Table 3. Open in new tab Line parameters...

Frequency	Molecule	Transition	E _u	ΔV_LSR*	T _mb*	Δv*	∫T_mbdv	rms
70.733206	D¹³CO⁺	1–0	2.4	0.12(3)	0.28(3)	0.53(7)	0.153(17)	32.4
71.024788	H₂¹³CO	1_{0, 1}–0_{0, 0}	2.4	0.13(5)	0.18(3)	0.63(11)	0.124(17)	30.2
72.039312	DCO⁺	1–0	2.4	0.061(3)	3.31(3)	0.654(6)	2.308(17)	30.3
72.101715	CCD	N = 1–0, J = 3/2–1/2, F = 3/2–3/2	2.4	−0.27(4)	0.20(3)	0.58(9)	0.147(16)	30.0
72.107700	CCD	N = 1–0, J = 3/2–1/2, F = 5/2–3/2	2.4	−0.035(13)	0.61(3)	0.60(3)	0.395(16)	29.2
72.109114	CCD	N = 1–0, J = 3/2–1/2, F = 1/2–1/2	2.4	0.40(3)	0.24(3)	0.43(6)	0.117(14)	29.8
72.112399	CCD	N = 1–0, J = 3/2–1/2, F = 3/2–1/2	2.4	0.51(2)	0.33(3)	0.48(6)	0.144(15)	30.2
72.187704	CCD	N = 1–0, J = 1/2–1/2, F = 3/2–3/2	2.4	−0.03(2)	0.36(3)	0.50(6)	0.165(20)	39.8
72.189505	CCD	N = 1–0, J = 1/2–1/2, F = 1/2–3/2	2.4	−0.93(6)	0.19(3)^‡	0.76(14)	0.12(3)	53.1
72.198388	CCD	N = 1–0, J = 1/2–1/2, F = 3/2–1/2	2.4	0.81(5)	0.18(3)	0.43(8)	0.065(16)	33.3
72.413504	DCN	J = 1–0, F = 1–1	2.4	0.019(20)	0.50(3)	0.67(5)	0.325(19)	32.2
72.414933	DCN	J = 1–0, F = 2–1	2.4	0.013(18)	0.63(3)	0.74(4)	0.53(2)	33.5
72.417028	DCN	J = 1–0, F = 0–1	2.4	0.09(4)	0.26(4)	0.51(10)	0.126(18)	36.0
76.117439	C₄H	N = 8–7, J = 17/2–15/2	11.4	0.08(2)	2.01(16)	0.60(5)	1.26(9)	171.0
76.156028	C₄H	N = 8–7, J = 15/2–13/2	11.4	0.090(7)	1.91(5)	0.575(18)	1.19(3)	54.5
76.198726	\|$\mathrm{l\hbox{-}C_3H}$\|	²Π_3/2, J = 7/2–5/2, F = 4–3, e	5.4	0.11(2)	0.56(4)	0.58(5)	0.36(2)	43.6
76.199928	\|$\mathrm{l\hbox{-}C_3H}$\|	²Π_3/2, J = 7/2–5/2, F = 3–2, e	5.4	0.13(2)	0.51(5)	0.47(5)	0.24(2)	42.5
76.204182	\|$\mathrm{l\hbox{-}C_3H}$\|	²Π_3/2, J = 7/2–5/2, F = 4–3, f	5.4	0.031(20)	0.59(4)	0.55(5)	0.31(2)	44.7
76.205103	\|$\mathrm{l\hbox{-}C_3H}$\|	²Π_3/2, J = 7/2–5/2, F = 3–2, f	5.4	0.08(3)	0.42(4)	0.60(7)	0.29(2)	43.0
76.305700	DNC	1–0	2.5	0.014(13)	1.75(5)	0.96(3)	1.84(4)	55.6
77.100041	\|$\mathrm{c\hbox{-}C_3H_2}$\|	5_{3, 2}–5_{2, 3}	31.1	0.18(2)	0.202(11)	0.78(5)	0.168(8)	13.9
77.107760	N₂D⁺	N = 1–0, J = 1/2–1/2, F = 2–2	2.6	0.22(3)	0.038(4)^†	0.58(7)	0.022(13)	13.1
77.109315	N₂D⁺	N = 1–0, J = 3/2–1/2, F = 2–1	2.6	0.22(3)	0.038(4)^†	0.58(7)	0.046(13)	13.1
77.109612	N₂D⁺	N = 1–0, J = 3/2–1/2, F = 3–2	2.6	0.22(3)	0.071(8)	0.58(7)	0.035(13)	13.1
77.109811	N₂D⁺	N = 1–0, J = 3/2–1/2, F = 1–0	2.6	0.22(3)	0.0170(18)^†	0.58(7)	0.006(13)	13.1
77.112106	N₂D⁺	N = 1–0, J = 1/2–1/2, F = 1–2	2.6	0.22(3)	0.0170(18)^†	0.58(7)	0.020(12)	13.1
77.880542	CH₃CCD	J_K = 5₀–4₀	7.8	0.05(9)	0.13(4)^†	0.6(2)	0.13(2)	43.0
79.099313	CH₃CHO	4_{1, 3}–3_{1, 2}, E	8.2	−0.03(5)	0.079(15)	0.49(10)	0.014(7)	14.1
79.150166	CH₃CHO	4_{1, 3}–3_{1, 2}, A⁻	8.2	0.13(7)	0.053(15)^†	0.52(17)	0.037(8)	15.7
79.150993	C₃N	N = 8–7, J = 17/2–15/2	11.9	0.10(4)	0.098(14)	0.55(9)	0.056(8)	15.5

