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Table B.1.

Fitting results of the spectral lines.

Source Line properties Lines
HCO+(1–0) H13CO+(1–0) SiO(2–1) HNC(1–0) HN13C(1–0)
W (K km s−1)a 6.58(0.18)b 2.41(0.11) 1.48(0.15) 2.35(0.38)b 1.98(0.12)
G008.684−00.367 VLSR (km s−1) 34.04(0.04)b 36.94(0.10) 37.71(0.42) 34.22(0.06)b 37.40(0.17)
ΔV (km s−1) 3.70(0.10)b 4.46(0.23) 8.09(0.94) 2.72(0.24)b 5.33(0.35)
Tmb (K) 1.67b 0.51 0.17 0.81b 0.35
W (K km s−1) 7.42(0.11) 0.96(0.08) 0.82(0.11) 5.19(0.10) 0.58(0.07)
G008.706−00.414 VLSR (km s−1) 38.56(0.04) 39.09(0.12) 39.35(0.32) 38.65(0.04) 39.38(0.11)
ΔV (km s−1) 5.30(0.09) 2.82(0.27) 4.38(0.77) 4.20(0.10) 1.81(0.22)
Tmb (K) 1.32 0.32 0.18 1.16 0.30
W (K km s−1) 3.13(0.16)c − − 0.94(0.12)c −
G010.444−00.017 VLSR (km s−1) 74.00(0.14)c − − 66.17(0.22)c −
ΔV (km s−1) 6.69(0.47)c − − 4.11(0.61)c −
Tmb (K) 0.44c − − 0.21c −
W (K km s−1) 5.60(0.14) 0.83(0.12) 1.12(0.16) 6.31(0.11) 1.12(0.09)
G013.178+00.059 VLSR (km s−1) 48.31(0.05) 49.06(0.17) 48.54 (0.44) 49.13(0.04) 49.45(0.15)
ΔV (km s−1) 4.41(0.13) 2.95(0.55) 7.32(1.53) 5.10(0.10) 3.68(0.37)
Tmb (K) 1.19 0.26 0.14 1.16 0.29
W (K km s−1) 1.50(0.23)b 1.18(0.08) − 1.71(0.13)b 0.64(0.08)
G014.114−00.574 VLSR (km s−1) 18.27(0.29)b 19.96(0.12) − 19.38(0.08)b 20.90(0.21)
ΔV (km s−1) 5.12(0.85)b 3.25(0.24) − 2.68(0.25)b 3.45(0.51)
Tmb (K) 0.28b 0.34 − 0.60b 0.17
W (K km s−1) 8.49 (0.16) 1.13(0.08) 2.65(0.19) 6.71(0.01) 0.82(0.09)
G014.194−00.194 VLSR (km s−1) 40.23(0.05) 39.52(0.10) 40.26(0.31) 39.85(0.03) 39.47(0.14)
ΔV (km s−1) 5.77(0.14) 2.86(0.26) 10.24(1.07) 4.35(0.06) 2.84(0.37)
Tmb (K) 1.38 0.37 0.24 1.44 0.27
W (K km s−1) 2.78 (0.12) − − 2.30(0.08) 0.29(0.05)
G014.492−00.139 VLSR (km s−1) 41.96(0.07) − − 40.84(0.05) 41.02(0.11)
ΔV (km s−1) 3.64(0.23) − − 3.00 (0.13) 1.17(0.24)
Tmb (K) 0.72 − − 0.72 0.23
W (K km s−1) 2.34(0.07)b 1.04(0.07) 1.49(0.15) 2.15(0.08)b 0.91(0.06)
G014.632−00.577 VLSR (km s−1) 20.32(0.03)b 18.79(0.08) 17.76(0.30) 19.90(0.03)b 18.81(0.07)
ΔV (km s−1) 1.94(0.07)b 2.34(0.21) 6.86(1.03) 1.85(0.08)b 1.94(0.16)
Tmb (K) 1.13b 0.42 0.20 1.09b 0.44
W (K km s−1) 18.63(0.22) 1.60(0.12) − 12.87(0.14) 1.56(0.12)
