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Table A.1

Observed line parameters.

Line νcalc νobs Ve ∫ Tmb dv
(MHz) (MHz) (km s−1) (K km s−1)
IK Tau
SiO 3−2 130 268.665 130 268.7(1) 17.7(2) 55.6(55)
SiS 8−7 145 227.054 145 226.9(5) 19.5(5) 6.1(6)
CS 3−2 146 969.025 146 969.4(5) 17.3(8) 3.11(3)
SO 33−22 129 138.983 129 139.5(5) 16.8(6) 2.29(2)
SO2 82−6−81−7 134 004.811 134 005.3(5) 16.6(5) 3.80(4)
SO2 51−5−40,4 135 696.016 135 696.7(5) 16.8(8) 5.20(5)
SO2 42−2−41,3 146 605.519 146 606.3(6) 16.6(6) 2.19(2)
SO2 22−0−21,1 151 378.662 151 379.4(5) 17.0(6) 1.21(1)
KU And
SiO 3−2 130 268.665 130 268.3(1) 20.7(1) 5.62(6)
SiS 8−7 145 227.054 145 227.1(1) 19.0(1) 1.88(2)
CS 3−2 146 969.025 146 968.5(1) 19.4(1) 1.4(4)
SO 33−22 129 138.983 – – –
SO2 82−6−81−7 134 004.811 – – –
SO2 51−5−40,4 135 696.016 – – –
SO2 42−2−41,3 146 605.519
SO2 22−0−21,1 151 378.662 – – –
RX Boo
SiO 3−2 130 268.665 130 268.7(1) 7.8(1) 26.0(26)
SiS 8−7 145 227.054 – – –
CS 3−2 146 969.025 – – –
SO 33−22 129 138.983 129 138.9(1) 7.8(1) 0.88(1)
SO2 82−6−81−7 134 004.811 134 005.0(5) 7.9(5) 0.83(8)
SO2 51−5−40,4 135 696.016 135 695.9(1) 6.5(1) 0.37(4)
SO2 42−2−41,3 146 605.519 146 606.4(5) 6.3(4) 0.23(5)(a)
SO2 22−0−21,1 151 378.662 151 377.8(10) 9.0(10) 0.12(2)(a)
RT Vir
SiO 3− 2 130 268.665 130 268.7(1) 7.1(1) 6.56(6)
SiS 8− 7 145 227.054 – – –
CS 3− 2 146 969.025 – – –
SO 33 − 22 129 138.983 129 139.2(1) 6.9(1) 0.64(1)
SO2 82−6 − 81−7 134 004.811 134 004.9(5) 6.0(4) 0.67(3)
SO2 51−5 − 40,4 135 696.016 135 696.0(5) 5.8(6) 0.35(3)
SO2 42−2 − 41,3 146 605.519 146 605.5(5) 5.5(6) 0.24(2)
SO2 22−0 − 21,1 151 378.662 151 379.3(10) 4.5(10) 0.09(2)(a)
R Leo
SiO 3− 2 130 268.665 130268.6(5) 5.1(5) 15.09(15)
SiS 8− 7 145 227.054 – – –
CS 3 − 2 146 969.025 146 968.5(5) 4.8(5) 0.10(1)(a)
SO 33 − 22 129 138.983 129 138.9(1) 4.5(3) 0.27(3)
SO2 82−6 − 81−7 134 004.811 – – –
SO2 51−5 − 40,4 135 696.016 – – –
SO2 42−2 − 41,3 146 605.519 – – –
SO2 22−0 − 21,1 151 378.662 – – –
WX Psc
SiO 3− 2 130 268.665 130 268.7(1) 18.8(4) 29.0(30)
SiS 8− 7 145 227.054 145 227.0(1) 19.4(4) 26.2(26)
CS 3− 2 146 969.025 146 969.0(1) 17.8(6) 2.41(2)
SO 33 − 22 129 138.983 129 139.2(1) 18.5(3) 1.11(1)
SO2 82−6−81−7 134 004.811 134 005.2(5) 17.7(5) 1.7(2)
SO2 51−5−40,4 135 696.016 135 696.2(1) 18.3(4) 6.81(7)
