Searching for trans ethyl methyl ether in Orion KL

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Volume 582 (October 2015)

A&A, 582 (2015) L1

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Table A.1

Lines of trans-CH₃CH₂OCH₃ in ALMA SV data.

Species	Transition	Predicted	E_upp	S_ij	Observed	T	Blends
		frequency (MHz)	(K)		frequency (MHz)	(K)

tEME-EE’	31_5,27–31_4,28	213 854.674	220.5	16.34	...	...	CH₃CH₂OH
tEME-EE	31_5,27–31_4,28	213 854.982	220.5	16.44	...	...	′′
tEME-AE	31_5,27–31_4,28	213 855.220	220.5	16.40	...	...	′′
tEME-EE	28_5,23–28_4,24	213 856.708	185.7	14.17	...	...	′′
tEME-AE	28_5,23–28_4,24	213 857.473	185.7	13.94	...	...	′′
tEME-EE’	28_5,23–28_4,24	213 857.509	185.7	13.69	...	...	′′
tEME-EA	31_5,27–31_4,28	213 858.239	220.5	16.52	...	...	′′
tEME-AA	31_5,27–31_4,28	213 858.632	220.5	16.53	...	...	′′
tEME-EA	28_5,23–28_4,24	213 859.015	185.7	14.70	...	...	′′
tEME-AA	28_5,23–28_4,24	213 859.367	185.7	14.73	...	...	′′
tEME-EE’	30_5,26–30_4,27	214 028.729	208.6	15.58	...	...	CH₃COCH₃
tEME-EE	30_5,26–30_4,27	214 029.157	208.6	15.76	...	...	′′
tEME-AE	30_5,26–30_4,27	214 029.345	208.6	15.68	...	...	′′
tEME-EA	30_5,26–30_4,27	214 032.539	208.6	15.91	214 032.3^†	0.50
tEME-AA	30_5,26–30_4,27	214 032.539	208.6	15.91	^†
tEME-EE	27_5,22–27_4,23	214 131.118	174.9	13.15	214 132.6	0.58
tEME-AE	27_5,22–27_4,23	214 132.010	174.9	12.80	^†
tEME-EE’	27_5,22–27_4,23	214 132.166	174.9	12.46	^†
tEME-EA	27_5,22–27_4,23	214 133.150	174.9	14.07	^†
tEME-AA	27_5,22–27_4,23	214 133.486	174.9	14.14	^†
tEME-EE’	29_5,25–29_4,26	214 196.531	196.9	14.73	214 196.8	0.94
tEME-EE	29_5,25–29_4,26	214 197.122	196.9	15.01	^†
tEME-AE	29_5,25–29_4,26	214 197.239	196.9	14.88	^†
tEME-EA	29_5,25–29_4,26	214 200.673	196.9	15.31	214 201.4	0.41
tEME-AA	29_5,25–29_4,26	214 201.091	196.9	15.31	^†
tEME-EE’	21_2,20–20_1,19	214 246.202	93.7	7.76	214 246.5	0.72
tEME-EE	21_2,20–20_1,19	214 246.202	93.7	7.76	^†
tEME-AE	21_2,20–20_1,19	214 246.332	93.7	7.76	^†
tEME-EA	21_2,20–20_1,19	214 247.602	93.7	7.76	^†
tEME-AA	21_2,20–20_1,19	214 247.732	93.7	7.76	^†
tEME-EE’	26_5,22–26_4,22	214 355.828	164.4	2.47	...	...	CH₃CH₂OH; SO
tEME-EE’	28_5,24–28_4,25	214 356.510	185.7	13.69	...	...	′′
tEME-AE	26_5,22–26_4,22	214 356.963	164.4	2.08	...	...	′′
tEME-EE	26_5,22–26_4,22	214 357.232	164.4	1.63	...	...	′′
tEME-EE	28_5,24–28_4,25	214 357.312	185.7	14.17	...	...	′′
