Resolving the chemical substructure of Orion-KL | Astronomy & Astrophysics (A&A)

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Volume 581 (September 2015)

A&A, 581 (2015) A71

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This article has an erratum: [https://doi.org/10.1051/0004-6361/201322725e]

Table A.1

Identified emission lines from the SMA-30 m combined dataset.

Freq.	Mol.	E_u/k_B		Freq.	Mol. (candidates)	E_u/k_B
(GHz)		(K)		(GHz)		(K)


218.903	OCS_{(ν = 0)}(18 → 17)	100
218.966	HCOOCH_{3(ν = 1)}(18_12,6 → 17_12,5)E	384
218.981	HNCO_{(ν = 0)}(10_1,10 → 9_1,9)	101
219.068	HCOOCH_{3(ν = 1)}(18_17,2 → 17_17,1)E	481
219.079	HCOOCH_{3(ν = 1)}(28_3,25 → 28_2,26)E	434
219.090	HCOOCH_{3(ν = 0)}(34_7,28 → 34_5,29)E	387	^*	219.090	HCOOCH_{3(ν = 0)}(34_7,28 → 34_5,29)A	387
219.154	HCOOCH_{3(ν = 1)}(18_11,7 → 17_11,6)E	369	^*	219.153	HCOOCH_{3(ν = 1)}(10_4,6 → 9_3,6)E	230
219.174	HC₃N_{(ν₇ = 1)}(24 → 23)	452	^†
219.195	HCOOCH_{3(ν = 1)}(18_16,3 → 17_16,2)E	459	^*	219.196	HCOOCH_{3(ν = 0)}(36_6,30 → 36_6,31)E	429
219.220	CH₃COCH_{3(ν = 0)}(21_1,20 → 20_2,19)AE	122	^*	219.220	CH₃COCH_{3(ν = 0)}(21_2,20 → 20_1,19)AE	122
				219.220	CH₃COCH_{3(ν = 0)}(21_2,20 → 20_2,19)EA	122
				219.220	CH₃COCH_{3(ν = 0)}(21_1,20 → 20_1,19)EA	122
219.242	CH₃COCH_{3(ν = 0)}(21_1,20 → 20_2,19)EE	122	^*	219.242	CH₃COCH_{3(ν = 0)}(21_2,20 → 20_1,19)EE	122
				219.242	CH₃COCH_{3(ν = 0)}(21_2,20 → 20_2,19)EE	122
				219.220	CH₃COCH_{3(ν = 0)}(21_1,20 → 20_1,19)EE	122
219.264	CH₃COCH_{3(ν = 0)}(21_1,20 → 20_2,19)AA	122	^*	219.264	CH₃COCH_{3(ν = 0)}(21_2,20 → 20_1,19)AA	122
219.276	SO_{2(ν = 0)}(22_7,15 → 23_6,18)	352
219.311	CH₃COCH_{3(ν = 0)}(12_9,4 → 11_8,3)AA	66
219.325	UL		?
219.331	HCOOCH_{3(ν = 1)}(18_15,4 → 17_15,3))E	438	^*	219.328	HCOOCH_{3(ν = 1)}(36_9,28 → 36_8,29)E	635
219.355	³⁴SO_{2(ν = 0)}(11_1,11 → 10_0,10)	60	^†
219.401	CH₂CHCN_{(ν = 0)}(23_3,20 → 22_3,19)	145
219.412	HCOOCH_{3(ν = 1)}(18_10,8 → 17_10,7)E	355
219.417	HCOOCH_{3(ν = 0)}(30_5,26 → 30_4,27)E	291
219.463	CH₃CH₂CN(22_2,21 → 21_1,20)	112
219.479	HCOOCH_{3(ν = 1)}(18_14,5 → 17_14,4)E	419
219.484	HCOOCH_{3(ν = 0)}(30_5,26 → 30_4,27)A	291
219.506	CH₃CH₂CN_{(ν = 0)}(24_2,22 → 23_2,21)	136
219.547	HNCO_{(ν = 0)}(10_4,6 → 9_4,5)	750	^*	219.547	HNCO_{(ν = 0)}(10_4,7 → 9_4,6)	750
219.560	C¹⁸O(2 → 1)	16	^†
219.566	HCOOCH_{3(ν = 1)}(18_15,4 → 17_15,3)A	438	^*	219.566	HCOOCH_{3(ν = 1)}(18_15,3 → 17_15,2)A	438
219.568	HCOOCH_{3(ν = 1)}(18_14,5 → 17_14,4)A	419	^*	219.568	HCOOCH_{3(ν = 1)}(18_14,4 → 17_14,3)A	419
219.571	HCOOCH_{3(ν = 1)}(18_16,3 → 17_16,2)A	458	^*	219.571	HCOOCH_{3(ν = 1)}(18_16,2 → 17_16,1)A	458
219.579	HCOOCH_{3(ν = 0)}(28_9,19 → 28_8,20)A	294	^*	219.579	HCOOCH_{3(ν = 1)}(18_17,2 → 17_17,1)A	481
				219.579	HCOOCH_{3(ν = 1)}(18_17,1 → 17_17,0)A	481
				219.578	HCOOCH_{3(ν = 1)}(29_9,21 → 29_8,21)E	498