SO2 42−2−41,3 146 605.519 146 605.8(1) 18.4(2) 2.02(2)
SO2 22−0−21,1 151 378.662 151 378.8(1) 18.0(6) 1.40(1)
GX Mon
SiO 3−2 130 268.665 130 268.6(1) 18.4(1) 25.0(25)
SiS 8−7 145 227.054 145 226.8(4) 18.2(6) 2.10(20)
CS 3−2 146 969.025 146 968.9(5) 17.4(8) 1.51(1)
SO 33−22 129 138.983 129 138.9(1) 17.6(6) 1.39(1)
SO2 82−6−81−7 134 004.811 134 005.2(5) 16.6(6) 1.2(1)
SO2 51−5−40,4 135 696.016 135696.2(5) 18.1(5) 5.79(8)
SO2 42−2−41,3 146 605.519 146 605.4(5) 18.5(6) 1.54(1)
SO2 22−0−21,1 151 378.662 151 379.1(5) 18.0(4) 1.28(1)
NV Aur
SiO 3 − 2 130 268.665 130 268.5(1) 17.7(1) 13.7(14)
SiS 8 − 7 145 227.054 145 226.9(5) 17.1(4) 2.98(3)
CS 3 − 2 146 969.025 146 968.5(5) 16.3(4) 0.77(8)
SO 33−22 129 138.983 129 138.7(5) 16.4(4) 0.67(7)
SO2 82−6−81−7 134 004.811 134 004.9(5) 17.0(4) 1.4(1)
SO2 51−5−40,4 135 696.016 135 696.1(1) 17.1(1) 3.57(3)
SO2 42−2−41,3 146 605.519 146 605.6(5) 17.0(8) 1.14(1)
SO2 22−0−21,1 151 378.662 151 379.0(6) 17.3(5) 0.76(7)
V1111 Oph
SiO 3−2 130 268.665 130 268.6(6) 15.7(1) 21.0(20)
SiS 8−7 145 227.054 145 227.2(5) 14.2(7) 2.17(2)
CS 3−2 146 969.025 146 969.4(1) 14.2(1) 1.18(1)
SO 33−22 129 138.983 129 138.9(5) 15.2(3) 0.87(8)
SO2 82−6 − 81−7 134 004.811 134 005.0(1) 14.5(1) 1.2(3)
SO2 51−5 − 40,4 135 696.016 135 696.1(5) 15.9(5) 3.89(4)
SO2 42−2 − 41,3 146 605.519 146 605.4(5) 15.5(6) 1.27(1)
SO2 22−0 − 21,1 151 378.662 151 378.7(5) 15.3(5) 0.77(7)
RR Aql
SiO 3− 2 130 268.665 130 268.4(1) 6.0(10) 4.86(5)
SiS 8− 7 145 227.054 – – –
CS 3− 2 146 969.025 – – –
SO 33 − 22 129 138.983 129 138.9(5) 8.5(6) 0.40(4)
SO2 82−6 − 81−7 134 004.811 134 004.3(1) 7.8(1) 0.36(3)
SO2 51−5 − 40,4 135 696.016 135 696.2(1) 8.0(1) 1.17(1)
SO2 42−2 − 41,3 146 605.519 146 605.5(1) 8.0(1) 0.58(1)
SO2 22−0 − 21,1 151 378.662 151 379.0(5) 7.5(4) 0.31(3)
R LMi
SiO 3− 2 130 268.665 130 268.6(5) 5.8(5) 6.23(6)
SiS 8− 7 145 227.054 – – –
CS 3− 2 146 969.025 – – –
SO 33 − 22 129 138.983 129 139.1(5) 5.5(5) 0.18(2)
SO2 82−6 − 81−7 134 004.811 134 004.9(5) 4.8(5) 0.21(2)
SO2 51−5 − 40,4 135 696.016 135 694.6(10) 4.6(10) 0.09(2)(a)
SO2 42−2 − 41,3 146 605.519 146 606.1(5) 5.2(5) 0.05(1)(a)
SO2 22−0 − 21,1 151 378.662 – – –
BX Cam
SiO 3− 2 130 268.665 130 268.6(1) 17.3(1) 13.2(13)
SiS 8− 7 145 227.054 145 226.7(5) 15.4(6) 1.06(3)
CS 3−2 146 969.025 146 969.0(5) 17.6(5) 0.74(7)
