A sensitive λ 3 mm line survey of L483 - A broad view of the chemical composition of a core around a Class 0 object

Free Access

Table A.1

Line parameters of assigned lines in L483.

Molecule	Transition	Frequency	V_LSR	Δv	peak		Notes
		(MHz)	(km s⁻¹)	(km s⁻¹)	(K)	(K km s⁻¹)
H₂C₄	9_1,9 –8_1,8	80 046.678	5.29(3)	0.46(3)	0.046	0.023(2)
c-HCC¹³CH	2_0,2 –1_1,1	80 047.537	5.26(3)	0.40(3)	0.295	0.126(12)
H₂CCO	4_1,4 –3_1,3	80 076.652	5.30(3)	0.47(3)	0.139	0.069(6)
H₂NCO⁺	4_1,4 –3_1,3	80 246.484	5.16(3)	0.41(11)	0.005	0.0022(2)
c-C₃HD	3_2,2 –3_0,3	80 255.666	5.25(3)	0.36(7)	0.006	0.0023(2)	5
HSCN	7_0,7 –6_0,6	80 283.167	5.30(3)	0.49(9)	0.013	0.007(1)
DCO₂⁺	4_0,4 –3_0,3	80 288.759	5.30(3)	0.37(3)	0.014	0.0053(5)
H₂C₄	9_0,9 –8_0,8	80 383.887	5.17(3)	0.42(3)	0.023	0.010(1)
l-C₃H	² Π_3∕2 J =7/2–5/2 F = 4–3 f	80 388.107	5.39(3)	0.66(8)	0.009	0.0062(6)
l-C₃H	² Π_3∕2 J =7/2–5/2 F = 4–3 e	80 420.646	5.32(3)	0.65(16)	0.004	0.003(1)	5
CH₃NC	4₀ –3₀	80 421.910	5.32(3)	0.45(13)	0.007	0.003(1)	5
CH₂CN	4_0,4 –3_0,3 J = 9/2–7/2 F₁ = 11/2–9/2 F = 13/2–11/2	80 480.384			0.095	0.076(7)	2, 3, 6
CH₂CN	4_0,4 –3_0,3 J = 9/2–7/2 F₁ = 11/2–9/2 F = 11/2–9/2	80 480.384					2, 3
CH₂CN	4_0,4 –3_0,3 J = 9/2–7/2 F₁ = 11/2–9/2 F = 9/2–7/2	80 480.384					2, 3
CH₂CN	4_0,4 –3_0,3 J = 9/2–7/2 F₁ = 11/2–9/2 F = 7/2–5/2	80 481.644	5.28(13)	0.65(18)	0.027	0.019(2)	2
CH₂CN	4_0,4 –3_0,3 J = 9/2–7/2 F₁ = 11/2–9/2 F = 9/2–7/2	80 482.225	5.34(13)	0.62(18)	0.035	0.023(2)	2
CH₂CN	4_0,4 –3_0,3 J = 9/2–7/2 F₁ = 9/2–7/2 F = 11/2–9/2	80 483.076					2
CH₂CN	4_0,4 –3_0,3 J = 9/2–7/2 F₁ = 7/2–5/2 F = 5/2–3/2	80 483.076					2
CH₂CN	4_0,4 –3_0,3 J = 9/2–7/2 F₁ = 7/2–5/2 F = 7/2–5/2	80 483.850	5.41(14)	0.54(27)	0.017	0.010(4)	2
CH₂CN	4_0,4 –3_0,3 J = 9/2–7/2 F₁ = 7/2–5/2 F = 9/2–7/2	80 484.898	5.30(5)	0.49(17)	0.036	0.019(5)
CH₂CN	4_0,4 –3_0,3 J = 7/2–5/2 F₁ = 7/2–5/2 F = 9/2–7/2	80 487.270	5.41(3)	0.50(13)	0.037	0.020(5)	2
CH₂CN	4_0,4 –3_0,3 J = 7/2–5/2 F₁ = 7/2–5/2 F = 7/2–5/2	80 488.530	5.32(13)	0.53(18)	0.027	0.015(2)	2
CH₂CN	4_0,4 –3_0,3 J = 7/2–5/2 F₁ = 7/2–5/2 F = 5/2–3/2	80 489.581	5.22(13)	0.39(18)	0.018	0.008(2)	2
CH₂CN	4_0,4 –3_0,3 J = 7/2–5/2 F₁ = 9/2–7/2 F = 11/2–9/2	80 490.261	5.30(13)	0.38(18)	0.047	0.019(2)	2, 3
CH₂CN	4_0,4 –3_0,3 J = 7/2–5/2 F₁ = 9/2–7/2 F = 9/2–7/2	80 490.261					2, 3
CH₂CN	4_0,4 –3_0,3 J = 7/2–5/2 F₁ = 9/2–7/2 F = 9/2–7/2	80 490.711	5.29(13)	0.42(18)	0.036	0.016(2)	2
CH₂CN	4_0,4 –3_0,3 J = 7/2–5/2 F₁ = 9/2–7/2 F = 7/2–5/2	80 491.263	5.35(13)	0.60(18)	0.028	0.018(2)	2, 3
CH₂CN	4_0,4 –3_0,3 J = 7/2–5/2 F₁ = 5/2–3/2 F = 7/2–5/2	80 491.263					2, 3
CH₂CN	4_0,4 –3_0,3 J = 7/2–5/2 F₁ = 5/2–3/2 F = 3/2–1/2	80 491.263					2, 3
HCS	2_0,2 –1_0,1 J = 5/2–3/2 F = 3–2	80 553.516	5.39(3)	0.60(5)	0.015	0.009(1)
HCS	2_0,2 –1_0,1 J = 5/2–3/2 F = 2–1	80 565.596	5.32(7)	0.77(8)	0.012	0.010(1)
CH₂DCCH	5_1,5 –4_1,4	80 577.159	5.26(18)	0.44(3)	0.101	0.048(4)
HCS	2_0,2 –1_0,1 J = 3/2–1/2 F = 2–1	80 596.409	5.49(3)	0.96(13)	0.010	0.010(1)
HCS	2_0,2 –1_0,1 J = 3/2–1/2 F = 1–0	80 611.994	5.32(6)	1.07(25)	0.005	0.006(1)
c-HCC¹³CH	2_1,2 –1_1,1	80 616.890	5.21(3)	0.52(7)	0.011	0.006(1)
HCS	2_0,2 –1_0,1 J = 3/2–1/2 F = 1–1	80 618.820	5.51(4)	0.66(22)	0.004	0.003(1)	5
H₂C₄	9_1,8 –8_1,7	80 718.829	5.29(13)	0.56(18)	0.038	0.022(2)
c-C₃H₂	4_2,2 –4_1,3	80 723.180	5.28(13)	0.66(18)	0.039	0.027(2)
c-HCC¹³CH	3_1,2 –3_0,3	80 775.347	5.30(3)	0.58(5)	0.016	0.010(1)
H₂CCO	4_0,4 –3_0,3	80 832.117	5.26(3)	0.58(3)	0.069	0.043(4)
CH₂DCCH	5_2,4 –4_2,3	80 898.934	5.30(9)	0.63(6)	0.018	0.012(1)
CH₂DCCH	5_2,3 –4_2,2	80 901.166	5.26(15)	0.57(8)	0.015	0.009(1)
CH₂DCCH	5_0,5 –4_0,4	80 902.226	5.26(3)	0.47(3)	0.178	0.088(8)
H₂NCO⁺	4_0,4 –3_0,3	80 906.933	5.31(17)	0.55(17)	0.005	0.003(1)
C₃S	14–13	80 928.180	5.29(3)	0.50(3)	0.099	0.053(5)
C¹³CS	6₇ –5₆ F = 8–7	81 142.367	5.06(3)	0.47(7)	0.011	0.006(1)
C¹³CS	6₇ –5₆ F = 7–6	81 143.302	5.68(3)	0.45(9)	0.009	0.004(1)
c-HC¹³CCH	2_0,2 –1_1,1	81 150.881	5.26(10)	0.48(4)	0.019	0.010(1)
HSC	2_0,2 –1_0,1 J = 3/2–1/2 F = 2–1	81 194.075	5.36(3)	0.72(14)	0.006	0.005(1)
HSC	2_0,2 –1_0,1 J = 5/2–3/2 F = 3–2	81 199.988	5.39(3)	0.43(8)	0.008	0.004(1)	2
CH₂CN	4_1,3 –3_1,2 J = 7/2–5/2 F = 9/2–7/2	81 206.601	5.31(3)	0.56(6)	0.010	0.0062(6)
CH₂CN	4_1,3 –3_1,2 J = 7/2–5/2 F = 7/2–5/2	81 207.379	5.33(3)	0.44(5)	0.009	0.0042(4)
CH₂CN	4_1,3 –3_1,2 J = 7/2–5/2 F = 5/2–3/2	81 208.302	5.22(4)	0.67(12)	0.006	0.005(1)
CH₂DCCH	5_1,4 –4_1,3	81 228.145	5.27(3)	0.47(3)	0.098	0.048(4)
CH₂CN	4_1,3 –3_1,2 J = 9/2–7/2	81 232.654	5.37(11)	0.97(6)	0.015	0.016(1)	6
NCO	² Π_3∕2 J =7/2–5/2 F = 9/2–7/2 e	81 404.300	5.30(3)	0.69(11)	0.008	0.006(1)
NCO	² Π_3∕2 J =7/2–5/2 F = 9/2–7/2 f	81 404.813	5.38(3)	0.56(7)	0.010	0.006(1)
NCO	² Π_3∕2 J =7/2–5/2 F = 7/2–5/2 e	81 413.120	5.39(3)	0.49(13)	0.006	0.0031(3)
NCO	² Π_3∕2 J =7/2–5/2 F = 7/2–5/2 f	81 413.573	5.28(4)	0.66(13)	0.007	0.005(1)
NCO	² Π_3∕2 J =7/2–5/2 F = 5/2–3/2 e	81 418.385	5.25(3)	0.44(13)	0.006	0.003(1)	5
NCO	² Π_3∕2 J =7/2–5/2 F = 5/2–3/2 f	81 418.884	5.39(3)	0.35(16)	0.004	0.0015(1)	5
CH₃C₄H	20₁ –19₁	81 426.316	5.27(3)	0.62(14)	0.008	0.005(1)
CH₃C₄H	20₀ –19₀	81 427.108	5.27(3)	0.48(8)	0.010	0.005(1)
HNO	1_0,1 –0_0,0	81 477.490	5.15(3)	0.57(3)	0.073	0.044(4)
C₂S	6₇ –5₆	81 505.170	5.19(3)	0.52(3)	0.794	0.439(43)
HCCCHO	2_1,2 –1_0,1	81 525.876	5.28(3)	0.38(19)	0.010	0.004(1)
HC¹³CCN	9–8	81 534.111	5.31(3)	0.50(3)	0.095	0.050(5)
HCC¹³CN	9–8	81 541.981	5.29(3)	0.51(3)	0.101	0.055(5)
H₂NCO⁺	4_1,3 –3_1,2	81 565.552	5.22(3)	0.61(23)	0.007	0.004(1)