219.584	HCOOCH_{3(ν = 1)}(18_13,6 → 17_13,5)A	401	^*	219.584	HCOOCH_{3(ν = 1)}(18_13,5 → 17_13,4)A	401
				219.586	HCOOCH_{3(ν = 0}(30_9,22 → 30_8,23)A	330
219.592	HCOOCH_{3(ν = 0}(28_9,19 → 28_8,20)E	294
219.600	HCOOCH_{3(ν = 0}(30_9,22 → 30_8,23)E	330
219.607	HCOOCH_{3(ν = 0}(30_5,26 → 30_3,27)E	291	^*	219.610	CH₃COCH_{3(ν = 0)}(33_8,25 → 33_8,26)EE	368
				219.610	CH₃COCH_{3(ν = 0)}(33_9,25 → 33_7,26)EE	368
219.622	HCOOCH_{3(ν = 1)}(18_12,7 → 17_12,6)A	384	^*	219.622	HCOOCH_{3(ν = 1)}(18_12,6 → 17_12,5)A	384
219.642	HCOOCH_{3(ν = 1)}(18_13,6 → 17_13,5)E	401
219.657	HNCO(10_3,8 → 9_3,7)	447	^*	219.657	HNCO(10_3,7 → 9_3,6)	447
219.696	HCOOCH_{3(ν = 1)}(18_11,8 → 17_11,7)A	369	^*	219.696	HCOOCH_{3(ν = 1)}(18_11,7 → 17_11,6)A	369
219.705	HCOOCH_{3(ν = 1)}(18_4,15 → 17_4,14)A	299
219.734	HNCO_{(ν = 0)}(10_2,9 → 9_2,8)	231
219.737	HNCO_{(ν = 0)}(10_2,8 → 9_2,7)	231
219.764	HCOOCH_{3(ν = 1)}(18_9,9 → 17_9,8)E	342
219.798	HNCO_{(ν = 0)}(10_0,10 → 9_0,9)	58	^†
219.822	HCOOCH_{3(ν = 1)}(18_10,9 → 17_10,8)A	355	^*	219.822	HCOOCH_{3(ν = 1)}(18_10,8 → 17_10,7)A	355
219.827	HCOOCH_{3(ν = 1)}(18_12,7 → 17_12,6)E	384
219.909		33	^†
219.949	SO_{(ν = 0)}(6₅ → 5₄)	35	^†
219.984	CH₃OH_{(ν_t = 0)}(25_3,22 → 24_4,20)E	802
219.994	CH₃OH_{(ν_t = 0)}(23_5,19 → 22_6,17)E	776
220.030	HCOOCH_{3(ν = 1)}(18_9,10 → 17_9,9)A	342	^*	220.030	HCOOCH_{3(ν = 1)}(18_9,9 → 17_9,8)A	342
220.043	HCOOCH_{3(ν = 1)}(18_11,8 → 17_11,7)E	368
220.078	CH₃OH_{(ν_t = 0)}(8_0,8 → 7_1,6)E	97
220.154	t-CH₃CH₂OH(24_3,22 → 24_2,23)	263
220.167	HCOOCH_{3(ν = 0)}(17_4,13 → 16_4,12)E	103	^‡
220.178	CH₂CO(11_1,11 → 10_1,10)	76	^†
220.190	HCOOCH_{3(ν = 0)}(17_4,13 → 16_4,12)A	103
220.258	HCOOCH_{3(ν = 1)}(18_8,10 → 17_8,9)E	330	^‡
220.296		646
220.307	HCOOCH_{3(ν = 1)}(18_10,9 → 17_10,8)E	354
220.324	CH₃CN_{(ν = 0)}(12₁₀ → 11₁₀)	782
220.355	CH₃COCH_{3(ν = 0)}(22_0,22 → 21_0,21)	124	AE, EA^*	220.355	CH₃COCH_{3(ν = 0)}(22_1,22 → 21_1,21)	124	AE, EA
				220.355	C₆H(J = 159/2-157/2,Ω=3/2, l=e)	425	?
220.362	CH₃COCH_{3(ν = 0)}(22_0,22 → 21_1,21)EE	124	^*	220.362	CH₃COCH_{3(ν = 0)}(22_1,22 → 21_1,21)EE	124
				220.362	CH₃COCH_{3(ν = 0)}(22_1,22 → 21_0,21)EE	124
				220.362	CH₃COCH_{3(ν = 0)}(22_0,22 → 21_0,21)EE	124
220.368	HCOOCH_{3(ν = 1)}(18_8,11 → 17_8,10)A	331	^*	220.370	HCOOCH_{3(ν = 1)}(18_8,10 → 17_8,9)A	331
				220.368	CH₃COCH_{3(ν = 0)}(22_1,22 → 21_1,21)AA	124
				220.368	CH₃COCH_{3(ν = 0)}(22_0,22 → 21_0,21)AA	124
				220.368		526
220.399	¹³CO(2 → 1)	16	^†
220.404	CH₃CN_{(ν = 0)}(12₉ → 11₉)	646
220.416	HCOOCH_{3(ν = 1)}(18_3,16 → 17_2,15)A	293
220.431		417	^*	220.433	HCOOCH_{3(ν = 0)}(35_5,28 → 33_5,29)A	357
220.446	CH₃CHO(13_3,10 → 13_2,11ν = 0)E	105	?^‡
220.465	CH₃COCH_{3(ν = 0)}(11_11,1 → 10_10,0)AE	63	^*	220.466	CH₃COCH_{3(ν = 0)}(11_11,0 → 10_10,1)AE	63
220.476	CH₃CN_{(ν = 0)}(12₈ → 11₈)	526
220.486		326	^*	220.487	C₆H(J = 159/2-157/2, Ω=3/2„ l=f)	426	?