tEME-AE	28_5,24–28_4,25	214 357.333	185.7	13.93	...	...	′′
tEME-EA	28_5,24–28_4,25	214 361.091	185.7	14.69	...	...	CH₃OCH₃
tEME-AA	28_5,24–28_4,25	214 361.527	185.7	14.72	...	...	′′
tEME-EE	26_5,21–26_4,22	214 369.161	164.4	11.92	...	...	CH₃COOCH₃
tEME-AE	26_5,21–26_4,22	214 370.185	164.4	11.47	...	...	′′
tEME-EE’	26_5,21–26_4,22	214 370.456	164.4	11.08	...	...	′′
tEME-EA	26_5,21–26_4,22	214 370.843	164.4	13.42	...	...	′′
tEME-AA	26_5,21–26_4,22	214 371.154	164.4	13.55	...	...	′′
tEME-EE’	27_5,23–27_4,24	214 507.462	174.9	12.45	214 508.5	0.61
tEME-AE	27_5,23–27_4,24	214 508.414	174.9	12.79	^†
tEME-EE	27_5,23–27_4,24	214 508.510	174.9	13.14	^†
tEME-EA	27_5,23–27_4,24	214 512.591	174.9	14.06	...	...	CH₃OCOH ν_t = 1
tEME-AA	27_5,23–27_4,24	214 513.051	174.9	14.13	...	...	′′
tEME-EE	25_5,20–25_4,21	214 575.213	154.4	10.56	214 576.5	0.58
tEME-AE	25_5,20–25_4,21	214 576.349	154.4	10.10	^†
tEME-EA	25_5,20–25_4,21	214 576.498	154.4	12.69	^†
tEME-EE’	25_5,20–25_4,21	214 576.706	154.4	9.74	^†
tEME-AA	25_5,20–25_4,21	214 576.769	154.4	12.96	^†
tEME-EE’	26_5,22–26_4,23	214 648.535	164.4	11.08	...	...	CH₃OCOH
tEME-AE	26_5,22–26_4,23	214 649.611	164.4	11.47	...	...	′′
tEME-EE	26_5,22–26_4,23	214 649.829	164.4	11.92	...	...	′′
tEME-EA	26_5,22–26_4,23	214 654.288	164.5	13.41	...	...	′′
tEME-AA	26_5,22–26_4,23	214 654.781	164.5	13.54	...	...	′′
tEME-EE	24_5,19–24_4,20	214 753.118	144.7	9.23	214 754.0	0.94
tEME-EA	24_5,19–24_4,20	214 754.023	144.7	11.84	^†
tEME-AA	24_5,19–24_4,20	214 754.233	144.7	12.38	^†
tEME-AE	24_5,19–24_4,20	214 754.329	144.7	8.86	^†
tEME-EE’	24_5,19–24_4,20	214 754.733	144.7	8.60	^†
tEME-EE’	25_5,21–25_4,22	214 779.208	154.4	9.73	...	...	CH₃OCOH
tEME-AE	25_5,21–25_4,22	214 780.378	154.4	10.10	...	...	′′
tEME-EE	25_5,21–25_4,22	214 780.701	154.4	10.56	...	...	′′
tEME-EA	25_5,21–25_4,22	214 785.581	154.4	12.69	...	...	′′
tEME-AA	25_5,21–25_4,22	214 786.123	154.4	12.96	...	...	′′
tEME-EE’	23_5,19–23_4,19	214 895.777	135.4	4.03	...	...	CH₃OCOH ν_t = 1
tEME-AE	23_5,19–23_4,19	214 897.184	135.4	3.90	...	...	′′
tEME-EE	23_5,19–23_4,19	214 897.739	135.4	3.67	...	...	′′
tEME-EE’	24_5,20–24_4,21	214 899.228	144.7	8.61	...	...	′′
tEME-AE	24_5,20–24_4,21	214 900.454	144.7	8.87	...	...	′′
tEME-EE	24_5,20–24_4,21	214 900.844	144.7	9.23	...	...	′′
tEME-EA	23_5,19–23_4,19	214 903.639	144.7	1.05	...	...	′′
tEME-EA	24_5,20–24_4,21	214 906.128	144.7	11.83	214 906.7	1.30