SO 33−22 129 138.983 129 138.7(5) 15.4(5) 0.84(17)(a)
SO2 82−6−81−7 134 004.811 134 004.5(5) 14.9(8) 0.72(14)(a)
SO2 51−5−40,4 135 696.016 135 696.3(1) 17.0(1) 1.47(1)
SO2 42−2−41,3 146 605.519 146 606.0(1) 14.9(1) 0.49(5)(a)
SO2 22−0−21,1 151 378.662 151 378.9(10) 14.8(10) 0.25(5)(a)
V1300 Aql
SiO 3−2 130 268.665 130 268.5(1) 14.1(1) 7.51(7)
SiS 8−7 145 227.054 145 227.3(1) 14.7(5) 10.9(11)
CS 3−2 146 969.025 146 969.3(5) 14.0(5) 0.91(18)
SO 33−22 129 138.983 129 138.9(4) 13.6(4) 1.19(1)
SO2 82−6−81−7 134 004.811 134 004.8(6) 13.0(5) 1.16(11)
SO2 51−5−40,4 135 696.016 135 696.1(2) 13.7(5) 4.02(4)
SO2 42−2−41,3 146 605.519 146 605.6(5) 13.1(8) 1.91(2)
SO2 22−0−21,1 151 378.662 151 378.9(5) 13.2(5) 1.14(1)
R Cas
SiO 3−2 130 268.665 130 268.7(5) 8.3(5) 31.9(32)
SiS 8−7 145 227.054 145 226.2(10) 6.4(10) 0.18(4)(a)
CS 3−2 146 969.025 146 969.2(5) 6.8(5) 0.32(6)
SO 33−22 129 138.983 129 138.8(1) 7.0(1) 0.98(1)
SO2 82−6−81−7 134 004.811 134 004.9(5) 6.8(5) 0.87(9)
SO2 51−5−40,4 135 696.016 135 696.1(6) 8.2(8) 0.67(7)
SO2 42−2−41,3 146 605.519 146 606.0(5) 7.3(5) 0.30(3)
SO2 22−0−21,1 151 378.662 151 378.0(10) 6.7(10) 0.18(4)(a)
IRC -30 398
SiO 3−2 130 268.665 130 268.6(1) 14.8(5) 6.90(7)
SiS 8−7 145 227.054 145 227.2(5) 13.7(5) 0.34(7)
CS 3− 2 146 969.025 146 969.1(5) 14.0(5) 0.59(6)
SO 33 − 22 129 138.983 – – –
SO2 82−6 − 81−7 134 004.811 – – –
SO2 51−5 − 40,4 135 696.016 – – –
SO2 42−2 − 41,3 146 605.519 – – –
SO2 22−0 − 21,1 151 378.662 – – –
TX Cam
SiO 3− 2 130 268.665 130 268.8(5) 17.7(7) 36.4(36)
SiS 8− 7 145 227.054 145 226.7(1) 17.1(1) 7.6(7)
CS 3− 2 146 969.025 146 968.9(1) 19.4 (1) 8.8(9)
SO 33 − 22 129 138.983 129 139.5(1) 16.7(1) 1.09(1)
SO2 82−6 − 81−7 134 004.811 134 005.5(10) 18.6(10) 0.60(12) (a)
SO2 51−5 − 40,4 135 696.016 135 696.5(5) 17.9(5) 2.29(2)
SO2 42−2 − 41,3 146 605.519 146 606.6(5) 19.5(5) 0.60(6)
SO2 22−0 − 21,1 151 378.662 151 379.1(10) 19.2(10) 0.39(8)(a)
S CrB
SiO 3− 2 130 268.665 130 268.7(1) 4.9(1) 2.74(30)
SiS 8− 7 145 227.054 – – –
CS 3− 2 146 969.025 – – –
SO 33 − 22 129 138.983 129 139.0(5) 4.5(5) 0.17(4)(a)
SO2 82−6 − 81−7 134 004.811 134 005.6(5) 4.4(5) 0.30(3)(a)
SO2 51−5 − 40,4 135 696.016 135 696.4(5) 5.4(7) 0.31(3)(a)
SO2 42−2 − 41,3 146 605.519 146 606.7(5) 4.7(5) 0.18(2)(a)
SO2 22−0 − 21,1 151 378.662 151 378.5(10) 4.2(10) 0.02(1)(a)