DNCO	4_0,4 –3_0,3	81 571.913	5.34(3)	0.47(3)	0.065	0.032(3)
H₂CCO	4_1,3 –3_1,2	81 586.230	5.28(3)	0.54(3)	0.131	0.075(7)
HC₃N	9–8 F = 9–9	81 879.925	5.28(54)	0.46(22)	0.040	0.020(9)
HC₃N	9–8	81 881.468			3.049	2.143(214)	1
HC₃N	9–8 F = 8–8	81 883.174	5.28(54)	0.50(24)	0.036	0.019(9)
c-C₃H₂	2_0,2 –1_1,1	82 093.544	5.31(3)	0.54(3)	1.601	0.913(91)
HNCS	7_0,7 –6_0,6	82 101.824	5.24(54)	0.41(20)	0.009	0.004(1)	5
c-C₃H₂O	6_0,6 –5_0,5	82 283.171	5.28(3)	0.39(6)	0.016	0.006(1)
c-HC¹³CCH	2_1,2 –1_0,1	82 303.747	5.25(3)	0.45(3)	0.060	0.029(2)
l-C₃H₂	4_1,4 –3_1,3	82 395.089	5.28(3)	0.45(3)	0.187	0.089(8)
HCCCHO	9_1,9 –8_1,8	82 424.912	5.28(3)	0.56(9)	0.011	0.007(1)
CH₃O	²E_3∕2 N = 1–0 K = 0 J = 3/2–1/2 F = 1–0 Λ = −1	82 455.980	5.20(4)	0.57(12)	0.010	0.006(1)
CH₃O	²E_3∕2 N = 1–0 K = 0 J = 3/2-1/2 F = 2–1 Λ = −1	82 458.252	5.45(3)	0.66(9)	0.015	0.011(1)
CH₃O	²E_3∕2 N = 1–0 K = 0 J = 3/2–1/2 F = 2–1 Λ = +1	82 471.825	5.37(3)	0.56(7)	0.017	0.010(1)
CH₃O	²E_3∕2 N = 1–0 K = 0 J = 3/2–1/2 F = 1–0 Λ = +1	82 524.180	5.33(3)	0.74(21)	0.007	0.006(1)	5
HC₅N	31–30	82 539.039	5.31(3)	0.82(4)	0.048	0.042(4)
CH₃C₃N	20₀ –19₀	82 626.518	5.15(5)	0.58(13)	0.008	0.005(1)
CH₃OCH₃	3_1,3 –2_0,2 EA + AE	82 649.437	5.31(4)	0.39(12)	0.009	0.004(1)
CH₃OCH₃	3_1,3 –2_0,2 EE	82 650.325	5.24(3)	0.55(6)	0.020	0.012(1)
CH₃OCH₃	3_1,3 –2_0,2 AA	82 651.210	5.28(4)	0.74(14)	0.008	0.006(1)
CNCN	8–7	82 784.692	5.23(3)	0.83(12)	0.010	0.009(1)
CH₃C¹³CH	5₁ –4₁	82 899.544	5.33(3)	0.42(6)	0.018	0.008(1)
CH₃C¹³CH	5₀ –4₀	82 901.099	5.30(3)	0.56(8)	0.017	0.010(1)
c-C₃H₂	3_1,2 –3_0,3	82 966.200	5.28(3)	0.52(3)	0.756	0.419(41)
D₂CS	3_1,3 –2_1,3	83 077.759	5.36(3)	0.36(4)	0.016	0.006(1)
¹³CH₃CCH	5₁ –4₁	83 129.527	5.25(21)	0.42(6)	0.020	0.009(1)
¹³CH₃CCH	5₀ –4₀	83 131.079	5.28(16)	0.53(6)	0.020	0.011(1)
l-C₃H₂	4_0,4 –3_0,3	83 165.345	5.31(3)	0.41(3)	0.127	0.056(5)
HNC¹⁸O	4_0,4 –3_0,3	83 191.568	5.32(3)	0.53(17)	0.007	0.004(1)	5
C₂H₃CN	9_1,9 –8_1,8	83 207.507	5.36(4)	0.96(30)	0.006	0.006(1)	5
CHD₂OH	2₀ –1₀ e₀	83 289.630	5.33(3)	0.30(6)	0.016	0.005(1)
c-HCC¹³CH	3_2,2 –3_1,3	83 474.137	5.29(3)	0.55(3)	0.019	0.011(1)
C₅H	² Π_3∕2 J = 35/2–33/2 a	83 541.407	5.25(4)	0.91(17)	0.005	0.005(1)
C₅H	² Π_3∕2 J = 35/2–33/2 b	83 546.917	5.39(5)	0.53(10)	0.004	0.0024(2)
CH₃CHO	2_1,2 –1_0,1 E	83 584.279	5.29(3)	0.61(5)	0.014	0.009(1)
c-HCC¹³CH	2_0,2 –1_0,1	83 616.261	5.25(3)	0.49(9)	0.007	0.0035(3)
SO₂	8_1,7 –8_0,8	83 688.093	5.28(3)	0.47(6)	0.014	0.007(1)
H¹³C¹⁵N	1–0	83 727.577	5.36(3)	0.67(10)	0.006	0.0043(4)
HCCCHO	9_0,9 –8_0,8	83 775.819	5.22(3)	0.42(3)	0.019	0.0085(8)
HOCN	4_0,4 –3_0,3	83 900.570	5.32(3)	0.51(3)	0.093	0.050(5)
l-C₃H₂	4_1,3 –3_1,2	83 933.699	5.31(3)	0.44(3)	0.172	0.082(8)
HC³⁴S⁺	2–1	83 965.626	5.30(3)	0.50(3)	0.014	0.0072(7)
HNC₃	9–8	84 028.240	5.29(3)	0.43(3)	0.026	0.012(1)
¹³CCH	N= 1–0 J = 3/2–1/2 F₁ = 2–1 F = 5/2–3/2	84 119.329	5.34(3)	0.46(3)	0.036	0.018(1)
¹³CCH	N= 1–0 J = 3/2–1/2 F₁ = 2–1 F = 3/2–1/2	84 124.143	5.33(3)	0.45(3)	0.021	0.010(1)
DC¹³CCN	10–9	84 149.304	5.26(13)	0.49(17)	0.006	0.0032(3)
¹³CCH	N= 1–0 J = 3/2–1/2 F₁ = 1–0 F = 1/2–1/2	84 151.352	5.25(13)	0.77(17)	0.008	0.0070(6)
¹³CCH	N= 1–0 J = 3/2–1/2 F₁ = 1–0 F = 3/2–1/2	84 153.305	5.33(13)	0.48(17)	0.025	0.013(1)
C₂³⁴S	7₆ –6₅	84 180.562	5.30(3)	0.31(5)	0.007	0.0024(2)
¹³CCH	N= 1–0 J = 1/2–1/2 F₁ = 0–1 F = 1/2–1/2	84 183.977	5.30(3)	0.56(27)	0.008	0.005(1)
c-HCC¹³CH	2_1,2 –1_0,1	84 185.635	5.27(3)	0.41(3)	0.327	0.142(14)
¹³CCH	N= 1–0 J = 1/2–1/2 F₁ = 1–1 F = 1/2–3/2	84 192.487	5.29(24)	0.40(20)	0.009	0.004(1)
¹³CCH	N= 1–0 J = 1/2–1/2 F₁ = 1–1 F = 3/2–3/2	84 206.865	5.30(3)	0.46(4)	0.021	0.010(1)
CH₃CHO	2_1,2 –1_0,1 A	84 219.749	5.22(3)	0.77(9)	0.013	0.011(1)
¹³CCH	N= 1–0 J = 1/2–1/2 F₁ = 1–1 F = 1/2–1/2	84 225.376	5.06(3)	0.42(9)	0.006	0.0026(2)	5
c-C₃H₂O	6_2,5 –5_2,4	84 310.158	5.28(3)	0.36(6)	0.009	0.0034(3)
³⁴SO	2₂ –1₁	84 410.690	5.29(3)	0.42(4)	0.016	0.0073(7)
DC₃N	10–9	84 429.814	5.31(3)	0.38(3)	0.259	0.105(10)
HCOOCH₃	7_2,6 –6_2,5 E	84 449.169	5.29(3)	0.29(4)	0.009	0.0026(2)
HCOOCH₃	7_2,6 –6_2,5 A	84 454.754	5.35(22)	0.65(13)	0.008	0.005(1)
CH₃OH	5₋₁ –4₀ E	84 521.172			0.102	0.112(11)	1
c-C₃H₂	3_2,2 –3_1,3	84 727.688	5.28(3)	0.46(3)	0.307	0.151(15)
C₂H₃CN	9_0,9 –8_0,8	84 946.000	5.29(3)	0.56(4)	0.013	0.0078(7)
c-C₃H₂O	6_3,4 –5_3,3	84 966.940	5.30(3)	0.57(12)	0.008	0.005(1)
c-C₃H₂O	6_3,3 –5_3,2	85 081.876	5.30(3)	0.39(4)	0.009	0.0037(3)
OCS	7–6	85 139.103	5.32(3)	0.58(3)	0.120	0.074(7)
D₂CS	3_0,3 –2_0,2	85 153.920	5.33(3)	0.39(12)	0.083	0.034(9)
HC¹⁸O⁺	1–0	85 162.223	5.28(3)	0.49(3)	0.480	0.249(24)
HC₅N	32–31	85 201.340	5.31(3)	0.86(3)	0.047	0.043(4)
C¹³CH	N= 1–0 J = 3/2–1/2 F₁ = 2–1 F = 5/2–3/2	85 229.335	5.36(3)	0.51(3)	0.077	0.041(4)
C¹³CH	N= 1–0 J = 3/2–1/2 F₁ = 2–1 F = 3/2–1/2	85 232.805	5.38(3)	0.54(5)	0.047	0.027(2)
C¹³CH	N= 1–0 J = 3/2–1/2 F₁ = 1–0 F = 1/2–1/2	85 247.728	5.34(3)	0.45(4)	0.028	0.013(1)
C¹³CH	N= 1–0 J = 3/2–1/2 F₁ = 1–0 F = 3/2–1/2	85 256.988	5.35(3)	0.49(3)	0.049	0.026(2)
H¹⁵N¹³C	1–0	85 258.923	5.44(3)	0.56(10)	0.018	0.011(1)
CH₂DOH	1_1,0 –1_0,1 e₀	85 296.727	5.10(3)	0.50(6)	0.026	0.014(1)	2
C¹³CH	N= 1–0 J = 1/2–1/2 F₁ = 1–1 F = 1/2–3/2	85 303.990					2
C¹³CH	N= 1–0 J = 1/2–1/2 F₁ = 1–1 F = 3/2–3/2	85 307.459	5.35(10)	0.56(4)	0.044	0.026(2)
C¹³CH	N= 1–0 J = 1/2–1/2 F₁ = 0–1 F = 1/2–1/2	85 314.092	5.34(23)	0.66(8)	0.024	0.017(2)
c-C₃H₂	2_1,2 –1_0,1	85 338.894			2.407	2.267(226)	1
HCS⁺	2–1	85 347.890	5.36(3)	0.53(26)	0.276	0.156(77)
HCCCHO	9_1,8 –8_1,7	85 361.195	5.25(52)	0.45(6)	0.010	0.005(1)
CH₃¹³CCH	5₁ –4₁	85 420.230	5.30(3)	0.48(7)	0.018	0.009(1)