tEME-EE	23_5,18–23_4,19	214 906.260	135.4	8.13	^†
tEME-AA	24_5,20–24_4,21	214 906.739	144.7	12.38	^†
tEME-EA	23_5,18–23_4,19	214 906.872	135.4	10.76	^†
tEME-AA	23_5,18–23_4,19	214 906.992	135.4	11.80	^†
tEME-AE	23_5,18–23_4,19	214 907.507	135.4	7.91	^†
tEME-EE’	23_5,18–23_4,19	214 907.507	135.4	7.77	^†
tEME-EE	24_5,19–24_4,21	214 909.858	144.7	11.83	...	...	CH₃CH₂CN
tEME-EA	24_5,19–24_4,21	214 910.548	144.7	0.55	...	...	′′
tEME-AE	24_5,19–24_4,21	214 911.166	144.7	3.51	...	...	′′
tEME-EE’	24_5,19–24_4,21	214 911.685	144.7	3.77	...	...	′′
tEME-EE’	23_5,19–23_4,20	215 008.545	135.4	7.77	...	...	CH₃OCOH ν_t = 2
tEME-AE	23_5,19–23_4,20	215 009.791	135.4	7.91	...	...	′′
tEME-EE	23_5,19–23_4,20	215 010.209	135.4	8.13	...	...	′′
tEME-EA	23_5,19–23_4,20	215 015.810	135.4	10.75	215 016.5	1.16
tEME-AA	23_5,19–23_4,20	215 016.519	135.4	11.80	^†
tEME-EE	23_5,18–23_4,20	215 018.730	135.4	3.67	...	...	CH₃OCOD
tEME-EA	23_5,18–23_4,20	215 019.043	135.4	1.05	...	...	′′
tEME-AE	23_5,18–23_4,20	215 020.114	135.4	3.90	...	...	′′
tEME-EE’	23_5,18–23_4,20	215 020.693	135.4	4.03	...	...	′′
tEME-EE’	22_5,18–22_4,18	215 027.250	126.6	4.02	...	...	U-line
tEME-AE	22_5,18–22_4,18	215 028.719	126.6	3.99	...	...	′′
tEME-EE	22_5,18–22_4,18	215 029.330	126.6	4.00	...	...	′′
tEME-EA	22_5,18–22_4,18	215 035.544	126.6	1.78	...	...	CH₃OCOD, CH₃COOCH₃
tEME-EE	22_5,17–22_4,18	215 037.639	126.6	7.33	...	...	′′
tEME-EA	22_5,17–22_4,18	215 038.085	126.6	9.45	...	...	′′
tEME-AA	22_5,17–22_4,18	215 038.089	126.6	11.23	...	...	CH₃CH₂CN
tEME-AE	22_5,17–22_4,18	215 038.890	126.6	7.24	...	...	′′
tEME-EE’	22_5,17–22_4,18	215 039.292	126.6	7.21	...	...	′′
tEME-AA	35_2,33–34_3,32	215 107.148	250.8	9.27	...	...	CH₃COOCH₃, CH₃OCOH ν_t = 2
tEME-EA	35_2,33–34_3,32	215 107.270	250.8	9.27	...	...	′′
tEME-EE’	22_5,18–22_4,19	215 107.270	126.6	7.21	...	...	′′
tEME-AE	22_5,18–22_4,19	215 108.508	126.6	7.24	...	...	′′
tEME-EE	22_5,18–22_4,19	215 108.923	126.6	7.33	...	...	′′
tEME-AE	35_2,33–34_3,32	215 109.184	250.8	9.27	...	...	′′
tEME-EE	35_2,33–34_3,32	215 109.306	250.8	9.27	...	...	′′
tEME-EE’	35_2,33–34_3,32	215 109.306	250.8	9.27	...	...	′′
tEME-EA	22_5,18–22_4,19	215 114.713	126.6	9.44	...	...	CH₃O¹³COH
tEME-AA	22_5,18–22_4,19	215 115.545	126.6	11.22	...	...	′′
tEME-EE	22_5,17–22_4,19	215 117.232	126.6	3.90	...	...	CH₃CH₂CN
tEME-EA	22_5,17–22_4,19	215 117.254	126.6	1.78	...	...	′′