Frequency

Molecule

Transition

E _u

ΔV_LSR*

T _mb*

Δv*

∫T_mbdv

rms

(GHz)

(cm⁻¹)

(km s⁻¹)

(K)

(km s⁻¹)

(K km s⁻¹)

(mK)

70.733206

D¹³CO⁺

1–0

2.4

0.12(3)

0.28(3)

0.53(7)

0.153(17)

32.4

71.024788

H₂¹³CO

1_{0, 1}–0_{0, 0}

2.4

0.13(5)

0.18(3)

0.63(11)

0.124(17)

30.2

72.039312

DCO⁺

1–0

2.4

0.061(3)

3.31(3)

0.654(6)

2.308(17)

30.3

72.101715

CCD

N = 1–0, J = 3/2–1/2, F = 3/2–3/2

2.4

−0.27(4)

0.20(3)

0.58(9)

0.147(16)

30.0

72.107700

CCD

N = 1–0, J = 3/2–1/2, F = 5/2–3/2

2.4

−0.035(13)

0.61(3)

0.60(3)

0.395(16)

29.2

72.109114

CCD

N = 1–0, J = 3/2–1/2, F = 1/2–1/2

2.4

0.40(3)

0.24(3)

0.43(6)

0.117(14)

29.8

72.112399

CCD

N = 1–0, J = 3/2–1/2, F = 3/2–1/2

2.4

0.51(2)

0.33(3)

0.48(6)

0.144(15)

30.2

72.187704

CCD

N = 1–0, J = 1/2–1/2, F = 3/2–3/2

2.4

−0.03(2)

0.36(3)

0.50(6)

0.165(20)

39.8

72.189505

CCD

N = 1–0, J = 1/2–1/2, F = 1/2–3/2

2.4

−0.93(6)

0.19(3)^‡

0.76(14)

0.12(3)

53.1

72.198388

CCD

N = 1–0, J = 1/2–1/2, F = 3/2–1/2

2.4

0.81(5)

0.18(3)

0.43(8)

0.065(16)

33.3

72.413504

DCN

J = 1–0, F = 1–1

2.4

0.019(20)

0.50(3)

0.67(5)

0.325(19)

32.2

72.414933

DCN

J = 1–0, F = 2–1

2.4

0.013(18)

0.63(3)

0.74(4)

0.53(2)

33.5

72.417028

DCN

J = 1–0, F = 0–1

2.4

0.09(4)

0.26(4)

0.51(10)

0.126(18)

36.0

76.117439

C₄H

N = 8–7, J = 17/2–15/2

11.4

0.08(2)

2.01(16)

0.60(5)

1.26(9)

171.0

76.156028

C₄H

N = 8–7, J = 15/2–13/2

11.4

0.090(7)

1.91(5)

0.575(18)

1.19(3)

54.5

76.198726

|$\mathrm{l\hbox{-}C_3H}$|

²Π_3/2, J = 7/2–5/2, F = 4–3, e

5.4

0.11(2)