CH₃¹³CCH	5₀ –4₀	85 421.857	5.31(3)	0.48(5)	0.019	0.010(1)
CH₃CCH	5₃ –4₃	85 442.601	5.37(13)	0.85(42)	0.011	0.010(4)
CH₃CCH	5₂ –4₂	85 450.766	5.30(13)	0.65(17)	0.096	0.066(26)
CH₃CCH	5₁ –4₁	85 455.667	5.30(13)	0.49(17)	0.885	0.459(45)
CH₃CCH	5₀ –4₀	85 457.300	5.29(13)	0.48(17)	1.001	0.508(50)
CH₃C₄H	21₁ –20₁	85 497.334	5.39(4)	0.47(11)	0.007	0.003(1)
CH₃C₄H	21₀ –20₀	85 498.167	5.25(3)	0.45(11)	0.009	0.005(1)
HCO₂⁺	4_0,4 –3_0,3	85 531.497	5.28(3)	0.42(3)	0.119	0.054(5)
C₄H	N= 9–8 J = 19/2–17/2	85 634.010	5.33(3)	0.49(3)	0.518	0.272(27)
c-C₃HD	4_3,2 –4_2,3	85 643.318	5.37(52)	0.63(31)	0.008	0.005(2)
c-C₃H₂	4_3,2 –4_2,3	85 656.431	5.30(3)	0.69(3)	0.089	0.066(6)
C₄H	N= 9–8 J = 17/2–15/2	85 672.580	5.30(3)	0.50(3)	0.470	0.249(24)
C₂H₃CN	9_2,7 –8_2,6	85 715.426	5.38(4)	0.48(13)	0.007	0.004(1)	5
NH₂D	1_1,1 –1_0,1 ortho F = 0–1	85 924.789	5.42(13)	0.49(17)	0.706	0.367(54)
NH₂D	1_1,1 –1_0,1 ortho F = 2–1	85 925.703	5.35(13)	0.54(17)	0.857	0.490(54)
NH₂D	1_1,1 –1_0,1 ortho F = 2–2	85 926.278	5.38(13)	0.66(17)	1.486	1.038(103)	3
NH₂D	1_1,1 -1_0,1 ortho F = 1–1	85 926.278					3
NH₂D	1_1,1 –1_0,1 ortho F = 1–2	85 926.885	5.41(13)	0.50(17)	0.786	0.415(54)
NH₂D	1_1,1 –1_0,1 ortho F = 1–0	85 927.723	5.33(13)	0.47(17)	0.724	0.366(54)
HC¹⁵N	1–0	86 054.966	5.31(3)	0.56(3)	0.255	0.152(15)
SO	2₂ –1₁	86 093.950			0.444	0.254(25)	1
C₂S	7₆ –6₅	86 181.391	5.25(3)	0.49(3)	0.191	0.100(10)
H¹³CN	1–0 F = 1–1	86 338.735			0.452	0.317(31)	1
H¹³CN	1–0 F = 2–1	86 340.167			0.589	0.487(48)	1
H¹³CN	1–0 F = 0–1	86 342.254			0.246	0.160(16)	1
CH₂DCN	5_1,5 –4_1,4	86 458.272	5.33(3)	0.60(9)	0.011	0.007(1)
trans-HCOOH	4_1,4 –3_1,3	86 546.189	5.31(3)	0.46(3)	0.024	0.012(1)
HC₃NH⁺	10–9	86 578.136	5.12(3)	0.45(10)	0.008	0.004(1)	5
C₃O	9–8	86 593.678	5.28(3)	0.41(3)	0.096	0.042(4)
HCCO	N= 4–3 J = 9/2–7/2 F = 5–4	86 642.357	5.35(4)	0.45(8)	0.011	0.005(1)
HCCO	N= 4–3 J = 9/2–7/2 F = 4–3	86 643.862	5.34(3)	0.41(8)	0.012	0.005(1)
HCCO	N= 4–3 J = 7/2–5/2 F = 4–3	86 655.825	5.37(5)	0.64(14)	0.008	0.005(1)
HCCO	N= 4–3 J = 7/2–5/2 F = 3–2	86 657.477	5.28(3)	0.44(12)	0.009	0.004(1)
CH₂DOH	2_1,1 –2_0,2 e₀	86 668.751	5.07(3)	0.53(3)	0.036	0.020(2)
HCO	1_0,1 –0_0,0 J = 3/2–1/2 F = 2–1	86 670.760	5.43(3)	0.53(3)	0.148	0.083(8)
HCO	1_0,1 –0_0,0 J = 3/2–1/2 F = 1–0	86 708.360	5.41(3)	0.71(3)	0.118	0.089(8)	3
C₃S	15–14	86 708.379					3
H¹³CO⁺	1–0	86 754.288			2.100	1.595(159)	1
CH₃C₃N	21₁ –20₁	86 756.698	5.29(51)	0.44(21)	0.005	0.002(1)	5
CH₃C₃N	21₀ –20₀	86 757.524	5.23(51)	0.73(36)	0.007	0.006(2)
HCO	1_0,1 –0_0,0 J =1/2–1/2 F = 1–1	86 777.460	5.43(3)	0.50(3)	0.092	0.049(4)
HCO	1_0,1 –0_0,0 J =1/2–1/2 F = 0–1	86 805.780	5.47(3)	0.48(3)	0.034	0.018(1)
CH₂DCN	5_0,5 –4_0,4	86 833.937	5.28(3)	0.51(8)	0.017	0.009(2)
SiO	2–1	86 846.985			0.031	0.086(8)	1
HC¹⁷O⁺	1–0 F = 5/2–3/2	87 056.966	5.32(3)	0.51(3)	0.037	0.020(1)	4
HC¹⁷O⁺	1–0 F = 7/2–5/2	87 057.258	5.37(3)	0.45(3)	0.076	0.037(3)	4
HC¹⁷O⁺	1–0 F = 5/2–5/2	87 058.294	5.35(3)	0.45(3)	0.058	0.028(2)
HN¹³C	1–0	87 090.825	5.38(3)	0.84(3)	1.587	1.428(142)
CH₂DCN	5_1,4 –4_1,3	87 211.469	5.39(6)	0.38(8)	0.007	0.0028(2)
C₂H	N= 1–0 J = 3/2–1/2 F = 1–1	87 284.105			0.842	0.536(53)	1
D₂CS	3_1,2 –2_1,1	87 302.662	5.36(3)	0.37(4)	0.017	0.007(1)
C₂H₃CN	9_1,8 –8_1,7	87 312.812	5.23(51)	0.48(24)	0.010	0.005(2)
C₂H	N= 1–0 J = 3/2–1/2 F = 2–1	87 316.898			1.540	1.662(166)	1
C₂H	N= 1–0 J = 3/2–1/2 F = 1–0	87 328.585			1.202	1.141(114)	1
C₂H	N= 1–0 J = 1/2–1/2 F = 1–1	87 401.989			1.244	1.169(116)	1
C₂H	N= 1–0 J = 1/2–1/2 F = 0–1	87 407.165			1.018	0.749(74)	1
C₂H	N= 1–0 J = 1/2–1/2 F = 1–0	87 446.470			0.802	0.533(53)	1
cis-HCOOH	4_0,4 –3_0,3	87 694.694	5.32(3)	0.43(7)	0.009	0.0040(4)
HC₅N	33–32	87 863.630	5.35(3)	0.86(3)	0.039	0.035(3)
HNCO	4_0,4 –3_0,3 F = 3–3	87 924.351	5.32(26)	0.36(18)	0.053	0.020(10)
HNCO	4_0,4 –3_0,3 F = 5–4 + F = 4–3 + F = 3–2	87 925.252	5.35(3)	0.45(3)	1.623	0.783(78)
HNCO	4_0,4 –3_0,3 F = 4–4	87 925.915	5.32(35)	0.38(19)	0.057	0.023(11)
HN¹³CO	4_0,4 –3_0,3	87 927.640	5.07(47)	0.39(19)	0.039	0.016(8)
CH₂DOH	2_1,2 –1_1,1 e₀	88 073.074	5.21(3)	0.47(5)	0.020	0.010(1)
H¹³CCCN	10–9	88 166.832	5.42(3)	0.48(3)	0.073	0.037(3)
C₄D	N= 10–9 J = 21/2–19/2	88 308.034	5.41(3)	0.35(6)	0.009	0.004(1)
HC₃¹⁵N	10–9	88 333.002	5.28(3)	0.49(9)	0.013	0.007(1)
C₄D	N= 10–9 J = 19/2–17/2	88 344.000	5.28(3)	0.42(8)	0.009	0.004(1)
HCN	1–0 F = 1–1	88 630.416			0.735	1.447(144)	1, 4
HCN	1–0 F = 2–1	88 631.848			1.164	2.285(228)	1, 4
HCN	1–0 F = 0–1	88 633.936			0.867	1.013(101)	1
CH₂DOH	3_1,2 –3_0,3 e₀	88 754.512	5.02(13)	0.49(16)	0.019	0.0100(9)
NCCNH⁺	10–9	88 758.108	5.34(13)	0.30(15)	0.018	0.0057(5)
HCOOCH₃	7_1,6 –6_1,5 E	88 843.187	5.25(13)	0.57(16)	0.012	0.0076(7)
HCOOCH₃	7_1,6 –6_1,5 A	88 851.607	5.26(13)	0.40(16)	0.013	0.0055(5)
H¹⁵NC	1–0	88 865.715	5.36(3)	0.45(3)	0.682	0.325(32)
H₂C₄	10_1,10 –9_1,9	88 940.237	5.29(3)	0.56(4)	0.027	0.016(1)
C₃N	N= 9–8 J = 19/2–17/2	89 045.583	5.26(3)	0.46(3)	0.055	0.027(2)
C₃N	N= 9–8 J = 17/2–15/2	89 064.347	5.24(3)	0.46(3)	0.049	0.024(2)
HCO⁺	1–0	89 188.525			2.338	4.440(444)	1
H₂C₄	10_0,10 –9_0,9	89 314.548	5.12(3)	0.52(5)	0.028	0.016(1)
HCOOCH₃	8_1,8 –7_1,7 A	89 316.642	5.27(3)	0.64(19)	0.010	0.007(1)
CH₂DOH	2_0,2 –1_0,1 e₀	89 407.817	5.08(4)	0.43(3)	0.120	0.055(5)
HCCNC	9–8	89 419.300	5.39(3)	0.43(3)	0.086	0.039(3)
trans-HCOOH	4_0,4 –3_0,3	89 579.179	5.28(3)	0.55(3)	0.034	0.020(1)
H₂C₄	10_1,9 –9_1,8	89 687.047	5.27(3)	0.53(4)	0.030	0.017(1)
C₂H₅OH	4_1,4 –3_0,3	90 117.601	5.26(3)	0.70(7)	0.009	0.007(1)