tEME-AE	22_5,17–22_4,19	215 118.679	126.6	3.99	...	...	′′
tEME-EE’	22_5,17–22_4,19	215 119.312	126.6	4.02	...	...	′′
tEME-EE’	21_5,17–21_4,17	215 139.474	118.0	3.75	...	...	CH₃O¹³COH ν_t = 1
tEME-AE	21_5,17–21_4,17	215 141.013	118.0	3.82	215 141.0	0.59	CH₃O¹³COH ν_t = 1
tEME-EE	21_5,17–21_4,17	215 141.682	118.0	3.85	^†
tEME-EA	21_5,17–21_4,17	215 148.139	118.0	2.58	215 150.7	1.28
tEME-EE	21_5,16–21_4,17	215 149.914	118.0	6.81	^†
tEME-AA	21_5,16–21_4,17	215 150.202	118.0	10.66	^†
tEME-EA	21_5,16–21_4,17	215 150.327	118.0	8.07	^†
tEME-AE	21_5,16–21_4,17	215 151.142	118.0	6.84	215 150.7†	1.28
tEME-EE’	21_5,16–21_4,17	215 151.503	118.0	6.91	^†
tEME-EE’	22_5,17–22_4,18	215 195.665	118.0	6.91	...	...	SO
tEME-AE	22_5,17–22_4,18	215 196.869	118.0	6.84	...	...	′′
tEME-EE	22_5,17–22_4,18	215 197.254	118.0	6.81	...	...	′′
tEME-EA	22_5,17–22_4,18	215 203.100	118.0	8.07	...	...	′′
tEME-AA	22_5,17–22_4,18	215 204.068	118.0	10.66	...	...	′′
tEME-EA	22_5,16–22_4,18	215 205.287	118.0	2.58	...	...	′′
tEME-EE	22_5,16–22_4,18	215 205.486	118.0	3.84	...	...	′′
tEME-AE	22_5,16–22_4,18	215 206.998	118.0	3.82	...	...	′′
tEME-EE’	22_5,16–22_4,18	215 207.694	118.0	3.75	...	...	′′
tEME-EE’	20_5,16–20_4,16	215 234.851	109.9	3.26	...	...	′′
tEME-AE	20_5,16–20_4,16	215 236.480	109.9	3.41	...	...	′′
tEME-EE	20_5,16–20_4,16	215 237.223	109.9	3.55	...	...	′′
tEME-EA	20_5,16–20_4,16	215 243.901	109.9	3.19	...	...	CH₃COOCH₃

							CH₃O¹³COH, CH₃CH₂CN ν₁₃/ν₂₁
tEME-EE	20_5,15–20_4,16	215 245.438	109.9	6.54	...	...	′′
tEME-AA	20_5,15–20_4,16	215 245.691	109.9	10.09	...	...	′′
tEME-EA	20_5,15–20_4,16	215 245.934	109.9	6.89	...	...	′′
tEME-AE	20_5,15–20_4,16	215 246.615	109.9	6.67	...	...	′′
tEME-EE’	20_5,15–20_4,16	215 246.907	109.9	6.83	...	...	′′
tEME-EE’	20_5,16–20_4,17	215 274.126	109.9	6.83	...	...	CH₃COOCH₃, U-line
tEME-AE	20_5,16–20_4,17	215 275.268	109.9	6.67	...	...	′′
tEME-EE	20_5,16–20_4,17	215 275.595	109.9	6.54	...	...	′′
tEME-EA	20_5,16–20_4,17	215 281.378	109.9	6.89	...	...	U-line
tEME-AA	20_5,16–20_4,17	215 282.470	109.9	10.09	...	...	′′
tEME-EA	20_5,15–20_4,17	215 283.411	109.9	3.19	...	...	′′
tEME-EE	20_5,15–20_4,17	215 283.810	109.9	3.55	...	...	′′
tEME-AE	20_5,15–20_4,17	215 285.403	109.9	3.41	...	...	′′
tEME-EE’	20_5,15–20_4,17	215 286.182	109.9	3.26	...	...	′′
tEME-EE’	19_5,15–19_4,15	215 315.464	102.2	2.57	...	...	U-line