220.525	HCOOCH_{3(ν = 1)}(10_4,6 → 9_3,7)A	231
220.533		247
220.539	CH₃CN_{(ν = 0)}(12₇ → 11₇)	419
220.561	CH₂CHCN(24_1,24 → 23_1,23)	134
220.570		183
220.585	HNCO_{(ν = 0)}(10_1,9 → 9_1,8)	101
220.594	CH₃CN_{(ν = 0)}(12₆ → 11₆)	326
220.621		97	^‡
220.641	CH₃CN_{(ν = 0)}(12₅ → 11₅)	248
220.661	CH₃CH₂CN_{(ν = 0)}(25_2,24 → 24_2,23)	143
220.679	CH₃CN_{(ν = 0)}(12₄ → 11₄)	183
220.709	CH₃CN_{(ν = 0)}(12₃ → 11₃)	133
220.730	CH₃CN_{(ν = 0)}(12₂ → 11₂)	98	^‡
220.743	CH₃CN_{(ν = 0)}(12₁ → 11₁)	76
220.747	CH₃CN_{(ν = 0)}(12₀ → 11₀)	69
220.764	CH₃COCH_{3(ν = 0)}(11_11,0 → 10_10,0)EE	63
220.786	HCOOCH_{3(ν = 0)}(28_3,25 → 28_3,26)E	248
220.812	HCOOCH_{3(ν = 0)}(18_3,16 → 17_2,15)E	105
220.815	HCOOCH_{3(ν = 0)}(18_3,16 → 17_2,15)A	105
220.820	HCOOCH_{3(ν = 0)}(24_2,23 → 24_1,24)A	169
220.848	CH₃OCH₃(24_4,20 → 23_5,19)	297	A(E)A(E)
220.866	HCOOCH_{3(ν = 0)}(28_3,25 → 28_3,26)A	248	^*	220.866	HCOOCH_{3(ν = 1)}(19_2,17 → 18_3,16)A	303
220.889	HCOOCH_{3(ν = 0)}(18_17,1 → 17_17,0)A	293	^*	220.889	HCOOCH_{3(ν = 0)}(18_17,2 → 17_17,1)A	293
220.893	CH₃OCH₃(23_4,20 → 23_3,21)	274	A(E)A(E)
220.901	HCOOCH_{3(ν = 0)}(18_17,1 → 17_17,0)E	293
220.913	HCOOCH_{3(ν = 1)}(18_7,12 → 17_7,11)A	320	^*	220.910	HCOOCH_{3(ν = 0)}(18_17,2 → 17_17,1)E	293
220.926	HCOOCH_{3(ν = 0)}(18_16,2 → 17_16,1)A	271	^*	220.926	HCOOCH_{3(ν = 0)}(18_16,3 → 17_16,2)A	271
220.935	HCOOCH_{3(ν = 0)}(18_16,2 → 17_16,1)E	271
220.946	HCOOCH_{3(ν = 1)}(18_7,11 → 17_7,10)A	321	^*	220.947	HCOOCH_{3(ν = 0)}(18_16,3 → 17_16,2)E	271
220.967	HC₇N_{(ν = 0)}(J = 196 − 195)	1045	?
220.978	HCOOCH_{3(ν = 0)}(18_15,4 → 17_15,3)A	250	^*	220.978	HCOOCH_{3(ν = 0)}(18_15,3 → 17_15,2)A	250
220.985	HCOOCH_{3(ν = 1)}(18_7,11 → 17_7,10)E	320	^*	220.984	HCOOCH_{3(ν = 0)}(18_15,3 → 17_15,2)E	250
220.998	HCOOCH_{3(ν = 0)}(18_15,4 → 17_15,3)E	250	^*	220.999	g-CH₃CH₂OH(13_0,13 → 12_0,12ν_t = 0 − 1)	136