0.56(4)

0.58(5)

0.36(2)

43.6

76.199928

|$\mathrm{l\hbox{-}C_3H}$|

²Π_3/2, J = 7/2–5/2, F = 3–2, e

5.4

0.13(2)

0.51(5)

0.47(5)

0.24(2)

42.5

76.204182

|$\mathrm{l\hbox{-}C_3H}$|

²Π_3/2, J = 7/2–5/2, F = 4–3, f

5.4

0.031(20)

0.59(4)

0.55(5)

0.31(2)

44.7

76.205103

|$\mathrm{l\hbox{-}C_3H}$|

²Π_3/2, J = 7/2–5/2, F = 3–2, f

5.4

0.08(3)

0.42(4)

0.60(7)

0.29(2)

43.0

76.305700

DNC

1–0

2.5

0.014(13)

1.75(5)

0.96(3)

1.84(4)

55.6

77.100041

|$\mathrm{c\hbox{-}C_3H_2}$|

5_{3, 2}–5_{2, 3}

31.1

0.18(2)

0.202(11)

0.78(5)

0.168(8)

13.9

77.107760

N₂D⁺

N = 1–0, J = 1/2–1/2, F = 2–2

2.6

0.22(3)

0.038(4)^†

0.58(7)

0.022(13)

13.1

77.109315

N₂D⁺

N = 1–0, J = 3/2–1/2, F = 2–1

2.6

0.22(3)

0.038(4)^†

0.58(7)

0.046(13)

13.1

77.109612

N₂D⁺

N = 1–0, J = 3/2–1/2, F = 3–2

2.6

0.22(3)

0.071(8)

0.58(7)

0.035(13)

13.1

77.109811

N₂D⁺

N = 1–0, J = 3/2–1/2, F = 1–0

2.6

0.22(3)

0.0170(18)^†

0.58(7)

0.006(13)

13.1

77.112106

N₂D⁺

N = 1–0, J = 1/2–1/2, F = 1–2

2.6

0.22(3)

0.0170(18)^†

0.58(7)

0.020(12)

13.1

77.880542

CH₃CCD

J_K = 5₀–4₀

7.8

0.05(9)

0.13(4)^†

0.6(2)

0.13(2)

43.0

79.099313

CH₃CHO

4_{1, 3}–3_{1, 2}, E

8.2

−0.03(5)

0.079(15)

0.49(10)

0.014(7)

14.1

79.150166

CH₃CHO

4_{1, 3}–3_{1, 2}, A⁻

8.2

0.13(7)

0.053(15)^†

0.52(17)

0.037(8)

15.7

79.150993

C₃N

N = 8–7, J = 17/2–15/2

11.9

0.10(4)

0.098(14)

0.55(9)

0.056(8)