tEME-AE	19_5,15–19_4,15	215 317.213	102.2	2.79	215 317.4	0.54	U-line
tEME-EE	19_5,15–19_4,15	215 318.057	102.2	3.02	^†
tEME-EA	19_5,15–19_4,15	215 324.992	102.2	3.49	215 327.2	1.96	¹³CH₃OCOH ν_t = 1
tEME-EE	19_5,14–19_4,15	215 326.280	102.2	6.50	^†
tEME-AA	19_5,14–19_4,15	215 326.637	102.2	9.52	^†
tEME-EA	19_5,14–19_4,15	215 326.971	102.2	6.03	^†
tEME-AE	19_5,14–19_4,15	215 327.373	102.2	6.72	^†
tEME-EE’	19_5,14–19_4,15	215 327.561	102.2	6.95	^†
tEME-EE’	19_5,15–19_4,16	215 343.169	102.2	6.95	...	...	CH₃OCOH
tEME-AE	19_5,15–19_4,16	215 344.214	102.2	6.72	...	...	′′
tEME-EE	19_5,15–19_4,16	215 344.450	102.2	6.50	...	....	′′
tEME-EA	19_5,15–19_4,16	215 350.059	102.2	6.03	215 351.2	0.91	CH₃CH₂CN (ν= 0, ν₁₃/ν₂₁)
tEME-AA	19_5,15–19_4,16	215 351.248	102.2	9.52	^†
tEME-EA	19_5,14–19_4,16	215 352.037	102.2	3.49	^†
tEME-EE	19_5,14–19_4,16	215 352.674	102.2	3.02	^†
tEME-AE	19_5,14–19_4,16	215 354.374	102.2	2.79	...	...	CH₃CH₂CN (ν= 0, ν₁₃/ν₂₁)
tEME-EE’	19_5,14–19_4,16	215 355.266	102.2	2.57	...	...	′′
tEME-EE’	12_3,10–11_2,9	215 361.252	40.5	4.16	215 361.7	0.43
tEME-EE	12_3,10–11_2,9	215 361.484	40.5	4.18	^†
tEME-AE	12_3,10–11_2,9	215 361.676	40.5	4.17	^†
tEME-EA	12_3,10–11_2,9	215 364.224	40.5	4.19	...	...	CH₃CH₂OH
tEME-AA	12_3,10–11_2,9	215 364.533	40.5	4.20	...	...	′′
tEME-EA	18_5,14–18_4,14	215 393.299	94.8	3.48	215 395.5	1.01
tEME-EE	18_5,13–18_4,14	215 394.256	94.8	6.65	^†
tEME-AA	18_5,13–18_4,14	215 394.875	94.8	8.95	^†
tEME-AE	18_5,13–18_4,14	215 395.227	94.8	6.94	^†
tEME-EA	18_5,13–18_4,14	215 395.264	94.8	5.47	^†
tEME-EE’	18_5,13–18_4,14	215 395.280	94.8	7.19	^†
tEME-EE’	18_5,14–18_4,15	215 403.394	94.8	7.19	215 404.5	0.91
tEME-AE	18_5,14–18_4,15	215 404.308	94.8	6.94	^†
tEME-EE	18_5,14–18_4,15	215 404.417	94.8	6.65	^†
tEME-EA	18_5,14–18_4,15	215 409.728	94.8	5.47	215 411.2	0.59
tEME-AA	18_5,14–18_4,15	215 410.979	94.8	8.95	^†
tEME-EA	18_5,14–18_4,15	215 411.693	94.8	3.48	^†
tEME-EE	18_5,14–18_4,15	215 412.657	94.8	2.31	^†
tEME-EA	17_5,13–17_4,13	215 450.467	87.9	3.22	215 451.7	1.65
tEME-EE	17_5,12–17_4,13	215 450.974	87.9	6.90	^†
tEME-EE’	17_5,12–17_4,13	215 451.703	87.9	7.39	^†
tEME-AE	17_5,12–17_4,13	215 451.799	87.9	7.18	^†
tEME-AA	17_5,12–17_4,13	215 452.025	87.9	8.39	^†
tEME-EA	17_5,12–17_4,13	215 452.436	87.9	5.17	^†
tEME-EE’	17_5,13–17_4,13	215 455.422	87.9	7.39	215 456.2	1.60	¹³CH₃OCOH ν_t = 1
tEME-EE	17_5,13–17_4,13	215 456.151	87.9	6.90	^†