HCOOCH₃	7_2,5 –6_2,4 E	90 145.723	5.26(5)	0.36(5)	0.010	0.0038(3)
HCOOCH₃	7_2,5 –6_2,4 A	90 156.473	5.16(5)	0.79(12)	0.005	0.004(1)
HCOOCH₃	8_0,8 –7_0,7 E	90 227.659	5.28(3)	0.45(4)	0.012	0.0058(5)
HCOOCH₃	8_0,8 –7_0,7 A	90 229.624	5.32(3)	0.39(3)	0.012	0.0049(4)
¹⁵NNH⁺	1–0 F = 1–1	90 263.487	5.33(3)	0.43(3)	0.030	0.014(1)
¹⁵NNH⁺	1–0 F = 2–1	90 263.912	5.31(3)	0.46(3)	0.053	0.026(2)
¹⁵NNH⁺	1–0 F = 0–1	90 264.504	5.35(3)	0.38(5)	0.010	0.0040(3)
HCCCHO	3_1,3 –2_0,2	90 362.994	5.28(5)	0.49(6)	0.009	0.0046(4)
HC₅N	34–33	90 525.890	5.38(3)	0.89(4)	0.029	0.028(2)
HC¹³CCN	10–9	90 593.057	5.34(3)	0.51(3)	0.069	0.037(3)
HCC¹³CN	10–9	90 601.777	5.27(3)	0.54(3)	0.076	0.044(4)
cis-HCOOH	4_1,3 –3_1,2	90 661.097	5.28(49)	0.42(20)	0.005	0.002(1)
HNC	1–0	90 663.568			2.049	3.189(318)	1
C₂S	7₇ –6₆	90 686.381	5.31(3)	0.57(3)	0.151	0.092(9)
CH₃OD	2₀⁺–1₀⁺ A	90 705.810	5.45(3)	0.53(4)	0.015	0.0084(8)
CH₂DOH	2_1,1 –1_1,0 e₀	90 779.841	5.06(3)	0.40(3)	0.026	0.011(1)
CH₃C₃N	22₀ –21₀	90 888.496	5.18(5)	0.75(25)	0.006	0.005(1)	5
¹³C³⁴S	2–1	90 926.026	5.30(5)	0.68(6)	0.011	0.008(1)
CH₃OCH₃	6_0,6 –5_1,5 AA	90 937.508	5.27(13)	0.61(16)	0.008	0.0053(5)
CH₃OCH₃	6_0,6 –5_1,5 EE	90 938.107	5.26(13)	0.49(16)	0.010	0.0051(5)
CH₃OCH₃	6_0,6 –5_1,5 EA + AE	90 938.706	5.15(13)	0.65(16)	0.006	0.0044(4)	5
HC₃N	10–9 F = 10–10	90 977.443	5.29(49)	0.61(30)	0.023	0.015(7)
HC₃N	10–9	90 979.023			2.594	1.978(197)	1
HC₃N	10–9 F = 9–9	90 980.690	5.29(49)	0.53(26)	0.021	0.012(6)
HDCS	3_1,3 –2_1,2	91 171.067	5.41(3)	0.41(3)	0.063	0.028(2)
N¹⁵NH⁺	1–0 F = 1–1	91 204.262	5.33(3)	0.46(3)	0.041	0.020(2)
N¹⁵NH⁺	1–0 F = 2–1	91 205.991	5.33(3)	0.48(3)	0.070	0.036(3)
N¹⁵NH⁺	1–0 F = 0–1	91 208.517	5.33(3)	0.48(4)	0.019	0.010(1)
c-C₃H	2_1,2 –1_1,1 J = 5/2–1/2 F = 2–1	91 431.915	5.34(3)	0.42(5)	0.011	0.0047(4)
c-C₃H	2_1,2 –1_1,1 J = 5/2–3/2 F = 3–2	91 494.349	5.36(3)	0.45(3)	0.417	0.200(20)
c-C₃H	2_1,2 –1_1,1 J = 5/2–3/2 F = 2–1	91 497.608	5.42(3)	0.45(3)	0.274	0.130(13)
c-C₃H	2_1,2 –1_1,1 J = 5/2–3/2 F = 2–2	91 512.969	5.40(3)	0.47(3)	0.038	0.019(1)
HCCCHO	10_1,10 –9_1,9	91 572.516	5.24(3)	0.38(8)	0.007	0.0028(2)
CH₂DOH	4_1,3 –4_0,4 e₀	91 586.845	4.97(3)	0.44(8)	0.008	0.004(1)
c–C₃H	2_1,2 –1_1,1 J = 3/2–1/2 F = 1–1	91 681.696	5.31(3)	0.47(6)	0.039	0.020(2)
c-C₃H	2_1,2 –1_1,1 J = 3/2–1/2 F = 1–0	91 692.752	5.31(13)	0.46(15)	0.101	0.049(4)
c-C₃H	2_1,2 –1_1,1 J = 3/2–1/2 F = 2–1	91 699.471	5.36(3)	0.47(15)	0.261	0.132(13)
c-C₃H	2_1,2 –1_1,1 J = 3/2–3/2 F = 1–1	91 747.373	5.33(3)	0.47(3)	0.048	0.024(2)
HSCN	8_0,8 –7_0,7	91 750.636	5.29(3)	0.49(6)	0.011	0.0056(5)
HCNO	4–3	91 751.320	5.33(3)	0.42(3)	0.044	0.019(1)
c-C₃H	2_1,2 –1_1,1 J = 3/2–3/2 F = 2–2	91 780.518	5.39(3)	0.45(3)	0.047	0.022(2)
C₂³⁴S	7₈ –6₇	91 913.529	5.30(3)	0.58(4)	0.022	0.014(1)
CH₃CN	5₃ –4₃ F = 6–5	91 971.309	5.31(3)	0.30(4)	0.017	0.005(1)
CH₃CN	5₁ –4₁	91 985.314	5.31(3)	0.79(3)	0.069	0.058(5)
CH₃CN	5₀ –4₀	91 987.088	5.31(3)	0.66(3)	0.091	0.064(6)
C₂O	4₅ –3₄	92 227.853	5.27(3)	0.58(6)	0.017	0.011(1)
C₂O	4₄ –3₃	92 363.286	5.40(3)	0.46(7)	0.011	0.006(1)
c-C₃D₂	4_1,3 –4_0,4	92 394.180	5.40(3)	0.65(10)	0.011	0.008(1)
C₂H₃CN	10_1,10 –9_1,9	92 426.250	5.24(3)	0.28(8)	0.010	0.003(1)
C₃S	16–15	92 488.490	5.29(3)	0.41(17)	0.051	0.023(8)
¹³CS	2–1	92 494.308			0.269	0.244(24)	1
c-C₃H₂O	7_1,7 –6_1,6	92 517.433	5.29(3)	0.35(3)	0.032	0.012(1)
DC₃N	11–10	92 872.375	5.29(3)	0.40(3)	0.194	0.082(8)
HDCS	3_0,3 –2_0,2	92 981.601	5.33(3)	0.41(3)	0.205	0.089(8)
HCCCHO	10_0,10 –9_0,9	93 043.287	5.15(3)	0.50(5)	0.019	0.010(1)
trans-HCOOH	4_2,2 –3_2,1	93 098.363	5.31(3)	0.36(3)	0.024	0.009(1)
CNCN	9–8	93 132.327	5.30(48)	0.54(9)	0.011	0.006(1)
N₂H⁺	1–0 F₁ = 1–1 F = 0–1	93 171.616	5.31(3)	0.50(3)	2.205	1.175(117)	4
N₂H⁺	1–0 F₁ = 1–1 F = 2–1 + F = 2–2	93 171.911	5.40(3)	0.52(3)	2.808	1.555(155)	4
N₂H⁺	1–0 F₁ = 1–1 F = 1–0 + F = 1–1 + F = 1–2	93 172.048	5.31(3)	0.51(3)	2.462	1.340(133)	4
N₂H⁺	1–0 F₁ = 2–1 F = 2–1 + F = 2–2	93 173.473	5.36(13)	0.61(15)	3.176	2.050(220)	4
N₂H⁺	1–0 F₁ = 2–1 F = 3–2	93 173.770	5.39(13)	0.58(15)	3.586	2.196(220)	4
N₂H⁺	1–0 F₁ = 2–1 F = 1–0 + F = 1–1 + F = 1–2	93 173.964	5.35(13)	0.55(15)	2.392	1.406(220)	4
N₂H⁺	1–0 F₁ = 0–1	93 176.260	5.35(13)	0.55(15)	2.900	1.689(168)
HC₅N	35–34	93 188.123	5.35(3)	0.75(4)	0.028	0.022(2)
S¹⁸O	2₃ –1₂	93 267.270	4.95(3)	0.43(3)	0.076	0.035(3)
HNC₃	10–9	93 364.241	5.30(3)	0.56(8)	0.014	0.008(1)
C¹³CS	7₈ –6₇ F = 9–8	93 446.679	5.09(3)	0.55(18)	0.010	0.006(2)	2
C¹³CS	7₈ –6₇ F = 8–7	93 447.430	5.57(6)	0.31(14)	0.008	0.003(1)	2
CH₃CCD	6₁ –5₁	93 454.331	5.27(3)	0.36(3)	0.064	0.025(2)
CH₃CCD	6₀ –5₀	93 456.044	5.26(3)	0.36(3)	0.067	0.026(2)
CH₃CHO	5_1,5 –4_1,4 A	93 580.909	5.30(3)	0.67(3)	0.036	0.026(2)
CH₃CHO	5_1,5 –4_1,4 E	93 595.235	5.31(3)	0.56(3)	0.038	0.022(2)
HNCS	8_0,8 –7_0,7	93 830.050	5.37(4)	0.88(13)	0.008	0.007(1)
C₂S	7₈ –6₇	93 870.107	5.31(3)	0.47(3)	0.567	0.284(28)
HDCCO	5_0,5 –4_0,4	94 088.936	5.29(3)	0.42(4)	0.021	0.009(1)
C₂H₃CN	10_0,10 –9_0,9	94 276.636	5.29(3)	0.36(5)	0.013	0.005(1)
c-C₃D₂	3_0,3 –2_1,2	94 371.354	5.33(3)	0.35(3)	0.064	0.024(2)
¹³CH₃OH	2₋₁ -1₋₁ E	94 405.163	5.13(3)	0.55(3)	0.028	0.017(1)
¹³CH₃OH	2₀ –1₀ A+	94 407.129	5.31(7)	0.70(3)	0.035	0.026(2)
¹³CH₂DCCH	6_0,6 –5_0,5	94 729.009	5.19(5)	0.45(11)	0.007	0.003(1)
HDCS	3_1,2 –2_1,1	94 828.488	5.26(3)	0.38(3)	0.060	0.024(2)
C₄H	N= 10–9 J = 21/2–19/2	95 150.393	5.34(3)	0.44(3)	0.336	0.157(15)
C₄H	N= 10–9 J = 19/2–17/2	95 188.947	5.31(3)	0.47(3)	0.295	0.147(14)
HC₃NH⁺	11–10	95 235.533	5.24(3)	0.31(6)	0.007	0.0024(2)	5
l–C₃HD	5_1,5 –4_1,4	95 703.443	5.37(3)	0.33(7)	0.005	0.0017(1)	5