15.5

Frequency	Molecule	Transition	E _u	ΔV_LSR*	T _mb*	Δv*	∫T_mbdv	rms
70.733206	D¹³CO⁺	1–0	2.4	0.12(3)	0.28(3)	0.53(7)	0.153(17)	32.4
71.024788	H₂¹³CO	1_{0, 1}–0_{0, 0}	2.4	0.13(5)	0.18(3)	0.63(11)	0.124(17)	30.2
72.039312	DCO⁺	1–0	2.4	0.061(3)	3.31(3)	0.654(6)	2.308(17)	30.3
72.101715	CCD	N = 1–0, J = 3/2–1/2, F = 3/2–3/2	2.4	−0.27(4)	0.20(3)	0.58(9)	0.147(16)	30.0
72.107700	CCD	N = 1–0, J = 3/2–1/2, F = 5/2–3/2	2.4	−0.035(13)	0.61(3)	0.60(3)	0.395(16)	29.2
72.109114	CCD	N = 1–0, J = 3/2–1/2, F = 1/2–1/2	2.4	0.40(3)	0.24(3)	0.43(6)	0.117(14)	29.8
72.112399	CCD	N = 1–0, J = 3/2–1/2, F = 3/2–1/2	2.4	0.51(2)	0.33(3)	0.48(6)	0.144(15)	30.2
72.187704	CCD	N = 1–0, J = 1/2–1/2, F = 3/2–3/2	2.4	−0.03(2)	0.36(3)	0.50(6)	0.165(20)	39.8
72.189505	CCD	N = 1–0, J = 1/2–1/2, F = 1/2–3/2	2.4	−0.93(6)	0.19(3)^‡	0.76(14)	0.12(3)	53.1
72.198388	CCD	N = 1–0, J = 1/2–1/2, F = 3/2–1/2	2.4	0.81(5)	0.18(3)	0.43(8)	0.065(16)	33.3
72.413504	DCN	J = 1–0, F = 1–1	2.4	0.019(20)	0.50(3)	0.67(5)	0.325(19)	32.2
72.414933	DCN	J = 1–0, F = 2–1	2.4	0.013(18)	0.63(3)	0.74(4)	0.53(2)	33.5
72.417028	DCN	J = 1–0, F = 0–1	2.4	0.09(4)	0.26(4)	0.51(10)	0.126(18)	36.0
76.117439	C₄H	N = 8–7, J = 17/2–15/2	11.4	0.08(2)	2.01(16)	0.60(5)	1.26(9)	171.0
76.156028	C₄H	N = 8–7, J = 15/2–13/2	11.4	0.090(7)	1.91(5)	0.575(18)	1.19(3)	54.5
76.198726	\|$\mathrm{l\hbox{-}C_3H}$\|	²Π_3/2, J = 7/2–5/2, F = 4–3, e	5.4	0.11(2)	0.56(4)	0.58(5)	0.36(2)	43.6
76.199928	\|$\mathrm{l\hbox{-}C_3H}$\|	²Π_3/2, J = 7/2–5/2, F = 3–2, e	5.4	0.13(2)	0.51(5)	0.47(5)	0.24(2)	42.5
76.204182	\|$\mathrm{l\hbox{-}C_3H}$\|	²Π_3/2, J = 7/2–5/2, F = 4–3, f	5.4	0.031(20)	0.59(4)	0.55(5)	0.31(2)	44.7
76.205103	\|$\mathrm{l\hbox{-}C_3H}$\|	²Π_3/2, J = 7/2–5/2, F = 3–2, f	5.4	0.08(3)	0.42(4)	0.60(7)	0.29(2)	43.0
76.305700	DNC	1–0	2.5	0.014(13)	1.75(5)	0.96(3)	1.84(4)	55.6
77.100041	\|$\mathrm{c\hbox{-}C_3H_2}$\|	5_{3, 2}–5_{2, 3}	31.1	0.18(2)	0.202(11)	0.78(5)	0.168(8)	13.9
77.107760	N₂D⁺	N = 1–0, J = 1/2–1/2, F = 2–2	2.6	0.22(3)	0.038(4)^†	0.58(7)	0.022(13)	13.1
77.109315	N₂D⁺	N = 1–0, J = 3/2–1/2, F = 2–1	2.6	0.22(3)	0.038(4)^†	0.58(7)	0.046(13)	13.1
77.109612	N₂D⁺	N = 1–0, J = 3/2–1/2, F = 3–2	2.6	0.22(3)	0.071(8)	0.58(7)	0.035(13)	13.1
77.109811	N₂D⁺	N = 1–0, J = 3/2–1/2, F = 1–0	2.6	0.22(3)	0.0170(18)^†	0.58(7)	0.006(13)	13.1
77.112106	N₂D⁺	N = 1–0, J = 1/2–1/2, F = 1–2	2.6	0.22(3)	0.0170(18)^†	0.58(7)	0.020(12)	13.1
77.880542	CH₃CCD	J_K = 5₀–4₀	7.8	0.05(9)	0.13(4)^†	0.6(2)	0.13(2)	43.0
79.099313	CH₃CHO	4_{1, 3}–3_{1, 2}, E	8.2	−0.03(5)	0.079(15)	0.49(10)	0.014(7)	14.1
79.150166	CH₃CHO	4_{1, 3}–3_{1, 2}, A⁻	8.2	0.13(7)	0.053(15)^†	0.52(17)	0.037(8)	15.7
79.150993	C₃N	N = 8–7, J = 17/2–15/2	11.9	0.10(4)	0.098(14)	0.55(9)	0.056(8)	15.5

Frequency

Molecule

Transition

E _u

ΔV_LSR*

T _mb*

Δv*

∫T_mbdv

rms

(GHz)

(cm⁻¹)

(km s⁻¹)

(K)

(km s⁻¹)

(K km s⁻¹)

(mK)