IRC +60169
SiO 3−2 130 268.665 130 268.8(1) 13.2(1) 3.43(3)
SiS 8−7 145 227.054 145 227.8(10) 15.6(10) 0.15(3)(a)
CS 3−2 146 969.025 146 969.5(10) 11.3(10) 0.11(2)(a)
SO 33−22 129 138.983 129 138.5(10) 15.3(10) 0.17(3)(a)
SO2 82−6−81−7 134 004.811 134 004.2(10) 15.0(10) 0.10(2)(a)
SO2 51−5−40,4 135 696.016 135 696.7(5) 15.1(1) 0.77(7)
SO2 42−2−41,3 146 605.519 146 604.5(10) 15.0(10) 0.18(21)(a)
SO2 22−0−21,1 151 378.662 151 378.5(10) 15.3(10) 0.20(4)(a)
R Hya
SiO 3−2 130 268.665 130 268.5(5) 4.9(5) 14.0(14)
SiS 8−7 145 227.054 – – –
CS 3−2 146 969.025 – –
SO 33−22 129 138.983 129 140.0(10) 3.9(10) 0.11(2)(a)
SO2 82−6−81−7 134 004.811 – – –
SO2 51−5−40,4 135 696.016 – – –
SO2 42−2−41,3 146 605.519 – – –
SO2 22−0−21,1 151 378.662 – – –
R CrT
SiO 3−2 130 268.665 130 268.5(1) 10.4(1) 22.3(20)
SiS 8−7 145 227.054 – – –
CS 3−2 146 969.025? – – –
SO 33−22 129 138.983 129 139.5(5) 8.5(4) 0.82(1)
SO2 82−6−81−7 134 004.811 134 004.5(5) 10.6(6) 1.3(1)
SO2 51−5−40,4 135 696.016 135 696.4(1) 9.6(3) 0.73(7)
SO2 42−2−41,3 146 605.519 146 605.2(5) 10.4(6) 0.49(9)(a)
SO2 22−0−21,1 151 378.662 151 379.0(5) 10.3(5) 0.20(4)(a)
O Ceti
SiO 3− 2 130 268.665 130 268.6(5) 3.4(10) 1.62(16)
SiS 8− 7 145 227.054 – – –
CS 3− 2 146 969.025 146 969.4(5) 5.3 0.17(3)(a)
SO 33 − 22 129 138.983 129 138.7(5) 5.1(4) 0.22(2)
SO2 82−6 − 81−7 134 004.811 134 005.3(10) 4.7(10) 0.21(4)(a)
SO2 51−5 − 40,4 135 696.016 135 696.6(5) 2.7(5) 0.04(1)(a)
SO2 42−2 − 41,3 146 605.519 146 605.6(5) 3.7(7) 0.05(1)(a)
SO2 22−0 − 21,1 151 378.662 151 378.7(10) 1.5(10) 0.020(4)(a)
W Hya
SiO 3− 2 130 268.665 130 268.6(1) 6.3(1) 26.6(26)
SiS 8− 7 145 227.054 – – –
CS 3− 2 146 969.025 146 969.7(10) 6.1(10) 0.31(6)(a)
SO 33 − 22 129 138.983 129 139.3(5) 4.7(1) 0.33(3)
SO2 82−6 − 81−7 134 004.811 – – –
SO2 51−5 − 40,4 135 696.016 – – –
SO2 42−2 − 41,3 146 605.519 – – –
SO2 22−0 − 21,1 151 378.662 – – –
T Cep
SiO 3− 2 130 268.665 130 268.7(1) 3.8(1) 3.20(3)
SiS 8− 7 145 227.054 – – –
CS 3− 2 146 969.025 – – –
SO 33 − 22 129 138.983 – – –
SO2 82−6 − 81−7 134 004.811 – – –
SO2 51−5 − 40,4 135 696.016 – – –
SO2 42−2−41,3 146 605.519
SO2 22−0−21,1 151 378.662 – – –
V1943 Sgr
SiO 3−2 130 268.665 130 268.6(1) 4.5(5) 5.07(5)
SiS 8−7 145 227.054 – – –
CS 3−2 146 969.025 – – –
SO 33−22 129 138.983 129 138.9(10) 4.2(10) 0.20(4)