HC₅N	36–35	95 850.335	5.33(3)	0.91(3)	0.019	0.018(1)
CH₃OH	2₁ –1₁ A+	95 914.310	5.39(3)	1.02(3)	0.024	0.026(2)
CH₃CHO	5_0,5 –4_0,4 E	95 947.437	5.28(3)	0.64(3)	0.051	0.035(3)
CH₃CHO	5_0,5 –4_0,4 A	95 963.459	5.32(3)	0.61(3)	0.052	0.034(3)
c-C₃HD	2_1,1 –1_1,0	95 994.082	5.30(3)	0.50(3)	0.169	0.090(9)
HCOOCH₃	8_2,7 –7_2,6 E	96 070.725	5.27(3)	0.44(4)	0.008	0.0040(4)
HCOOCH₃	8_2,7 –7_2,6 A	96 076.845	5.28(5)	0.47(5)	0.008	0.0041(4)
S¹⁷O	2₃ –1₂ F = 11/2–9/2	96 085.277	5.34(3)	0.50(10)	0.005	0.0027(2)
C₃O	10–9	96 214.619	5.31(3)	0.42(3)	0.059	0.027(2)
CH₃CHO	5_2,4 –4_2,3 A	96 274.252	5.36(3)	0.63(10)	0.006	0.0043(4)
C³⁴S	2–1	96 412.950			0.495	0.487(48)	1
CH₃CHO	5_2,4 –4_2,3 E	96 425.614	5.26(3)	1.07(11)	0.009	0.010(1)
CH₃CHO	5_2,3 –4_2,2 E	96 475.524	5.28(13)	0.68(15)	0.011	0.0077(7)
CH₃CHO	5_2,3 –4_2,2 A	96 632.663	5.42(7)	0.68(8)	0.008	0.0057(5)
CH₂DCCH	6_1,6 –5_1,5	96 691.587	5.26(3)	0.39(3)	0.101	0.042(4)
CH₃OH	2₋₁ -1₋₁ E	96 739.358			1.262	1.027(102)	1
CH₃OH	2₀ –1₀ A+	96 741.371			1.696	1.384(138)	1
cis–HCOOH	1_1,1 –0_0,0	96 743.447	5.43(13)	0.54(15)	0.004	0.002(1)	5
CH₃OH	2₀ –1₀ E	96 744.545			0.218	0.187(18)	1
CH₃OH	2₁ –1₁ E	96 755.501	5.34(3)	0.83(3)	0.039	0.034(3)
l–C₃HD	5_0,5 –4_0,4	96 902.196	5.32(3)	0.42(3)	0.016	0.0070(7)
C₂H₃CN	10_1,9 –9_1,8	96 982.440	5.29(3)	0.49(8)	0.006	0.0031(3)
H¹³CCCN	11–10	96 983.001	5.30(3)	0.50(3)	0.042	0.022(2)
CH₂DCCH	6_2,5 –5_2,4	97 077.804	5.25(3)	0.36(3)	0.018	0.0069(6)
CH₂DCCH	6_0,6 –5_0,5	97 080.728	5.26(3)	0.36(3)	0.187	0.072(7)
CH₂DCCH	6_2,4 –5_2,3	97 081.710	5.29(3)	0.33(3)	0.020	0.0072(7)
C₄D	N= 11–10 J = 23/2–21/2	97 139.974	5.35(3)	0.32(6)	0.007	0.0023(2)
HC₃¹⁵N	11–10	97 165.829	5.32(7)	0.44(22)	0.009	0.004(2)
C³³S	J= 2–1 F = 3/2–3/2	97 169.471	5.37(3)	0.62(30)	0.015	0.010(5)
C³³S	J= 2–1 F = 5/2–3/2	97 171.801			0.093	0.087(8)	1, 3
C³³S	J= 2–1 F = 7/2–5/2	97 171.819					1, 3
C³³S	J= 2–1 F = 1/2–1/2	97 172.031					1, 3
C³³S	J= 2–1 F = 5/2–5/2	97 174.956	5.30(28)	0.86(43)	0.014	0.013(6)	4
C³³S	J= 2–1 F = 3/2–1/2	97 175.257	5.28(20)	0.61(30)	0.013	0.009(4)	4
C₄D	N= 11–10 J = 21/2–19/2	97 175.928	5.25(27)	0.33(16)	0.006	0.002(1)
OCS	8–7	97 301.209	5.32(3)	0.55(3)	0.092	0.054(5)
CH₂DCCH	6_1,5 –5_1,4	97 472.736	5.26(3)	0.39(3)	0.106	0.044(4)
CH₃OH	2₁ –1₁ A − −	97 582.798	5.38(3)	0.85(3)	0.039	0.035(3)
H₂¹³CS	3_1,3 –2_1,2	97 632.202	5.25(3)	0.41(7)	0.007	0.0030(2)
NCCNH⁺	11–10	97 633.424	5.30(3)	0.35(6)	0.006	0.0024(2)
³⁴SO	2₃ –1₂	97 715.317	5.04(3)	0.42(3)	0.385	0.173(17)
c-C₃D₂	3_1,3 –2_0,2	97 761.978	5.31(3)	0.39(3)	0.112	0.047(4)
H₂C₄	11_1,11 –10_1,10	97 833.632	5.29(3)	0.43(3)	0.020	0.0089(8)
CS	2–1	97 980.953			1.781	3.513(351)	1
l-C₃H	² Π_1∕2 J = 9/2–7/2 F = 5–4 f	97 995.166	5.22(3)	0.47(3)	0.097	0.048(4)
l-C₃H	² Π_1∕2 J = 9/2–7/2 F = 4–3 f	97 995.913	5.21(3)	0.43(3)	0.076	0.034(3)
l-C₃H	² Π_1∕2 J = 9/2–7/2 F = 5–4 e	98 011.611	5.23(3)	0.44(3)	0.100	0.047(4)
l-C₃H	² Π_1∕2 J = 9/2–7/2 F = 4–3 e	98 012.524	5.16(3)	0.42(3)	0.078	0.035(3)
CH₂DOH	4_0,4 –3_1,3 e₀	98 031.213	4.87(3)	0.46(3)	0.018	0.009(1)
c-C₃H₂O	7_2,6 –6_2,5	98 182.078	5.28(13)	0.40(14)	0.006	0.0026(2)
H₂C₄	11_0,11 –10_0,10	98 244.930	5.17(3)	0.57(5)	0.012	0.0072(7)
C₃S	17–16	98 268.516	5.30(5)	0.42(3)	0.031	0.014(1)
³³SO	2₃ –1₂ F = 3/2–3/2	98 460.488	5.20(3)	0.50(11)	0.005	0.0025(2)	5
³³SO	2₃ –1₂ F = 3/2–1/2	98 474.602	5.14(13)	0.38(14)	0.008	0.0031(3)
³³SO	2₃ –1₂ F = 5/2–3/2	98 482.302	5.23(13)	0.42(14)	0.012	0.0053(5)
³³SO	2₃ –1₂ F = 7/2–5/2	98 489.232	5.25(45)	0.44(3)	0.021	0.010(1)
³³SO	2₃ –1₂ F = 9/2–7/2	98 493.642	5.24(3)	0.39(3)	0.035	0.014(1)
HC₅N	37–36	98 512.524	5.39(3)	0.98(6)	0.022	0.023(2)
H₂C₄	11_1,10 –10_1,9	98 655.094	5.26(19)	0.56(4)	0.019	0.011(1)
CH₃CHO	5_1,4 –4_1,3 E	98 863.314	5.27(13)	0.65(14)	0.040	0.028(2)
CH₃CHO	5_1,4 –4_1,3 A	98 900.945	5.31(3)	0.65(5)	0.039	0.027(2)
C₃N	N= 10–9 J = 21/2–19/2	98 940.009	5.26(3)	0.41(3)	0.035	0.015(1)
C₃N	N= 10–9 J = 19/2–17/2	98 958.770	5.26(3)	0.53(3)	0.030	0.017(1)
HCCCHO	4_1,4 –3_0,3	99 039.070	5.25(3)	0.48(3)	0.010	0.0052(5)
H₂¹³CS	3_0,3 –2_0,2	99 077.843	5.33(3)	0.49(8)	0.008	0.0042(4)
c-C₃H₂O	7_3,5 –6_3,4	99 204.772	5.27(3)	0.35(7)	0.005	0.0019(1)
SO	2₃ –1₂	99 299.870			2.386	1.609(160)	1
CH₃OCH₃	4_1,4 –3_0,3 EA + AE	99 324.363	5.29(3)	0.46(5)	0.012	0.0059(5)
CH₃OCH₃	4_1,4 –3_0,3 EE	99 325.217	5.31(3)	0.51(4)	0.015	0.0081(8)
CH₃OCH₃	4_1,4 –3_0,3 AA	99 326.072	5.31(3)	0.45(7)	0.009	0.004(1)
HCCNC	10–9	99 354.250	5.28(3)	0.46(3)	0.054	0.026(2)
c-C₃H₂O	7_3,4 –6_3,3	99 461.077	5.28(3)	0.43(6)	0.009	0.0039(3)
CH₃C¹³CH	6₁ –5₁	99 478.690	5.22(3)	0.40(3)	0.017	0.007(1)
CH₃C¹³CH	6₀ –5₀	99 480.520	5.14(3)	0.44(3)	0.018	0.008(1)
HC¹³CCN	11–10	99 651.849	5.29(4)	0.53(4)	0.045	0.025(2)
HCC¹³CN	11–10	99 661.467	5.30(3)	0.51(3)	0.049	0.027(2)
CH₂CN	5_1,5 –4_1,4 J = 9/2–7/2 F = 7/2–5/2	99 668.885	5.25(13)	0.28(13)	0.007	0.0019(1)	2
CH₂CN	5_1,5 –4_1,4 J = 9/2–7/2 F = 11/2–9/2	99 669.243	5.33(13)	0.44(14)	0.009	0.0043(4)
CH₂CN	5_1,5 –4_1,4 J = 11/2–9/2 F = 9/2–7/2	99 689.121	5.30(4)	0.43(9)	0.007	0.0032(3)
CH₂CN	5_1,5 –4_1,4 J = 11/2–9/2 F = 11/2–9/2	99 689.833	6.01(4)	0.69(10)	0.008	0.006(1)	6
CH₂CN	5_1,5 –4_1,4 J = 11/2–9/2 F = 13/2–11/2	99 689.833	5.17(3)	0.53(7)	0.011	0.006(1)	6
¹³CH₃CCH	6₁ –5₁	99 754.700	5.28(3)	0.38(3)	0.016	0.0066(6)
¹³CH₃CCH	6₀ –5₀	99 756.550	5.27(3)	0.40(3)	0.017	0.0072(7)
H₂C³⁴S	3_1,3 –2_1,2	99 774.122	5.39(3)	0.52(3)	0.022	0.012(1)
C₂S	8₇ –7₆	99 866.521	5.35(3)	0.55(3)	0.117	0.068(6)
SO	5₄ –4₄	100029.558	5.59(3)	0.92(10)	0.008	0.007(1)