70.733206

D¹³CO⁺

1–0

2.4

0.12(3)

0.28(3)

0.53(7)

0.153(17)

32.4

71.024788

H₂¹³CO

1_{0, 1}–0_{0, 0}

2.4

0.13(5)

0.18(3)

0.63(11)

0.124(17)

30.2

72.039312

DCO⁺

1–0

2.4

0.061(3)

3.31(3)

0.654(6)

2.308(17)

30.3

72.101715

CCD

N = 1–0, J = 3/2–1/2, F = 3/2–3/2

2.4

−0.27(4)

0.20(3)

0.58(9)

0.147(16)

30.0

72.107700

CCD

N = 1–0, J = 3/2–1/2, F = 5/2–3/2

2.4

−0.035(13)

0.61(3)

0.60(3)

0.395(16)

29.2

72.109114

CCD

N = 1–0, J = 3/2–1/2, F = 1/2–1/2

2.4

0.40(3)

0.24(3)

0.43(6)

0.117(14)

29.8

72.112399

CCD

N = 1–0, J = 3/2–1/2, F = 3/2–1/2

2.4

0.51(2)

0.33(3)

0.48(6)

0.144(15)

30.2

72.187704

CCD

N = 1–0, J = 1/2–1/2, F = 3/2–3/2

2.4

−0.03(2)

0.36(3)

0.50(6)

0.165(20)

39.8

72.189505

CCD

N = 1–0, J = 1/2–1/2, F = 1/2–3/2

2.4

−0.93(6)

0.19(3)^‡

0.76(14)

0.12(3)

53.1

72.198388

CCD

N = 1–0, J = 1/2–1/2, F = 3/2–1/2

2.4

0.81(5)

0.18(3)

0.43(8)

0.065(16)

33.3

72.413504

DCN

J = 1–0, F = 1–1

2.4

0.019(20)

0.50(3)

0.67(5)

0.325(19)

32.2

72.414933

DCN

J = 1–0, F = 2–1

2.4

0.013(18)

0.63(3)

0.74(4)

0.53(2)

33.5

72.417028

DCN

J = 1–0, F = 0–1

2.4

0.09(4)

0.26(4)

0.51(10)

0.126(18)

36.0

76.117439

C₄H

N = 8–7, J = 17/2–15/2

11.4

0.08(2)

2.01(16)

0.60(5)

1.26(9)

171.0

76.156028

C₄H

N = 8–7, J = 15/2–13/2

11.4

0.090(7)

1.91(5)

0.575(18)

1.19(3)

54.5

76.198726

|$\mathrm{l\hbox{-}C_3H}$|

²Π_3/2, J = 7/2–5/2, F = 4–3, e

5.4

0.11(2)

0.56(4)

0.58(5)

0.36(2)

43.6

76.199928

|$\mathrm{l\hbox{-}C_3H}$|

²Π_3/2, J = 7/2–5/2, F = 3–2, e

5.4

0.13(2)

0.51(5)

0.47(5)

0.24(2)

42.5

76.204182

|$\mathrm{l\hbox{-}C_3H}$|

²Π_3/2, J = 7/2–5/2, F = 4–3, f

5.4

0.031(20)

0.59(4)

0.55(5)

0.31(2)

44.7

76.205103

|$\mathrm{l\hbox{-}C_3H}$|

²Π_3/2, J = 7/2–5/2, F = 3–2, f

5.4

0.08(3)

0.42(4)

0.60(7)

0.29(2)

43.0

76.305700

DNC

1–0

2.5

0.014(13)

1.75(5)

0.96(3)

1.84(4)

55.6

77.100041

|$\mathrm{c\hbox{-}C_3H_2}$|

5_{3, 2}–5_{2, 3}

31.1

0.18(2)

0.202(11)

0.78(5)

0.168(8)

13.9

77.107760

N₂D⁺

N = 1–0, J = 1/2–1/2, F = 2–2

2.6

0.22(3)

0.038(4)^†

0.58(7)

0.022(13)

13.1

77.109315

N₂D⁺

N = 1–0, J = 3/2–1/2, F = 2–1

2.6

0.22(3)

0.038(4)^†

0.58(7)

0.046(13)

13.1

77.109612

N₂D⁺

N = 1–0, J = 3/2–1/2, F = 3–2

2.6

0.22(3)

0.071(8)