SO2 82−6−81−7 134 004.811 – – –
SO2 51−5−40,4 135 696.016 – – –
SO2 42−2−41,3 146 605.519 – –
SO2 22−0−21,1 151 378.662 – – –
SW Vir
SiO 3−2 130 268.665 130 268.6(1) 7.5(1) 17.4(17)
SiS 8−7 145 227.054 – – –
CS 3−2 146 969.025 146 969.0(10) 7.5(8) 0.33(6)(a)
SO 33−22 129 138.983 129 139.0(5) 7.1(6) 0.57(11)
SO2 82−6−81−7 134 004.811 – – –
SO2 51−5−40,4 135 696.016 – – –
SO2 42−2−41,3 146 605.519 – – –
SO2 22−0−21,1 151 378.662 – – –
AFGL 292
SiO 3−2 130 268.665 130 268.6(1) 6.9(6) 3.69(4)
SiS 8−7 145 227.054 – – –
CS 3−2 146 969.025 – – –
SO 33−22 129 138.983 129 138.7(10) 5.5(7) 0.09(2)(a)
SO2 82−6−81−7 134 004.811 – – –
SO2 51−5−40,4 135 696.016 – – –
SO2 42−2−41,3 146 605.519 – – –
SO2 22−0−21,1 151 378.662 – – –
BK Vir
SiO 3− 2 130 268.665 130 268.6(1) 4.2(8) 3.3(3)
SiS 8− 7 145 227.054 – – –
CS 3− 2 146 969.025 – – –
SO 33 − 22 129 138.983 – – –
SO2 82−6 − 81−7 134 004.811 – – –
SO2 51−5 − 40,4 135 696.016 – – –
SO2 42−2 − 41,3 146 605.519 – – –
SO2 22−0 − 21,1 151 378.662 – – –
OH 26.5+0.6
SiO 3− 2 130 268.665 130 268.6(1) 14.2(1) 6.55(6)
SiS 8− 7 145 227.054 145 227.0(1) 12.6(1) 1.54(1)
CS 3− 2 146 969.025 146 968.5(5) 15.6(5) 0.96(9)
SO 33 − 22 129 138.983 129 138.6(1) 13.1(3) 6.29(3)
SO2 82−6 − 81−7 134 004.811 134 005.5(1) 14.2(1) 4.15(4)
SO2 51−5 − 40,4 135 696.016 135 696.1(1) 14.3(4) 8.53(8)
SO2 42−2 − 41,3 146 605.519 146 605.4(4) 14.4(7) 3.79(4)
SO2 22−0 − 21,1 151 378.662 151 378.6(5) 14.1(4) 2.71(3)
Ep Aqr
SiO 3− 2 130 268.665 130 268.0(5) 8.1(10) 22.5(22)
SiS 8− 7 145 227.054 – – –
CS 3− 2 146 969.025 146 969.0(10) 0.9(5) 0.030(6)(a)
SO 33 − 22 129 138.983 129 138.8(5) 3.0(10) 1.16(23)
SO2 82−6−81−7 134 004.811 134 004.8(5) 2.2(10) 0.38(8)
SO2 51−5−40,4 135 696.016 135 696.0(5) 2.3(10) 0.13(1)
SO2 42−2−41,3 146 605.519 146 605.4(5) 3.2(10) 0.15(2)
SO2 22−0−21,1 151 378.662 151 378.6(5) 3.7(10) 0.08(2)
X Her
SiO 3−2 130 268.665 130 268.4(5) 6.5(5) 10.2(10)
SiS 8−7 145 227.054 – – –
CS 3−2 146 969.025 – – –
SO 33−22 129 138.983 129 138.8(5) 2.8(5) 0.52(5)
SO2 82−6−81−7 134 004.811 – – –
SO2 51−5−40,4 135 696.016 – – –
SO2 42−2−41,3 146 605.519 – – –
SO2 22−0−21,1 151 378.662 – – –

Notes. Numbers in parentheses are 1σ uncertainties in units of the last digits. (a)Marginal detection.

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