HC₃N	11–10 F = 11–11	100 074.832	5.30(13)	0.38(14)	0.014	0.005(2)
HC₃N	11–10	100 076.392			1.947	1.473(147)	1
HC₃N	11–10 F = 10–10	100 078.078	5.29(13)	0.48(14)	0.008	0.004(2)
HCOOCH₃	9_1,9 –8_1,8 E	100 078.608	5.29(13)	0.58(14)	0.004	0.003(1)	5
HCOOCH₃	9_1,9 –8_1,8 A	100 080.542	5.32(13)	0.46(14)	0.008	0.004(1)
H₂CCO	5_1,5 –4_1,4	100 094.514	5.30(2)	0.50(2)	0.112	0.060(6)
NS⁺	2–1 F = 2–2	100 196.674	5.37(13)	0.64(14)	0.007	0.005(1)
NS⁺	2–1 F = 1–0	100 196.982	5.30(13)	0.50(14)	0.010	0.005(1)
NS⁺	2–1 F = 2–1	100 198.474	5.03(13)	0.73(14)	0.035	0.027(2)	3
NS⁺	2–1 F = 3–2	100 198.613					3
NS⁺	2–1 F = 1–1	100 201.410	5.23(13)	0.45(14)	0.007	0.003(1)
H₂NCO⁺	5_1,5 –4_1,4	100 307.079	5.37(4)	0.49(4)	0.008	0.0040(4)
DCO₂⁺	5_0,5 –4_0,4	100 359.521	5.25(11)	0.31(7)	0.005	0.0015(1)	5
HCOOCH₃	8_1,7 –7_1,6 E	100 482.241	5.28(2)	0.41(6)	0.009	0.0039(3)
HCOOCH₃	8_1,7 –7_1,6 A	100 490.682	5.29(8)	0.90(18)	0.006	0.006(1)
N₂O	4–3	100 491.740	5.39(4)	0.47(7)	0.008	0.0039(3)
CH₃NC	5₁ –4₁	100 524.249	5.14(4)	0.91(25)	0.005	0.005(1)
CH₃NC	5₀ –4₀	100 526.541	5.37(2)	0.72(7)	0.008	0.006(1)
H₂¹³CS	3_1,2 –2_1,1	100 534.751	5.43(2)	0.40(6)	0.008	0.0034(3)
CH₂CN	5_0,5 –4_0,4 J = 11/2–9/2 F₁ = 13/2–11/2 F = 15/2–13/2	100 598.383	5.29(2)	0.83(6)	0.059	0.052(5)	3
CH₂CN	5_0,5 –4_0,4 J = 11/2–9/2 F₁ = 13/2–11/2 F = 13/2–11/2	100 598.383					3
CH₂CN	5_0,5 –4_0,4 J = 11/2–9/2 F₁ = 13/2–11/2 F = 11/2–9/2	100 598.383					3
CH₂CN	5_0,5 –4_0,4 J = 11/2–9/2 F₁ = 11/2–9/2 F = 9/2–7/2	100 599.499	5.38(4)	0.51(15)	0.019	0.010(2)
CH₂CN	5_0,5 –4_0,4 J = 11/2–9/2 F₁ = 11/2–9/2 F = 11/2–9/2	100 599.943	5.33(2)	0.49(10)	0.026	0.014(2)	2
CH₂CN	5_0,5 –4_0,4 J = 11/2–9/2 F₁ = 11/2–9/2 F = 13/2–11/2	100 600.602	5.32(2)	0.60(10)	0.036	0.023(3)	3
CH₂CN	5_0,5 –4_0,4 J = 11/2–9/2 F₁ = 9/2–7/2 F = 7/2–5/2	100 600.602					3
CH₂CN	5_0,5 –4_0,4 J = 11/2–9/2 F₁ = 9/2–7/2 F = 9/2–7/2	100 601.354	5.32(2)	0.48(20)	0.019	0.010(4)	2
CH₂CN	5_0,5 –4_0,4 J = 11/2–9/2 F₁ = 9/2–7/2 F = 11/2–9/2	100 602.459	5.39(26)	0.51(25)	0.007	0.004(2)	2
CH₂CN	5_0,5 –4_0,4 J = 9/2–7/2 F₁ = 9/2–7/2 F = 11/2–9/2	100 606.271	5.30(6)	0.60(21)	0.028	0.018(4)
CH₂CN	5_0,5 –4_0,4 J = 9/2–7/2 F₁ = 9/2–7/2 F = 9/2–7/2	100 607.373	5.32(6)	0.47(19)	0.021	0.010(3)	2
CH₂CN	5_0,5 –4_0,4 J = 9/2–7/2 F₁ = 9/2–7/2 F = 7/2–5/2	100 608.257	5.30(15)	0.53(26)	0.014	0.008(3)	2
CH₂CN	5_0,5 –4_0,4 J = 9/2–7/2 F₁ = 11/2–9/2 F = 13/2–11/2	100 608.832	5.30(13)	0.53(14)	0.032	0.018(1)	2
CH₂CN	5_0,5 –4_0,4 J = 9/2–7/2 F₁ = 11/2–9/2 F = 11/2–9/2	100 609.210	5.34(13)	0.47(14)	0.025	0.012(1)
CH₂CN	5_0,5 –4_0,4 J = 9/2–7/2 F₁ = 11/2–9/2 F = 9/2–7/2	100 609.663	5.35(13)	0.48(14)	0.023	0.012(1)	2, 3
CH₂CN	5_0,5 –4_0,4 J = 9/2–7/2 F₁ = 7/2–5/2 F = 7/2–5/2	100 609.663					2, 3
CH₂CN	5_0,5 –4_0,4 J = 9/2–7/2 F₁ = 7/2–5/2 F = 9/2–7/2	100 610.152	5.40(13)	0.83(14)	0.020	0.017(1)	3
CH₂CN	5_0,5 –4_0,4 J = 9/2–7/2 F₁ = 7/2–5/2 F = 5/2–3/2	100 610.152					3
c-C₃D	2_1,1 –1_1,0 J = 5/2–3/2 F = 7/2–5/2	100 807.790	5.22(2)	0.35(3)	0.020	0.008(1)	3
c-C₃D	2_1,1 –1_1,0 J = 5/2–3/2 F = 5/2–3/2	100 807.840					3
c-C₃D	2_1,1 –1_1,0 J = 5/2–3/2 F = 3/2–1/2	100 807.987					3
CH₃SH	4₋₋₁ –3₋₋₁ E	101 029.707	5.29(8)	0.50(10)	0.008	0.004(1)	2
H₂CCO	5_0,5 –4_0,4	101 036.630	5.32(2)	0.50(2)	0.067	0.035(3)
H₂NCO⁺	5_0,5 –4_0,4	101 131.138	5.43(10)	0.73(26)	0.006	0.005(1)
CH₃SH	4₀ –3₀ A+	101 139.111	5.41(2)	0.88(5)	0.020	0.019(1)
CH₃SH	4₀ –3₀ E	101 139.632	5.39(14)	0.73(4)	0.024	0.018(1)
HC₅N	38–37	101 174.677	5.36(2)	0.71(5)	0.021	0.016(1)
H₂C³⁴S	3_0,3 –2_0,2	101 284.338	5.32(2)	0.64(5)	0.022	0.015(1)	3
CH₃SH	4₁ –3₁ E	101 284.348					3
DC₃N	12–11	101 314.818	5.31(2)	0.43(2)	0.108	0.049(4)
CH₃CHO	3_1,3 –2_0,2 E	101 343.441	5.33(2)	0.56(7)	0.017	0.010(1)
H₂CS	3_1,3 –2_1,2	101 477.810			0.580	0.404(40)	1
CH₂CN	5_1,4 –4_1,3 J = 9/2–7/2 F = 11/2–9/2	101 522.773	5.43(10)	0.51(8)	0.013	0.007(1)	4
CH₂CN	5_1,4 –4_1,3 J = 9/2–7/2 F = 9/2–7/2	101 523.088	5.33(8)	0.93(15)	0.010	0.010(1)	4
CH₂CN	5_1,4 –4_1,3 J = 9/2–7/2 F = 7/2–5/2	101 523.657	5.18(6)	0.95(15)	0.008	0.008(1)
CH₂CN	5_1,4 –4_1,3 J = 11/2–9/2	101 532.055	5.32(2)	0.78(9)	0.024	0.020(2)
CH₃CHO	3_1,3 –2_0,2 A	101 892.414	5.19(44)	0.62(8)	0.013	0.009(1)
H₂NCO⁺	5_1,4 –4_1,3	101 955.873	5.17(12)	0.49(11)	0.010	0.005(1)
DNCO	5_0,5 –4_0,4	101 963.694	5.38(10)	0.39(2)	0.065	0.028(2)
H₂CCO	5_1,4 –4_1,3	101 981.429	5.26(2)	0.55(2)	0.117	0.068(6)
³⁴SO₂	3_1,3 –2_0,2	102 031.878	5.24(2)	0.29(4)	0.011	0.0034(3)
c-HC¹³CCD	3_0,3 –2_1,2	102 143.545	5.29(2)	0.57(13)	0.008	0.005(1)
c-C₃D₂	3_1,2 –2_2,1	102 248.513	5.32(28)	0.41(6)	0.012	0.005(1)
HCCCHO	11_0,11 –10_0,10	102 298.030	5.13(13)	0.41(14)	0.014	0.0062(6)	2
c-HCC¹³CD	3_0,3 –2_1,2	102 305.490	5.21(13)	0.31(14)	0.014	0.0047(4)	2
c-H¹³CCCD	3_0,3 –2_1,2	102 422.058	5.33(2)	0.35(3)	0.013	0.0047(4)
c-C₃HD	4_1,3 –4_0,4	102 423.019	5.27(2)	0.41(2)	0.031	0.014(1)
CH₃¹³CCH	6₁ –5₁	102 503.460	5.18(3)	0.49(5)	0.014	0.007(1)
CH₃¹³CCH	6₀ –5₀	102 505.410	5.19(2)	0.58(5)	0.018	0.011(1)
CH₃CCH	6₃ –5₃	102 530.348	5.33(43)	0.69(34)	0.016	0.011(5)
CH₃CCH	6₂ –5₂	102 540.145	5.30(8)	0.53(23)	0.118	0.067(24)
CH₃CCH	6₁ –5₁	102 546.024	5.29(2)	0.49(2)	0.803	0.417(41)
CH₃CCH	6₀ –5₀	102 547.984	5.30(2)	0.49(2)	0.877	0.460(46)
H₂C³⁴S	3_1,2 –2_1,1	102 807.385	5.43(2)	0.62(4)	0.023	0.015(1)
l-C₃H₂	5_1,5 –4_1,4	102 992.379	5.27(43)	0.44(2)	0.115	0.054(5)
H₂CS	3_0,3 –2_0,2	103 040.452			0.503	0.317(31)	1
c-C₃H₂O	7_1,6 –6_1,5	103 069.925	5.31(2)	0.48(4)	0.021	0.011(1)
HCOOCH₃	8_2,6 –7_2,5 E	103 466.572	5.24(13)	0.63(14)	0.007	0.0046(4)
