 F, L 0.032 A/B
CH3OH-A 112 − 103 279351.887(12) 190.9 3.45 × 10−5 F, L* 0.014 -
N2H+ 3−2 279511.749(3) 26.8 1.26 × 10−3 F, L 0.028 A/B, E, E1, E2, W1, W2, HE2
OCS 23−22 279685.296(2) 161.1 0.64 × 10−4 F, L 0.064 A/B
H2CO 41,4−31,3 281526.929(10) 45.6 5.88 × 10−4 F, L 0.060 A/B, E, E1, E2, W1, W2, HE2
SO2 151,15 − 140,14 281762.600(1) 107.4 2.61 × 10−4 L 0.055 A/B
C34S 6−5 289209.068(1) 48.6 4.98 × 10−4 F 0.015 -
DCN 4−3 289644.917(1) 34.8 1.12 × 10−3 F 0.014 -
CH3OH-E 60 − 50 289939.377(5) 61.8 1.06 × 10−4 F, L* 0.056 A/B, E1, W2
CH3OH-E 6−1 − 5−1 290069.747(5) 54.3 1.03 × 10−4 F, L 0.053 A/B, E1
CH3OH-A+ 60 − 50 290110.637(5) 48.7 1.06 × 10−4 F, L 0.054 A/B, E, E1, E2, W2, HE2
CH3OH-A−a) 64 − 54 290161.348(5) 129.1 5.90 × 10−5 F, L* 0.013 -
CH3OH-A+a) 64 − 54 290161.352(5) 129.1 5.90 × 10−5 F, L* 0.013 -
CH3OH-Ea) 6−4 − 5−4 290162.356(5) 136.6 5.89 × 10−5 F, L* 0.013 -
CH3OH-Eb) 64 − 54 290183.289(5) 144.7 5.93 × 10−5 F, L* 0.013 -
CH3OH-A−b) 62 − 52 290184.674(5) 86.5 9.49 × 10−5 F, L* 0.013 -
CH3OH-A+b) 63 − 53 290189.515(5) 98.5 7.95 × 10−5 F, L* 0.013 -
CH3OH-A−b) 63 − 53 290190.549(5) 98.5 7.95 × 10−5 F, L* 0.013 -
CH3OH-Ec) 6−3 − 5−3 290209.695(5) 111.5 8.01 × 10−5 F, L* 0.017 -
CH3OH-Ec) 63 − 53 290213.180(5) 96.5 7.97 × 10−5 F, L* 0.017 -
CH3OH-E 61 − 51 290248.685(5) 69.8 1.06 × 10−4 F, L 0.053 A/B
CH3OH-A+ 62 − 52 290264.068(5) 86.5 9.50 × 10−5 F, L 0.030 A/B
CH3OH-Ed) 6−2 − 5−2 290307.281(5) 74.7 9.46 × 10−5 F, L 0.036 A/B, E1, W2
CH3OH-Ed) 62 − 52 290307.738(5) 71.0 9.35 × 10−5 F, L 0.036 A/B, E1, W2
34SO 76 − 65 290562.238(30) 63.8 3.04 × 10−4 F, L 0.009 A/B
H2CO 40,4−30,3 290623.405(10) 34.9 6.90 × 10−4 F, L 0.032 A/B, E, E1, E2, W1, W2, HE2
H2COe) 42,3−32,2 291237.766(2) 82.1 5.21 × 10−4 F, L 0.010 A/B, E1, E2, W1, W2, HE2
H2COe) 43,2−33,1 291380.442(2) 140.9 3.04 × 10−4 F, L 0.012 A/B, E1, E2, W1, W2
H2CO 43,1−33,0 291384.361(2) 140.9 3.04 × 10−4 F, L 0.012 A/B, E1, E2, W1, W2
C33S 6−5 291485.935(30) 49.0 5.10 × 10−4 F, L 0.065 A/B
D2CO 52,4−42,3 291745.747(1) 63.6 0.60 × 10−3 F, L 0.050 A/B
OCS 24 − 23 291839.653(1) 175.1 0.72 × 10−4 F, L 0.051 A/B
H2CO 42,2−32,1 291948.067(2) 82.1 5.25 × 10−4 F, L 0.012 A/B, E1, E2, W1, W2
CH3OH-A 61−51 292672.889(5) 63.7 1.06 × 10−4 F, L 0.053 A/B, E1
41,3−31,2 293126.515(46) 47.0 6.64 × 10−4 L 0.031 A/B
CH3OH-A+ 32−41 293464.055(13) 51.6 2.86 × 10−5 L* 0.025 -
CS 6−5 293912.086(3) 49.4 5.23 × 10−4 L 0.037 A/B, E, E1, W1, W2, HE2
SO 76−65 296550.064(30) 64.9 3.23 × 10−4 L 0.008 A/B, E1, W1, W2, HE2
DNC 4−3 305206.219(30) 36.6 1.37 × 10−3 L 0.057 A/B, E, E1, HE2
CH3OH-A−+ 31−30 305473.491(10) 28.6 3.26 × 10−4 L 0.009 A/B, E, E1, E2, W1, W2, HE2
CH3OH-A−+ 41−40 307165.924(10) 38.0 3.31 × 10−4 L 0.047 A/B, E1, W2, HE2
HDCO 51,5−41,4 308418.200(100) 52.4 8.09 × 10−4 L 0.008 A/B, E1
N2D+ 4−3 308422.267(30) 37.0 1.75 × 10−3 L 0.006 A/B, E, E1, HE2
SO2 43,1−32,2 332505.242(2) 31.3 3.29 × 10−4 L 0.085 A/B, E1
NH2D 10,1,1−00,0,1 332781.890(100) 16.6 7.82 × 10−6 L 0.078 A/B, E, HE2
NH2D 10,1,1−00,0,0 332822.510(100) 16.0 7.29 × 10−6 L 0.075 E
SO2 82,6−71,7 334673.353(2) 43.1 1.27 × 10−4 L 0.063 A/B, E1
HDCO 51,4−41,3 335096.783(2) 56.2 0.10 × 10−2 L* 0.073 A/B

Notes. Blended lines are indicated with small letters a)-l). The frequency uncertainty for each transition (obtained from the CDMS) is given in parenthesis in units of kHz. The sixth column describes the receivers that cover the respective frequencies, where it is differentiated between FLASH+ (F), LAsMA (L), and spectral lines covered by LAsMA but for which the maps are not displayed here (L*). x) The RMS corresponds to the spectrum RMS at A/B (in Kelvin) or the average RMS over each map (in K km s−1) for mapped transitions. The last column gives information about which positions show the respective spectral lines with a signal to noise ratio of three or higher.

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