221.048	HCOOCH_{3(ν = 0)}(18_14,5 → 17_14,4)A	231	^*	221.048	HCOOCH_{3(ν = 0)}(18_14,4 → 17_14,3)A	231
				221.048	HCOOCH_{3(ν = 0)}(18_14,4 → 17_14,3)E	231
221.067	HCOOCH_{3(ν = 0)}(18_14,5 → 17_14,4)A	231
221.076	HCOOCH_{3(ν = 0)}(29_9,21 → 29_8,22)A	312
221.086	HCOOCH_{3(ν = 0)}(29_9,21 → 29_8,22)E	312
221.111	HCOOCH_{3(ν = 1)}(18_8,11 → 17_8,10)E	330
221.115	³⁴SO_{2(ν = 0)}(22_2,20 → 22_1,21)	248
221.124	CH₂CHCN_{(ν = 0)}(23_1,22 → 22_1,21)	130
221.140	HCOOCH_{3(ν = 0)}(18_13,5 → 17_13,4)E	213	^*	221.141	HCOOCH_{3(ν = 0)}(18_13,5 → 17_13,4)A	213
				221.141	HCOOCH_{3(ν = 0)}(18_13,6 → 17_13,5)A	213
229.056	CH₃COCH_{3(ν = 0)}(22_1,21 → 21_2,20)EE	133	^*	229.056	CH₃COCH_{3(ν = 0)}(22_1,21 → 21_1,20)EE	133
				229.056	CH₃COCH_{3(ν = 0)}(22_2,21 → 21_2,20)EE	133
				229.056	CH₃COCH_{3(ν = 0)}(22_2,21 → 21_1,20)EE	133
				229.058	CH₃COCH_{3(ν = 0)}(14_9,6 → 13_8,5)EE	85
229.078	CH₃COCH_{3(ν = 0)}(22_1,21 → 21_2,20)AA	133	^*	229.078	CH₃COCH_{3(ν = 0)}(22_2,21 → 21_1,20)AA	133
229.087	CH₂CHCN_{(ν = 0)}(24_3,21 → 23_3,20)	156
229.117	HCOOCH_{3(ν = 1)}(19_3,17 → 18_2,16)E	303
229.127	CH₃COCH_{3(ν = 0)}(12_10,2 → 11_9,2)EE	68
229.134	CH₃CHO(9_3,7 → 9_2,7)	62
229.203	UL		?
229.224	HCOOCH_{3(ν = 0)}(23_9,14 → 23_8,15)A	217
229.259	HCOOCH_{3(ν = 0)}(23_9,14 → 23_8,15)E	217	^*	229.258	CH₃CHO(10_3,7 → 10_2,8)	71
229.265	CH₃CH₂CN_{(ν = 0)}(26_{2, 25} → 25_{2, 24})	154	^‡
229.320	HCOOCH_{3(ν = 0)}(23_9,15 → 23_8,16)E	217
229.348	SO_{2(ν = 0)}(11_5,7 → 12_4,8)	122	^†
229.389	HCOOCH_{3(ν = 0)}(23_9,15 → 23_8,16)A	217
229.405	HCOOCH_{3(ν = 0)}(18_3,15 → 17_3,14)E	111
229.420	HCOOCH_{3(ν = 0)}(18_3,15 → 17_3,14)A	111
229.474	HCOOCH_{3(ν = 0)}(20_3,17 → 19_4,16)E	134
229.491	t-CH₃CH₂OH(17_5,12 → 17_4,13)	160	^*	229.498	g-CH₃CH₂OH(41_11,31 → 40_12,29ν_t = 1 − 0)	925