HCOOCH₃	8_2,6 –7_2,5 A	103 478.663	5.27(4)	0.66(13)	0.008	0.006(1)
CNCN	10–9	103 479.802	5.38(7)	0.47(4)	0.014	0.0069(6)
C₂S	8₈ –7₇	103 640.759	5.35(2)	0.64(2)	0.098	0.066(6)
HC₅N	39–38	103 836.817	5.49(8)	0.93(6)	0.019	0.019(1)
l-C₃H₂	5_0,5 –4_0,4	103 952.926	5.32(2)	0.45(2)	0.074	0.035(3)
SO₂	3_1,3 –2_0,2	104 029.418	5.27(2)	0.42(2)	0.242	0.107(10)
C₃S	18–17	104 048.455	5.36(2)	0.55(5)	0.015	0.009(1)
C₂³⁴S	8₉ –7₈	104 109.331	5.30(2)	0.54(5)	0.015	0.009(1)
c-C₃HD	3_0,3 –2_1,2	104 187.126	5.30(2)	0.41(2)	0.649	0.283(28)
CH₂DCN	6_0,6 –5_0,5	104 198.143	5.30(2)	0.45(4)	0.011	0.0054(5)
H₂CS	3_1,2 –2_1,1	104 617.040			0.611	0.371(37)	1
NCO	² Π_3∕2 J = 9/2–7/2 F = 11/2–9/2 e	104 665.278	5.50(6)	0.61(11)	0.006	0.004(1)
NCO	² Π_3∕2 J = 9/2–7/2 F = 11/2–9/2 f	104 666.098	5.36(2)	0.60(10)	0.008	0.005(1)
C₄H	N= 11–10 J = 23/2–21/2	104 666.568	5.34(2)	0.52(2)	0.199	0.110(10)
NCO	² Π_3∕2 J = 9/2–7/2 F = 9/2–7/2 e	104 670.139	5.32(2)	0.71(17)	0.006	0.005(1)
NCO	² Π_3∕2 J = 9/2–7/2 F = 9/2–7/2 f	104 670.905	5.35(3)	0.38(9)	0.009	0.004(1)
C₄H	N= 11–10 J = 21/2–19/2	104 705.108	5.29(13)	0.54(13)	0.174	0.100(9)
¹³C¹⁸O	1–0	104 711.404	5.49(13)	0.86(13)	0.092	0.085(8)
c-C₃HD	3_1,3 –2_1,2	104 799.707	5.30(2)	0.40(2)	0.172	0.073(7)
HOCN	5_0,5 –4_0,4	104 874.678	5.30(33)	0.43(2)	0.076	0.035(3)
l-C₃H₂	5_1,4 –4_1,3	104 915.583	5.28(2)	0.42(2)	0.116	0.052(5)
c-H¹³CCCD	3_1,3 –2_0,2	105 459.577	5.32(2)	0.31(8)	0.008	0.003(1)
c-C₃H₂O	8_1,8 –7_1,7	105 476.475	5.29(2)	0.39(3)	0.023	0.009(1)
HNCS	9_0,9 –8_0,8	105 558.074	5.28(6)	0.54(17)	0.006	0.003(1)	5
H¹³CCCN	12–11	105 799.113	5.43(13)	0.60(13)	0.031	0.020(1)
C₃O	11–10	105 835.363	5.30(21)	0.45(2)	0.040	0.019(1)
c-HCC¹³CD	3_1,3 –2_0,2	106 212.420	5.15(2)	0.31(3)	0.017	0.005(1)
c-C₃HD	4_2,3 –4_1,4	106 256.108	5.29(2)	0.41(3)	0.028	0.012(1)
C₂S	8₉ –7₈	106 347.726			0.388	0.244(24)	1
HC₅N	40–39	106 498.910	5.42(4)	0.83(8)	0.017	0.015(1)
H₂C₄	12_1,12 –11_1,11	106 726.849	5.28(5)	0.64(7)	0.015	0.010(1)
³⁴SO	3₂ –2₁	106 743.244	4.92(7)	0.48(5)	0.015	0.008(1)
c-C₃HD	3_0,3 –2_0,2	106 811.090	5.30(2)	0.39(2)	0.192	0.080(7)
HCO₂⁺	5_0,5 –4_0,4	106 913.545	5.29(2)	0.43(2)	0.091	0.042(4)
CH₃OH	3₁ –4₀ A+	107 013.831	5.28(2)	0.50(3)	–0.051	–0.027(2)
H₂C₄	12_0,12 –11_0,11	107 175.007	5.16(3)	0.57(10)	0.011	0.007(1)
¹³C¹⁷O	1–0 F = 3/2–5/2	107 288.423					3
¹³C¹⁷O	1–0 F = 7/2–5/2	107 288.642	5.40(7)	1.29(12)	0.014	0.019(2)	3
¹³C¹⁷O	1–0 F = 5/2–5/2	107 289.669	5.54(7)	0.85(18)	0.010	0.009(1)
c-C₃HD	3_1,3 –2_0,2	107 423.671	5.30(2)	0.40(2)	0.664	0.284(28)
HCCCHO	5_1,5 –4_0,4	107 556.610	5.39(6)	0.84(18)	0.009	0.008(1)
H₂C₄	12_1,11 –11_1,10	107 622.954	5.29(2)	0.61(8)	0.014	0.009(1)
c-C₃H₂O	8_0,8 –7_0,7	107 805.015	5.21(4)	0.50(8)	0.010	0.006(1)
¹³CN	N= 1–0 J = 1/2–1/2 F₁ = 1–1 F = 1–2	108 076.969	4.74(4)	0.38(11)	0.009	0.004(1)
¹³CN	N= 1–0 J = 1/2–1/2 F₁ = 1–1 F = 2–2	108 091.335	4.60(3)	0.38(7)	0.013	0.005(1)
trans-HCOOH	5_1,5 –4_1,4	108 126.720	5.31(2)	0.52(7)	0.018	0.010(1)
¹³CN	N= 1–0 J = 1/2–1/2 F₁ = 0–1 F = 1–0	108 406.091	5.13(5)	0.45(9)	0.010	0.005(1)	2
¹³CN	N= 1–0 J = 1/2–1/2 F₁ = 0–1 F = 1–1	108 412.862	5.18(2)	0.55(3)	0.036	0.021(2)	2
¹³CN	N= 1–0 J = 1/2–1/2 F₁ = 0–1 F = 1–2	108 426.889	5.20(2)	0.55(3)	0.071	0.041(4)
¹³CN	N= 1–0 J = 1/2–1/2 F₁ = 1–0 F = 0–1	108 631.121	5.25(6)	0.31(11)	0.038	0.012(4)	2
¹³CN	N= 1–0 J = 1/2–1/2 F₁ = 1–0 F = 1–1	108 636.923	5.31(2)	0.44(5)	0.106	0.050(5)	2
¹³CN	N= 1–0 J = 3/2–1/2 F₁ = 1–1 F = 1–0	108 638.212	5.40(2)	0.30(9)	0.042	0.013(4)	2
¹³CN	N= 1–0 J = 3/2–1/2 F₁ = 1–1 F = 2–1	108 643.590	5.27(3)	0.52(12)	0.057	0.031(6)	2
¹³CN	N= 1–0 J = 3/2–1/2 F₁ = 1–1 F = 0–1	108 644.346	5.25(7)	0.32(13)	0.030	0.010(4)	2
¹³CN	N= 1–0 J = 3/2–1/2 F₁ = 1–1 F = 1–1	108 645.064	5.67(13)	0.52(24)	0.031	0.017(6)
¹³CN	N= 1–0 J = 1/2–1/2 F₁ = 1–0 F = 2–1	108 651.297	5.32(2)	0.47(3)	0.165	0.082(8)	2
c-C₃D₂	2_2,1 –1_1,0	108 654.564	5.34(7)	0.41(17)	0.042	0.018(6)
¹³CN	N= 1–0 J = 3/2–1/2 F₁ = 1–1 F = 2–2	108 657.646	5.34(2)	0.53(6)	0.131	0.074(7)
¹³CN	N= 1–0 J = 3/2–1/2 F₁ = 1–1 F = 1–2	108 658.948	5.24(7)	0.48(16)	0.046	0.023(7)
HC¹³CCN	12–11	108 710.532	5.39(2)	0.52(5)	0.025	0.014(1)
HCC¹³CN	12–11	108 720.999	5.29(2)	0.60(4)	0.032	0.020(2)
¹³CN	N= 1–0 J = 3/2–1/2 F₁ = 2–1 F = 3–2	108 780.201	5.33(13)	0.55(13)	0.210	0.122(12)	2
¹³CN	N= 1–0 J = 3/2–1/2 F₁ = 2–1 F = 2–1	108 782.374	5.31(13)	0.52(13)	0.128	0.071(7)
¹³CN	N= 1–0 J = 3/2–1/2 F₁ = 2–1 F = 1–0	108 786.982	5.28(13)	0.48(13)	0.070	0.036(3)	2
¹³CN	N= 1–0 J = 3/2–1/2 F₁ = 2–1 F = 1–1	108 793.753	5.30(10)	0.54(8)	0.052	0.030(4)	2
¹³CN	N= 1–0 J = 3/2–1/2 F₁ = 2–1 F = 2–2	108 796.400	5.28(2)	0.46(7)	0.059	0.029(4)
C₃N	N= 11–10 J = 23/2–21/2	108 834.254	5.08(3)	0.95(10)	0.015	0.016(1)
C₃N	N= 11–10 J = 21/2–19/2	108 853.012	5.31(3)	0.54(8)	0.015	0.008(1)
CH₃OH	1₋₋₁ –0₀ E	108 893.945			0.319	0.247(24)	1
CH₃CCD	7₁ –6₁	109 029.216	5.26(2)	0.40(4)	0.048	0.021(2)
CH₃CCD	7₀ –6₀	109 031.214	5.26(2)	0.40(3)	0.057	0.025(2)
HC₅N	41–40	109 160.973	5.36(3)	0.99(9)	0.013	0.014(1)
HC₃N	12–11	109 173.634			1.770	1.381(138)	1
¹³CN	N= 1–0 J = 3/2–1/2 F₁ = 1–0 F = 2–1	109 217.567	5.90(4)	0.58(9)	0.012	0.007(1)
¹³CN	N= 1–0 J = 3/2–1/2 F₁ = 1–0 F = 1–1	109 218.919	5.89(3)	0.50(7)	0.012	0.006(1)
SO	3₂ –2₁	109 252.220			0.445	0.226(22)	1
HCCNC	11–10	109 289.095	5.28(3)	0.44(3)	0.032	0.015(1)
OCS	9–8	109 463.063	5.31(2)	0.43(2)	0.072	0.033(3)
C¹⁵N	N= 1–0 J = 1/2–1/2 F = 1–1	109 689.610	5.18(2)	0.56(5)	0.028	0.017(1)
C¹⁵N	N= 1–0 J = 1/2–1/2 F = 1–0	109 708.986	5.08(2)	0.55(6)	0.014	0.008(1)