G018.876−00.489 VLSR (km s−1) 66.29(0.04) 66.52(0.14) − 66.67(0.03) 66.30(0.14)
ΔV (km s−1) 6.22(0.09) 3.84(0.35) − 5.64(0.08) 3.73(0.37)
Tmb (K) 2.81 0.39 − 2.14 0.39
W (K km s−1) 3.36(0.13)c 0.81(0.12) − 4.30(0.13) −
G309.382−00.134 VLSR (km s−1) −49.06(0.05)c −50.38(0.22) − −50.37(0.07) −
ΔV (km s−1) 2.82(0.13)c 3.39(0.68) − 5.34(0.19) −
Tmb (K) 0.74c 0.23 − 0.76 −
W (K km s−1) 4.85(0.25)c 1.07(0.12) − 3.18(0.52)c −
G317.867−00.151 VLSR (km s−1) −38.87(0.09)c −40.07(0.21) − −38.92(0.29)c −
ΔV (km s−1) 4.18(0.25)c 3.93(0.51) − 4.30(0.51)c −
Tmb (K) 1.09c 0.26 − 0.70c −
W (K km s−1) 3.44(0.14)c 0.65(0.10) 0.70(0.13) 4.02(0.12) 0.59(0.10)
G318.779−00.137 VLSR (km s−1) −36.45(0.08)c −38.59(0.25) −38.06(0.41) −37.87(0.09) −37.94(0.33)
ΔV (km s−1) 4.03(0.22)c 3.36(0.62) 4.54(0.99) 5.86(0.21) 3.89(0.74)
Tmb (K) 0.80c 0.18 0.14 0.65 0.14
W (K km s−1) 6.27(0.14) 0.93(0.10) − 3.53(0.12) −
G320.881−00.397 VLSR (km s−1) −44.51(0.06) −44.48(0.13) − −44.83(0.08) −
ΔV (km s−1) 5.21(0.13) 2.58(0.31) − 4.45(0.17) −
Tmb (K) 1.13 0.34 − 0.75 −
W (K km s−1) 4.32(0.13)b 0.56(0.10) − 3.87(0.12)b 3.07(0.72)
G326.987−00.031 VLSR (km s−1) −59.91(0.05)b −58.39(0.27) − −59.39(0.06)b −59.72(0.19)
ΔV (km s−1) 3.82(0.15)b 2.88(0.70) − 4.16(0.17)b 3.38(0.28)
Tmb (K) 1.06b 0.18 − 0.87b 0.85
W (K km s−1) 3.16(0.17)d 1.78(0.11) 4.49(0.18) 0.71(0.08)c 1.36(0.10)
G329.029−00.206 VLSR (km s−1) −39.78(0.19)d −43.30(0.16) −44.45(0.19) −46.31(0.05)c −43.21(0.11)
ΔV (km s−1) 7.49(0.48)d 4.92(0.36) 10.18(0.53) 1.40(0.13)c 3.33(0.29)
Tmb (K) 0.40d 0.34 0.41 0.45c 0.38
W (K km s−1) 4.67(0.19)b 1.01(0.10) 2.64(0.18) 3.27(0.26)b 0.73(0.09)
G331.708+00.583−1 VLSR (km s−1) −69.33(0.06)b −67.20(0.21) −67.14(0.45) −68.75(0.10)b −67.05(0.20)
ΔV (km s−1) 3.96(0.21)b 3.98(0.45) 14.01(1.24) 3.03(0.22)b 3.44(0.51)
Tmb (K) 1.11b 0.24 0.18 1.02b 0.20
W (K km s−1) 3.60(0.10)v 1.30(0.09) 1.51(0.11) 3.65(0.09)b 0.84(0.08)
G331.708+00.583−2 VLSR (km s−1) −69.57(0.03)b −67.14(0.15) −67.11(0.17) −68.95(0.03)b −67.17(0.14)
ΔV (km s−1) 2.80(0.10)b 4.08(0.33) 4.99(0.44) 2.72(0.08)b 2.63(0.29)
Tmb (K) 1.21b 0.30 0.28 1.26b 0.30
W (K km s−1) 1.85(0.14) 0.73(0.11) − 2.26(0.13) −