0.58(7)

0.035(13)

13.1

77.109811

N₂D⁺

N = 1–0, J = 3/2–1/2, F = 1–0

2.6

0.22(3)

0.0170(18)^†

0.58(7)

0.006(13)

13.1

77.112106

N₂D⁺

N = 1–0, J = 1/2–1/2, F = 1–2

2.6

0.22(3)

0.0170(18)^†

0.58(7)

0.020(12)

13.1

77.880542

CH₃CCD

J_K = 5₀–4₀

7.8

0.05(9)

0.13(4)^†

0.6(2)

0.13(2)

43.0

79.099313

CH₃CHO

4_{1, 3}–3_{1, 2}, E

8.2

−0.03(5)

0.079(15)

0.49(10)

0.014(7)

14.1

79.150166

CH₃CHO

4_{1, 3}–3_{1, 2}, A⁻

8.2

0.13(7)

0.053(15)^†

0.52(17)

0.037(8)

15.7

79.150993

C₃N

N = 8–7, J = 17/2–15/2

11.9

0.10(4)

0.098(14)

0.55(9)

0.056(8)

15.5

Table 3.

Open in new tab

Line parameters of the supplementary observation in the 4 mm band.

Frequency	Molecule	Transition	E _u	ΔV_LSR*	T _mb*	Δv*	∫T_mbdv	rms
(GHz)			(cm⁻¹)	(km s⁻¹)	(K)	(km s⁻¹)	(K km s⁻¹)	(mK)
70.733206	D¹³CO⁺	1–0	2.4	0.12(3)	0.28(3)	0.53(7)	0.153(17)	32.4
71.024788	H₂¹³CO	1_{0, 1}–0_{0, 0}	2.4	0.13(5)	0.18(3)	0.63(11)	0.124(17)	30.2
72.039312	DCO⁺	1–0	2.4	0.061(3)	3.31(3)	0.654(6)	2.308(17)	30.3
72.101715	CCD	N = 1–0, J = 3/2–1/2, F = 3/2–3/2	2.4	−0.27(4)	0.20(3)	0.58(9)	0.147(16)	30.0
72.107700	CCD	N = 1–0, J = 3/2–1/2, F = 5/2–3/2	2.4	−0.035(13)	0.61(3)	0.60(3)	0.395(16)	29.2
72.109114	CCD	N = 1–0, J = 3/2–1/2, F = 1/2–1/2	2.4	0.40(3)	0.24(3)	0.43(6)	0.117(14)	29.8
72.112399	CCD	N = 1–0, J = 3/2–1/2, F = 3/2–1/2	2.4	0.51(2)	0.33(3)	0.48(6)	0.144(15)	30.2
72.187704	CCD	N = 1–0, J = 1/2–1/2, F = 3/2–3/2	2.4	−0.03(2)	0.36(3)	0.50(6)	0.165(20)	39.8
72.189505	CCD	N = 1–0, J = 1/2–1/2, F = 1/2–3/2	2.4	−0.93(6)	0.19(3)^‡	0.76(14)	0.12(3)	53.1
72.198388	CCD	N = 1–0, J = 1/2–1/2, F = 3/2–1/2	2.4	0.81(5)	0.18(3)	0.43(8)	0.065(16)	33.3
72.413504	DCN	J = 1–0, F = 1–1	2.4	0.019(20)	0.50(3)	0.67(5)	0.325(19)	32.2