C¹⁵N	N= 1–0 J = 1/2–1/2 F = 0–1	109 733.657	5.03(2)	0.36(4)	0.018	0.007(1)
DC₃N	13–12	109 757.143	5.34(8)	0.41(2)	0.057	0.025(2)
C¹⁸O	1–0	109 782.173			3.600	3.310(330)	1
C₃S	19–18	109 828.290	5.34(3)	0.61(11)	0.014	0.009(1)
HNCO	5_0,5 –4_0,4 F = 4–4	109 904.890	5.33(40)	0.36(18)	0.030	0.012(5)
HNCO	5_0,5 –4_0,4 F = 6–5 + F = 5–4 + F = 4–3	109 905.753	5.32(2)	0.40(2)	1.313	0.555(55)
HNCO	5_0,5 –4_0,4 F = 5–5	109 906.445	5.31(40)	0.41(20)	0.026	0.011(5)
HN¹³CO	5_0,5 –4_0,4	109 908.950	5.52(40)	0.41(20)	0.033	0.014(7)
C¹⁵N	N= 1–0 J = 3/2–1/2 F = 1–1	110 004.092	5.15(4)	0.57(9)	0.011	0.007(1)
C¹⁵N	N= 1–0 J = 3/2–1/2 F = 1–0	110 023.540	5.19(2)	0.42(3)	0.034	0.015(1)
C¹⁵N	N= 1–0 J = 3/2–1/2 F = 2–1	110 024.590	5.24(2)	0.48(2)	0.070	0.036(3)
NH₂D	1_1,1 –1_0,1 para F = 0–1	110 152.092	5.43(13)	0.38(13)	0.223	0.091(12)
NH₂D	1_1,1 –1_0,1 para F = 2–1	110 153.021	5.39(13)	0.41(13)	0.279	0.121(12)
NH₂D	1_1,1 –1_0,1 para F = 2–2 + F = 1–1	110 153.594	5.41(13)	0.51(13)	0.602	0.326(32)
NH₂D	1_1,1 –1_0,1 para F = 1–2	110 154.173	5.36(13)	0.42(13)	0.261	0.116(12)
NH₂D	1_1,1 –1_0,1 para F = 1–0	110 155.028	5.32(13)	0.47(13)	0.208	0.104(12)
¹³CO	1–0	110 201.354			5.684	9.474(947)	1
c-HCC¹³CH	2_1,1 –1_1,0	110 306.313	5.25(3)	0.42(7)	0.014	0.006(1)
CH₃CN	6₁ –5₁	110 381.372	5.34(2)	0.76(7)	0.057	0.046(4)
CH₃CN	6₀ –5₀	110 383.500	5.32(2)	0.65(4)	0.072	0.050(4)
D₂CS	4_1,4 –3_1,3	110 756.126	5.34(2)	0.38(7)	0.015	0.006(1)
D₂CO	2_1,2 –1_1,1	110 837.830	5.39(2)	0.41(2)	0.124	0.054(5)
trans-HCOOH	5_0,5 –4_0,4	111 746.785	5.30(2)	0.36(8)	0.022	0.008(1)
CH₃CHO	6_1,6 –5_1,5 A	112 248.716	5.37(3)	0.60(8)	0.027	0.017(2)
CH₃CHO	6_1,6 –5_1,5 E	112 254.508	5.20(4)	0.86(11)	0.025	0.023(2)
C¹⁷O	1–0 F = 3/2–5/2	112 358.777					1, 3
C¹⁷O	1–0 F = 7/2–5/2	112 358.982			0.754	0.798(79)	1, 3
C¹⁷O	1–0 F = 5/2–5/2	112 360.007			0.485	0.407(40)	1
CH₂DCCH	7_1,7 –6_1,6	112 805.469	5.26(2)	0.35(2)	0.094	0.035(3)
HDCCO	6_0,6 –5_0,5	112 895.981	5.28(3)	0.35(6)	0.015	0.0055(9)
N³⁴S	² Π_1∕2 J = 5/2–3/2 F = 7/2–5/2 e	113 104.650	5.28(4)	0.38(10)	0.015	0.0061(9)
CN	N= 1–0 J = 1/2–1/2 F = 1/2–1/2	113 123.370			1.063	0.659(65)	1
CN	N= 1–0 J = 1/2–1/2 F = 1/2–3/2	113 144.157			0.809	0.990(99)	1
CN	N= 1–0 J = 1/2–1/2 F = 3/2–1/2	113 170.492			0.836	1.024(102)	1
CN	N= 1–0 J = 1/2–1/2 F = 3/2–3/2	113 191.279			0.757	1.063(106)	1
CH₂DCCH	7_2,6 –6_2,5	113 256.174	5.24(13)	0.34(12)	0.014	0.005(2)
CH₂DCCH	7_0,7 –6_0,6	113 258.171	5.27(13)	0.31(12)	0.185	0.060(6)
CH₂DCCH	7_2,5 –6_2,4	113 262.423	5.26(13)	0.33(12)	0.023	0.008(2)
C₂S	9₈ –8₇	113 410.186	5.29(2)	0.53(2)	0.094	0.053(5)
D₂CS	4_0,4 –3_0,3	113 484.714	5.37(2)	0.29(2)	0.078	0.024(2)	1
CN	N= 1–0 J = 3/2–1/2 F = 3/2–1/2	113 488.120			0.760	1.001(100)	1
CN	N= 1–0 J = 3/2–1/2 F = 5/2–3/2	113 490.970			0.921	1.665(166)	1, 2
CN	N= 1–0 J = 3/2–1/2 F = 1/2–1/2	113 499.644			0.718	0.890(89)	1, 2
CN	N= 1–0 J = 3/2–1/2 F = 3/2–3/2	113 508.907			0.945	1.070(107)	1
N³⁴S	² Π_1∕2 J = 5/2–3/2 F = 5/2–3/2 f	113 514.550	5.48(39)	0.53(26)	0.018	0.010(5)
CN	N= 1–0 J = 3/2–1/2 F = 1/2–3/2	113 520.432	5.38(2)	0.50(2)	1.062	0.566(56)
CH₂DCCH	7_1,6 –6_1,5	113 716.762	5.25(2)	0.31(2)	0.092	0.031(3)
C₄H	N= 12–11 J = 25/2–23/2	114 182.515	5.35(2)	0.52(3)	0.116	0.064(6)
C₄H	N= 12–11 J = 23/2–21/2	114 221.041	5.30(2)	0.54(3)	0.111	0.064(6)
c-HC¹³CCH	3_0,3 –2_1,2	114 381.212	5.20(2)	0.38(4)	0.049	0.020(1)
c-C₃HD	3_1,2 –2_2,1	114 647.951	5.30(2)	0.49(2)	0.153	0.081(8)
HCNO	5–4	114 688.382	5.34(2)	0.29(6)	0.030	0.009(1)
c-HCC¹³CH	3_0,3 –2_1,2	114 897.371	5.24(2)	0.37(2)	0.249	0.098(9)
CH₃CHO	6_0,6 –5_0,5 E	114 940.175	5.29(2)	0.54(10)	0.044	0.025(2)
CH₃CHO	6_0,6 –5_0,5 A	114 959.902	5.38(4)	0.60(7)	0.037	0.024(2)
NS	² Π_1∕2 J = 5/2–3/2 F = 7/2–5/2 e	115 153.935	5.50(13)	0.42(12)	0.340	0.154(15)
NS	² Π_1∕2 J = 5/2–3/2 F = 5/2–3/2 e	115 156.812	5.51(13)	0.40(12)	0.250	0.107(10)
NS	² Π_1∕2 J = 5/2–3/2 F = 3/2–1/2 e	115 162.982	5.57(13)	0.43(12)	0.148	0.068(6)
NS	² Π_1∕2 J = 5/2–3/2 F = 3/2–3/2 e	115 185.411	5.49(3)	0.42(6)	0.039	0.017(2)
NS	² Π_1∕2 J = 5/2–3/2 F = 5/2–5/2 e	115 191.288	5.44(5)	0.77(15)	0.031	0.025(3)
CO	1–0	115 271.202			10.006	44.80(447)	1
C₃O	12–11	115 455.899	5.31(2)	0.33(5)	0.048	0.017(2)
NS	² Π_1∕2 J = 5/2–3/2 F = 5/2–5/2 f	115 489.412	5.15(2)	0.24(3)	0.062	0.016(2)
c-HCC¹³CH	3_1,3 –2_0,2	115 524.356	5.25(12)	0.37(2)	0.266	0.103(10)
NS	² Π_1∕2 J = 5/2–3/2 F = 3/2–3/2 f	115 524.603	5.11(2)	0.38(6)	0.064	0.026(2)
NS	² Π_1∕2 J = 5/2–3/2 F = 3/2–5/2 f	115 556.253	5.07(2)	0.38(2)	0.346	0.140(13)
NS	² Π_1∕2 J = 5/2–3/2 F = 5/2–3/2 f	115 570.763	5.12(2)	0.36(3)	0.240	0.091(9)
NS	² Π_1∕2 J = 5/2–3/2 F = 3/2–1/2 f	115 571.954	5.12(3)	0.36(5)	0.146	0.056(7)
SO⁺	² Π_1∕2 J = 5/2–3/2 e	115 804.405	5.36(2)	0.52(4)	0.115	0.063(6)

Notes. (1) Complex line profile. Impossible to fit to Gaussian function. (2) Line affected by frequency switching negative artifact of other line. (3) Line blended. Only one component could be fitted. (4) Line blended. Several components could be fitted. (5) Marginal detection. (6) Hyperfine components resolved in astronomical spectrum but not in the laboratory.

Current usage metrics show cumulative count of Article Views (full-text article views including HTML views, PDF and ePub downloads, according to the available data) and Abstracts Views on Vision4Press platform.

Data correspond to usage on the plateform after 2015. The current usage metrics is available 48-96 hours after online publication and is updated daily on week days.

Initial download of the metrics may take a while.