G333.656+00.059 VLSR (km s−1) −84.20(0.16) −84.71(0.23) − −84.59(0.12) −
ΔV (km s−1) 4.38(0.39) 2.98(0.57) − 4.29(0.30) −
Tmb (K) 0.40 0.23 − 0.50 −
W (K km s−1) 4.82(0.41)c 0.51(0.14)c − 6.21(0.22)c 1.32(0.10)c
G335.789+00.174 VLSR (km s−1) −49.30(0.02)c −49.45(0.13)c − −49.71(0.07)c −49.73(0.10)c
ΔV (km s−1) 3.95(0.16)c 1.51(0.31)c − 4.48(0.12)c 2.63(0.20)c
Tmb (K) 1.15c 0.32c − 1.12c 0.20c
W (K km s−1) 3.75(0.14) 0.28(0.07) − 2.87(0.10) 0.40(0.07)
G336.958−00.224 VLSR (km s−1) −71.54(0.09) −71.18(0.20) − −71.83(0.06) −71.34(0.20)
ΔV (km s−1) 5.69(0.28) 1.80(0.53) − 4.01(0.17) 2.18(0.45)
Tmb (K) 0.62 0.15 − 0.67 0.17
W (K km s−1) 4.04(0.17)d 0.96(0.10) − 4.19(0.14)c −
G337.176−00.032 VLSR (km s−1) −69.59(0.09) −68.15(0.32) − −68.77(0.09)c −
ΔV (km s−1) 5.82(0.34) 6.12(0.79)c − 6.11(0.30) −
Tmb (K) 0.65 0.15 − 0.65c −
W (K km s−1) 4.43(0.15) 0.43(0.10) − 4.20(0.14) 0.33(0.09)
G337.258−00.101 VLSR (km s−1) −68.47(0.14) −67.93(0.29) − −67.92(0.12) −68.30(0.29)
ΔV (km s−1) 8.51(0.34) 2.74(0.79) − 7.25(0.31) 2.30(0.71)
Tmb (K) 0.49 0.15 − 0.54 0.14
W (K km s−1) 1.40(0.28)c − − 0.59(0.15)c 0.60(0.11)
G338.786+00.476 VLSR (km s−1) −66.33(0.06)c − − −66.26(0.11)c −64.11(0.40)
ΔV (km s−1) 2.21(0.27)c − − 1.85(0.39)c 4.44(0.86)
Tmb (K) 0.59c − − 0.30c 0.13
W (K km s−1) 3.12(0.43)b 0.47(0.08) − 3.94(0.12) 0.55(0.19)
G340.784−00.097 VLSR (km s−1) −102.46(0.15)b −100.87(0.10) − −101.55(0.06) −101.16(0.25)
ΔV (km s−1) 2.69(0.25)b 1.9(0.32) − 4.41(0.17) 2.73(1.72)
Tmb (K) 1.09b 0.32 − 0.84 0.19
W (K km s−1) 2.29(0.14)c 0.66(0.07) − 1.49(0.01)c −
G342.484+00.182 VLSR (km s−1) −40.92(0.07)c −41.53(0.08) − −41.04(0.01)c −
ΔV (km s−1) 2.53(0.23)c 1.64(0.19) − 2.09(0.08)c −
Tmb (K) 0.52c 0.38 − 0.67c −
W (K km s−1) 2.17(0.09)b 1.27(0.08) 1.43(0.10) 2.66(0.08)b 0.98(0.09)
G343.756−00.164 VLSR (km s−1) −29.87(0.07)b −27.69(0.08) −27.41(0.18) −29.12(0.03)b −27.60(0.12)
ΔV (km s−1) 3.32(0.18)b 2.66(0.19) 5.05(0.42) 2.43(0.09)b 2.92(0.33)
Tmb (K) 0.61b 0.45 0.27 1.03b 0.31
W (K km s−1) 28.79(0.20)b 6.06(0.10) 8.62(0.12) 26.10(0.12) 4.73(0.11)
G351.444+00.659 VLSR (km s−1) −5.69(0.02)b −4.35(0.03) −3.98(0.06) −4.47(0.01) −4.31(0.04)