72.414933	DCN	J = 1–0, F = 2–1	2.4	0.013(18)	0.63(3)	0.74(4)	0.53(2)	33.5
72.417028	DCN	J = 1–0, F = 0–1	2.4	0.09(4)	0.26(4)	0.51(10)	0.126(18)	36.0
76.117439	C₄H	N = 8–7, J = 17/2–15/2	11.4	0.08(2)	2.01(16)	0.60(5)	1.26(9)	171.0
76.156028	C₄H	N = 8–7, J = 15/2–13/2	11.4	0.090(7)	1.91(5)	0.575(18)	1.19(3)	54.5
76.198726	\|$\mathrm{l\hbox{-}C_3H}$\|	²Π_3/2, J = 7/2–5/2, F = 4–3, e	5.4	0.11(2)	0.56(4)	0.58(5)	0.36(2)	43.6
76.199928	\|$\mathrm{l\hbox{-}C_3H}$\|	²Π_3/2, J = 7/2–5/2, F = 3–2, e	5.4	0.13(2)	0.51(5)	0.47(5)	0.24(2)	42.5
76.204182	\|$\mathrm{l\hbox{-}C_3H}$\|	²Π_3/2, J = 7/2–5/2, F = 4–3, f	5.4	0.031(20)	0.59(4)	0.55(5)	0.31(2)	44.7
76.205103	\|$\mathrm{l\hbox{-}C_3H}$\|	²Π_3/2, J = 7/2–5/2, F = 3–2, f	5.4	0.08(3)	0.42(4)	0.60(7)	0.29(2)	43.0
76.305700	DNC	1–0	2.5	0.014(13)	1.75(5)	0.96(3)	1.84(4)	55.6
77.100041	\|$\mathrm{c\hbox{-}C_3H_2}$\|	5_{3, 2}–5_{2, 3}	31.1	0.18(2)	0.202(11)	0.78(5)	0.168(8)	13.9
77.107760	N₂D⁺	N = 1–0, J = 1/2–1/2, F = 2–2	2.6	0.22(3)	0.038(4)^†	0.58(7)	0.022(13)	13.1
77.109315	N₂D⁺	N = 1–0, J = 3/2–1/2, F = 2–1	2.6	0.22(3)	0.038(4)^†	0.58(7)	0.046(13)	13.1
77.109612	N₂D⁺	N = 1–0, J = 3/2–1/2, F = 3–2	2.6	0.22(3)	0.071(8)	0.58(7)	0.035(13)	13.1
77.109811	N₂D⁺	N = 1–0, J = 3/2–1/2, F = 1–0	2.6	0.22(3)	0.0170(18)^†	0.58(7)	0.006(13)	13.1
77.112106	N₂D⁺	N = 1–0, J = 1/2–1/2, F = 1–2	2.6	0.22(3)	0.0170(18)^†	0.58(7)	0.020(12)	13.1
77.880542	CH₃CCD	J_K = 5₀–4₀	7.8	0.05(9)	0.13(4)^†	0.6(2)	0.13(2)	43.0
79.099313	CH₃CHO	4_{1, 3}–3_{1, 2}, E	8.2	−0.03(5)	0.079(15)	0.49(10)	0.014(7)	14.1
79.150166	CH₃CHO	4_{1, 3}–3_{1, 2}, A⁻	8.2	0.13(7)	0.053(15)^†	0.52(17)	0.037(8)	15.7
79.150993	C₃N	N = 8–7, J = 17/2–15/2	11.9	0.10(4)	0.098(14)	0.55(9)	0.056(8)	15.5

