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Table 2

Spectral parameters of the observed lines of the analysed S-bearing species.

Line(a) v0 (GHz) E1 (K) Eu (K) Aul (s−1) Ref.(b) θMB(c) (″)
13CS
J = 2−1 92.494308 2 7 1.41×10−5 Fontani et al. (2015b) ~27

C34S
J = 2−1 96.41294 2 6 1.60×10−5 Fontani et al. (2015b) ~26

SO
J(K) = 2(2)−1(1) 86.09395 15 19 0.50×10−5 Colzi et al. (2018) ~29
J(K) = 6(5)−5(4) 219.949442 24 35 1.34×10−4 Fontani et al. (2015b) ~11
J(K) = 5(6)−4(5) 251.82577 39 51 1.93×10−4 This work ~10
J(K) = 8(9)−8(8) 254.573628 87 100 0.42×10−5 This work ~10
J(K) = 6(6)−5(5) 258.255826 44 56 2.12×10−4 This work ~10
J(K) = 3(4)−4(3) 267.197746 16 29 7.1×10−7 This work ~9

SO+
J = 11/2−9/2 , Ω = 1/2 , l = e 254.977935 27 39 8.63×10−5 This work ~10
J = 11/2−9/2 , Ω = 1/2 , l = f 255.353237 27 39 8.67×10−5 This work ~10

NS(d)
J = 11/2−9/2 , F = 13/2−11/2
Ω = 1/2 , l = e 253.570476 27 39 2.83×10−4 This work ~10
J = 11/2-9/2 , F = 13/2−11/2
Ω = 1/2 , l = f 253.968393 28 40 2.84×10−4 This work ~10

CCS
N(J) = 7(6)−6(5) 86.181391 19 23 2.78×10−5 Colzi et al. (2018) ~29
N(J) = 7(7)−6(6) 90.686381 21 26 3.29×10−5 Fontani et al. (2015b) ~27
N(J) = 7(8)−6(7) 93.870107 15 20 3.80×10−5 Fontani et al. (2015b) ~26
N(J) = 13(12)−12(12) 94.9394789 57 62 3.9×10−7 Fontani et al. (2015b) ~26
N(J) = 12(11)−11(10) 153.4497738 46 54 1.66×10−4 Colzi et al. (2018) ~16
N(J) = 17(18)−16(17) 221.0711222 88 98 5.07×10−4 Fontani et al. (2015b) ~11
N(J) = 7(6)−7(7) 223.5624057 15 26 3.06×10−6 Fontani et al. (2015b) ~11
N(J) = 10(10)−9(10) 254.2139143 31 43 3.21×10−6 Fontani et al. (2015b) ~10

HCS+
J = 2−1 85.34789 2 6 1.11×10−5 Colzi et al. (2018) ~29
J = 6−5 256.0271 31 43 3.46×10−4 This work ~10

p-H2S
J(Ka, Kb) = 2(2,0)−2(1,1) 216.710437 74 84 4.87×10−5 Fontani et al. (2015b) ~11

OCS
J = 18−17 218.903356 89 100 3.04×10−5 Fontani et al. (2015b) ~11
J = 21−20 255.374456 123 135 4.84×10−5 This work ~10
J = 22−21 267.530219 135 148 5.57×10−5 This work ~9

SO2
J(Ka, Kb) = 8(3,5)−9(2,8) 86.6390877 51 55 1.34×10−6 Colzi et al. (2018) ~28
J(Ka, Kb) = 11(1,11)−10(0,10) 221.9652196 50 60 1.14×10−4 Fontani et al. (2015b) ~11
J(Ka, Kb) = 13(1,13)−12(0,12) 251.199675 70 82 1.76×10−4 This work ~10
J(Ka, Kb) = 8(3,5)−8(2,6) 251.2105851 43 55 1.20×10−4 This work ~10
J(Ka, Kb) = 6(3,3)−6(2,4) 254.2805358 29 41 1.14×10−4 This work ~10
J(Ka, Kb) = 4(3,1)−4(2,2) 255.5533022 19 31 9.28×10−5 This work ~10
J(Ka, Kb) = 3(3,1)−3(2,2) 255.9580440 15 28 6.63×10−5 This work ~10
J(Ka, Kb) = 5(3,3)−5(2,4) 256.2469451 24 36 1.07×10−4 This work ~10
J(Ka, Kb) = 7(3,5)−7(2,6) 257.0999657 35 48 1.22×10−4 This work ~10
J(Ka, Kb) = 9(3,7)−9(2,8) 258.9421992 51 63 1.32×10−4 This work ~9
J(Ka, Kb) = 7(2,6)−6(1,5) 271.5290139 22 35 1.11×10−4 This work ~9

CCCS
J= 15−14 86.708379 29 33 5.04×10−5 Colzi et al. (2018) ~29
J = 16−15 92.488490 33 38 6.13×10−5 Fontani et al. (2015b) ~27

o-H2CS
J(Ka, Kb) = 8(1,8)−7(1,7) 270.521931 59 72 2.90×10−4 This work ~9

Notes. For CCS, H2S, CCCS, and SO2, only the transitions with Eu < 100 K are listed. (a)All parameters are taken from the CDMS catalogue (Endres et al. 2016), except that for SO+, for which we use the Jet Propulsory Laboratory (JPL) catalogue (Pickett et al. 1998). (b)Reference paper where the observations are presented. (c)Beam size. (d)We list only the two strongest hyperfine components.

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