				229.498	g-CH₃CH₂OH(41_11,30 → 40_12,28ν_t = 1 − 0)	925
229.505	HCOOCH_{3(ν = 0)}(20_3,17 → 19_4,16)A	134
229.539	HCOOCH_{3(ν = 0)}(31_5,27 → 31_3,28)E	309
229.589	CH₃OH_{(ν_t = 0)}(15_4,11 → 16_3,13)E	374
229.607	HCOOCH_{3(ν = 0)}(31_5,27 → 31_3,28)A	309
229.648	CH₂CHCN_{(ν = 0)}(25_1,25 → 24_1,24)	146
229.661	HCOOCH_{3(ν = 1)}(25_9,16 → 25_8,17)A	432
229.759	CH₃OH_{(ν_t = 0)}(8_{− 1,8} → 7_0,7)E	89	^‡
229.858	³⁴SO_{2(ν = 0)}(4_2,2 → 3_1,3)	19
229.864	CH₃OH_{(ν_t = 0)}(19_5,15 → 20_4,16)A + +	578
229.888	³⁴SO_{2(ν = 0)}(17_3,15 → 18_0,18)	162
229.939	CH₃OH_{(ν_t = 0)}(19_5,14 → 20_4,17)A − −	578
229.987	³⁴SO_{2(ν = 0)}(42_6,36 → 41_7,35)	921
230.027	CH₃OH_{(ν_t = 0)}(3_{− 2,2} → 4_{− 1,4})E	40
230.109	C₆H(J = 165/2-163/2, Ω = 1/2, l = f)	482	?^‡
230.140	CH₃OCH₃(25_4,22 → 25_3,22)EA	319	A(E)A(E)^‡
230.170	CH₃COCH_{3(ν = 0)}(23_0,23 → 22_1,22)AE	135	^*	230.170	CH₃COCH_{3(ν = 0)}(23_1,23 → 22_0,22)AE	135
				230.170	CH₃COCH_{3(ν = 0)}(23_0,23 → 22_0,22)EA	135
				230.170	CH₃COCH_{3(ν = 0)}(23_1,23 → 22_1,22)EA	135
230.177	CH₃COCH_{3(ν = 0)}(23_0,23 → 22_1,22)EE	135	*	230.177	CH₃COCH_{3(ν = 0)}(23_1,23 → 22_0,22)EE	135
				230.177	CH₃COCH_{3(ν = 0)}(23_0,23 → 22_0,22)EE	135
				230.177	CH₃COCH_{3(ν = 0)}(23_1,23 → 22_1,22)EE	135
230.183	CH₃COCH_{3(ν = 0)}(23_0,23 → 22_1,22)AA	135	‡*	230.183	CH₃COCH_{3(ν = 0)}(23_1,23 → 22_0,22)AA	135
230.234	CH₃OCH₃(17_2,15 → 16_3,14)	148	A(E)A(E)	230.234	C₆H(J = 165/2-163/2, Ω=1/2, l=e)	483	?
230.283	CH₃COCH_{3(ν = 0)}(16_8,8 → 15_9,7)EE	107
230.293	CH₃OH_{(ν_t = 0)}(22_2,20 → 21_{− 3,19})E	609
230.318	O¹³CS(19 → 18)	111	†
230.369	CH₃OH_{(ν_t = 0)}(22_4,18 → 21_5,17)E	683
230.377	HCOOCH_{3(ν = 0)}(22_9,14 → 22_8,15)A	203
230.436	HCOOCH_{3(ν = 0)}(25_1,24 → 25_1,25)E	182	*	230.436	HCOOCH_{3(ν = 0)}(25_1,24 → 25_0,25)E	182
230.441	HCOOCH_{3(ν = 0)}(25_2,24 → 25_1,25)E	182	*	230.441	HCOOCH_{3(ν = 0)}(25_2,24 → 25_0,25)E	182
230.481	CH₃OCH₃(10_8,2 → 11_7,5)EE	140	*	230.474	CH₃OCH₃(10_8,3 → 11_7,4)EA	140
				230.476	CH₃OCH₃(10_8,3 → 11_7,4)EE	140
				230.478	CH₃OCH₃(10_8,3 → 11_7,4)AA	140
				230.478	CH₃OCH₃(10_8,2 → 11_7,5)AA	140