Frequency	Molecule	Transition	E _u	ΔV_LSR*	T _mb*	Δv*	∫T_mbdv	rms
(GHz)			(cm⁻¹)	(km s⁻¹)	(K)	(km s⁻¹)	(K km s⁻¹)	(mK)
70.733206	D¹³CO⁺	1–0	2.4	0.12(3)	0.28(3)	0.53(7)	0.153(17)	32.4
71.024788	H₂¹³CO	1_{0, 1}–0_{0, 0}	2.4	0.13(5)	0.18(3)	0.63(11)	0.124(17)	30.2
72.039312	DCO⁺	1–0	2.4	0.061(3)	3.31(3)	0.654(6)	2.308(17)	30.3
72.101715	CCD	N = 1–0, J = 3/2–1/2, F = 3/2–3/2	2.4	−0.27(4)	0.20(3)	0.58(9)	0.147(16)	30.0
72.107700	CCD	N = 1–0, J = 3/2–1/2, F = 5/2–3/2	2.4	−0.035(13)	0.61(3)	0.60(3)	0.395(16)	29.2
72.109114	CCD	N = 1–0, J = 3/2–1/2, F = 1/2–1/2	2.4	0.40(3)	0.24(3)	0.43(6)	0.117(14)	29.8
72.112399	CCD	N = 1–0, J = 3/2–1/2, F = 3/2–1/2	2.4	0.51(2)	0.33(3)	0.48(6)	0.144(15)	30.2
72.187704	CCD	N = 1–0, J = 1/2–1/2, F = 3/2–3/2	2.4	−0.03(2)	0.36(3)	0.50(6)	0.165(20)	39.8
72.189505	CCD	N = 1–0, J = 1/2–1/2, F = 1/2–3/2	2.4	−0.93(6)	0.19(3)^‡	0.76(14)	0.12(3)	53.1
72.198388	CCD	N = 1–0, J = 1/2–1/2, F = 3/2–1/2	2.4	0.81(5)	0.18(3)	0.43(8)	0.065(16)	33.3
72.413504	DCN	J = 1–0, F = 1–1	2.4	0.019(20)	0.50(3)	0.67(5)	0.325(19)	32.2
72.414933	DCN	J = 1–0, F = 2–1	2.4	0.013(18)	0.63(3)	0.74(4)	0.53(2)	33.5
72.417028	DCN	J = 1–0, F = 0–1	2.4	0.09(4)	0.26(4)	0.51(10)	0.126(18)	36.0
76.117439	C₄H	N = 8–7, J = 17/2–15/2	11.4	0.08(2)	2.01(16)	0.60(5)	1.26(9)	171.0
76.156028	C₄H	N = 8–7, J = 15/2–13/2	11.4	0.090(7)	1.91(5)	0.575(18)	1.19(3)	54.5
76.198726	\|$\mathrm{l\hbox{-}C_3H}$\|	²Π_3/2, J = 7/2–5/2, F = 4–3, e	5.4	0.11(2)	0.56(4)	0.58(5)	0.36(2)	43.6
76.199928	\|$\mathrm{l\hbox{-}C_3H}$\|	²Π_3/2, J = 7/2–5/2, F = 3–2, e	5.4	0.13(2)	0.51(5)	0.47(5)	0.24(2)	42.5
76.204182	\|$\mathrm{l\hbox{-}C_3H}$\|	²Π_3/2, J = 7/2–5/2, F = 4–3, f	5.4	0.031(20)	0.59(4)	0.55(5)	0.31(2)	44.7
76.205103	\|$\mathrm{l\hbox{-}C_3H}$\|	²Π_3/2, J = 7/2–5/2, F = 3–2, f	5.4	0.08(3)	0.42(4)	0.60(7)	0.29(2)	43.0
76.305700	DNC	1–0	2.5	0.014(13)	1.75(5)	0.96(3)	1.84(4)	55.6
77.100041	\|$\mathrm{c\hbox{-}C_3H_2}$\|	5_{3, 2}–5_{2, 3}	31.1	0.18(2)	0.202(11)	0.78(5)	0.168(8)	13.9
77.107760	N₂D⁺	N = 1–0, J = 1/2–1/2, F = 2–2	2.6	0.22(3)	0.038(4)^†	0.58(7)	0.022(13)	13.1
77.109315	N₂D⁺	N = 1–0, J = 3/2–1/2, F = 2–1	2.6	0.22(3)	0.038(4)^†	0.58(7)	0.046(13)	13.1
77.109612	N₂D⁺	N = 1–0, J = 3/2–1/2, F = 3–2	2.6	0.22(3)	0.071(8)	0.58(7)	0.035(13)	13.1
77.109811	N₂D⁺	N = 1–0, J = 3/2–1/2, F = 1–0	2.6	0.22(3)	0.0170(18)^†	0.58(7)	0.006(13)	13.1
77.112106	N₂D⁺	N = 1–0, J = 1/2–1/2, F = 1–2	2.6	0.22(3)	0.0170(18)^†	0.58(7)	0.020(12)	13.1
77.880542	CH₃CCD	J_K = 5₀–4₀	7.8	0.05(9)	0.13(4)^†	0.6(2)	0.13(2)	43.0
79.099313	CH₃CHO	4_{1, 3}–3_{1, 2}, E	8.2	−0.03(5)	0.079(15)	0.49(10)	0.014(7)	14.1
79.150166	CH₃CHO	4_{1, 3}–3_{1, 2}, A⁻	8.2	0.13(7)	0.053(15)^†	0.52(17)	0.037(8)	15.7
79.150993	C₃N	N = 8–7, J = 17/2–15/2	11.9	0.10(4)	0.098(14)	0.55(9)	0.056(8)	15.5

* Obtained from the Gaussian fit. ΔV_LSR represents the velocity shift from V_LSR of 5.85 km s⁻¹. Δv represents the FWHM line width.

^† Less than 3σ detection.

^‡ Less than 4σ detection.

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