ΔV (km s−1) 5.46(0.05)b 3.89(0.07) 7.42(0.16) 6.03(0.03) 3.89(0.10)
Tmb (K) 4.95b 1.46 1.09 4.06 1.14
W (K km s−1) 1.77(0.06)c 0.99(0.10) − 1.97(0.08) 0.38(0.06)
G351.571+00.762 VLSR (km s−1) −2.58(0.06)c −3.12(0.10) − −3.06(0.06) −2.79(0.10)
ΔV (km s−1) 2.10(< 0.01)c 2.25(0.32) − 2.83(0.13) 1.30(0.23)
Tmb (K) 0.41c 0.41 − 0.65 0.28
W (K km s−1) 2.87(0.09)c 0.82(0.10) − 2.55(0.08)c 0.53(0.11)
G353.066+00.452−1 VLSR (km s−1) 2.25(0.04)c 1.62(0.14) − 1.68(0.05)c 1.56(0.26)
ΔV (km s−1) 2.50(< 0.01)c 2.24(0.31) − 2.70(< 0.01)c 2.63(0.63)
Tmb (K) 1.08c 0.34 − 0.89c 0.19
W (K km s−1) 4.73(0.11)b 1.00(0.09) − 4.41(0.09)b 0.36(0.09)
G353.066+00.452−2 VLSR (km s−1) −2.89(0.03)b −1.80(0.08) − −2.25(0.04)b −1.68(0.22)
ΔV (km s−1) 2.36(0.06)b 1.74(0.18) − 3.04(0.02)b 1.58(0.42)
Tmb (K) 1.89b 0.54 − 1.36b 0.21
W (K km s−1) 5.74(0.12) 0.68(0.08) − 2.88(0.10) −
G353.066+00.452−3 VLSR (km s−1) −3.11(0.03) −2.75(0.09) − −2.86(0.04) −
ΔV (km s−1) 2.94(0.08) 1.48(0.23) − 2.32(0.09) −
Tmb (K) 1.84 0.43 − 1.16 −
W (K km s−1) 11.49(0.32) 1.82(0.18) − 7.34(0.25) 0.40(0.10)
G353.417−00.079_1 VLSR (km s−1) −50.52(0.13) −49.76(0.23) − −49.84(0.12) −50.24(0.34)
ΔV (km s−1) 10.17(0.42) 5.29(0.68) − 7.58(0.35) 2.38(0.55)
Tmb (K) 1.06 0.32 − 0.91 0.16
W (K km s−1) 0.89(0.17)c 0.46(0.14) − − −
G353.417−00.079_2 VLSR (km s−1) −58.30(0.14)c −57.23(0.90) − − −
ΔV (km s−1) 2.27(0.39)c 4.76(1.75) − − −
Tmb (K) 0.37c 0.09 − − −
W (K km s−1) 1.67(0.13)b 0.68(0.07) − 1.48(0.09)b 0.32(0.07)
G354.944−00.537 VLSR (km s−1) −6.85(0.07)b −5.90(0.11) − −6.54(0.05)b −6.14(0.23)
ΔV (km s−1) 2.23(0.18)b 1.98(0.22) − 1.74(0.12)b 1.78(0.44)
Tmb (K) 0.70b 0.32 − 0.80b 0.17

Notes.

(a)

Integrated intensity of the line.

(b)

Spectral lines show two line components. The properties of the first component with the velocity close to the VLSR are given here.

(c)

Spectral lines show two line components. The properties of the second component with the velocity close to the VLSR are given here.

(d)

Spectral line could not be fitted with single or double Gaussian distribution due to self absorption. The properties of the third component are given here.

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