				230.479	CH₃OCH₃(10_8,3 → 11_7,4)AE	140
				230.479	CH₃OCH₃(10_8,2 → 11_7,5)AE	140
				230.483	CH₃OCH₃(10_8,2 → 11_7,5)EA	140
230.488	CH₂CHCN_{(ν = 0)}(24_1,23 → 23_1,22)	141
230.505	CH₃OCH₃(26_4,23 → 25_5,20)	343	A(E)A(E)
230.538	CO_{(ν = 0)}(2 → 1)	17	†
230.673	g-CH₃CH₂OH(13_2,11 → 12_2,10,ν_t = 0 − 0)	139
230.697	g-CH₃CH₂OH(8_3,5 → 8_2,7,ν_t = 1 − 0)	103
230.739	CH₂CHCN_{(ν = 0)}(25_0,25 → 24_0,24)	146	‡
230.794	g-CH₃CH₂OH(6_5,1 → 5_4,1,ν_t = 0 − 1)	105	*	230.794	g-CH₃CH₂OH(6_5,2 → 5_4,2,ν_t = 0 − 1)	105
230.844	HCOOCH_{3(ν = 1)}(19_17,2 → 18_17,1)E	493
230.852	HCOOCH_{3(ν = 1)}(19_16,3 → 18_16,2)E	470
230.879	HCOOCH_{3(ν = 1)}(18_4,14 → 17_4,13)A	301
230.889	HCOOCH_{3(ν = 1)}(19_15,4 → 18_15,3)E	450
230.933	³⁴SO_{2(ν = 0)}(5_4,2 → 6_3,3)	52	*	230.936	HCOOCH_{3(ν = 0)}(29_3,26 → 29_2,27)E	265
230.954	t-CH₃CH₂OH(16_5,11 → 16_4,12)	145
230.960	HCOOCH_{3(ν = 1)}(19_14,5 → 18_14,4)E	430
230.991	t-CH₃CH₂OH(14_0,14 → 13_1,13)	86	*‡	230.992	g-CH₃CH₂OH(6_5,1 → 6_4,2,ν_t = 1 − 1)	110
				230.993	g-CH₃CH₂OH(6_5,2 → 6_4,3,ν_t = 1 − 1)	110
231.019	HCOOCH_{3(ν = 0)}(12_4,9 → 11_3,8)E	57	*	231.020	HCOOCH_{3(ν = 0)}(29_3,26 → 29_2,27)A	264
231.046	HCOOCH_{3(ν = 0)}(12_4,9 → 11_3,8)A	57
231.061	OCS_{(ν = 0)}(19 → 18)	111	†
231.102	HC₇N(J = 205 − 204)	1142	?‡
231.188	HCOOCH_{3(ν = 0)}(21_9,13 → 21_8,14)E	190
231.199	HCOOCH_{3(ν = 0)}(21_9,12 → 21_8,13)A	190	*	231.199	HCOOCH_{3(ν = 0)}(21_9,12 → 21_8,13)E	190
231.221	¹³CS_{(ν = 0)}(5 → 4)	33	†
231.231	HCOOCH_{3(ν = 1)}(19_12,7 → 18_12,6)E	396		231.231	g-CH₃CHO(12_8,5 → 11_8,4E)	216

Notes. 1) Due to the frequency resolution (0.8125 MHz, ~1.2 km s^-1), lines with broad FWHM width can be attributed to different species, so lines with stronger CDMS/JPL intensity are listed here in the left column with “*”, and the potential blended weaker transitions are listed in the right column. 2) Tentative detections and unidentified lines are marked with “?”. 3) Lines with “†” are imaged in Fig. 4, with “‡” are imaged in Fig. 5. 4) “A(E)A(E)” represents 4 types of transitions are possible: AA, EE, AE, EA.

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