tEME-AE	17_5,13–17_4,13	215 456.193	87.9	7.18	^†
tEME-EA	17_5,13–17_4,14	215 461.025	87.9	5.17	215 462.2	1.81	U-line
tEME-AA	17_5,13–17_4,14	215 462.304	87.9	8.39	^†
tEME-EA	17_5,12–17_4,14	215 462.994	87.9	3.22	^†
tEME-EE’	27_1,27–26_0,26	215 478.840	144.2	21.60	215 479.5	1.81
tEME-EE	27_1,27–26_0,26	215 478.840	144.2	21.60	^†
tEME-AE	27_1,27–26_0,26	215 478.854	144.2	21.60	^†
tEME-EA	27_1,27–26_0,26	215 479.025	144.2	21.60	^†
tEME-AA	27_1,27–26_0,26	215 479.039	144.2	21.60	^†
tEME-EE	16_5,11–16_4,12	215 497.897	81.3	7.05	215 498.7	1.96	CH₃CH₂CN ν₁₃/ν₂₁
tEME-EA	16_5,12–16_4,12	215 497.943	81.3	2.74	^†
tEME-EE’	16_5,11–16_4,12	215 498.372	81.3	7.37	^†
tEME-AE	16_5,11–16_4,12	215 498.590	81.3	7.23	^†
tEME-AA	16_5,11–16_4,12	215 499.524	81.3	7.82	215 500.2^†	1.22

tEME-EE’	16_5,12–16_4,13	215 499.830	81.3	7.37	^†
tEME-EA	16_5,11–16_4,12	215 499.921	81.3	5.08	^†
tEME-EE	16_5,12–16_4,13	215 500.305	81.3	7.05	^†
tEME-AE	16_5,12–16_4,13	215 500.485	81.3	7.24	^†
tEME-EA	16_5,12–16_4,13	215 504.636	81.3	5.08	215 506.2	1.22	CH₃C¹³CH
tEME-AA	16_5,12–16_4,13	215 505.905	81.3	7.82	^†
tEME-EA	16_5,11–16_4,13	215 506.613	81.3	2.74	^†
tEME-EE	15_5,10–15_4,11	215 536.404	75.1	6.94	215 537.7	1.33
tEME-EE’	15_5,10–15_4,11	215 536.720	75.1	7.08	^†
tEME-EA	15_5,11–15_4,11	215 537.002	75.1	2.05	^†
tEME-AE	15_5,10–15_4,11	215 537.010	75.1	7.03	^†
tEME-EE’	15_5,11–15_4,12	215 537.169	75.1	7.08	^†
tEME-EE	15_5,11–15_4,12	215 537.485	75.1	6.94	^†
tEME-AE	15_5,11–15_4,12	215 537.757	75.1	7.08	^†
tEME-AA	15_5,10–15_4,11	215 538.650	75.1	7.25	^†
tEME-EA	15_5,10–15_4,11	215 538.990	75.1	5.21	^†
tEME-EA	15_5,11–15_4,12	215 541.270	75.1	5.21	215 541.5^†	1.06	CH₃COOCH₃
tEME-AA	15_5,11–15_4,12	215 542.488	75.1	7.25	^†
tEME-EA	15_5,10–15_4,12	215 543.258	75.1	2.05	^†
tEME-EE	14_5,9–14_4,10	215 567.750	69.3	6.58	215 567.9	2.13
tEME-EE’	14_5,9–14_4,10	215 567.993	69.3	6.63	^†
tEME-EE’	14_5,10–14_4,11	215 568.043	69.3	6.63	^†
tEME-EE	14_5,10–14_4,11	215 568.286	69.3	6.58	^†
tEME-AE	14_5,9–14_4,10	215 568.316	69.3	6.61	^†
tEME-AE	14_5,10–14_4,11	215 568.602	69.3	6.61	215 571.7	1.89	CH₃OCOH ν_t = 1
tEME-AE	14_5,10–14_4,10	215 568.774	69.3	1.23	^†
tEME-AA	14_5,9–14_4,10	215 570.539	69.3	6.68	^†
tEME-EA	14_5,9–14_4,10	215 570.772	69.3	5.45	^†
tEME-EA	14_5,10–14_4,11	215 571.650	69.3	5.45	^†
tEME-AA	14_5,10–14_4,11	215 572.766	69.3	6.68	^†
tEME-EA	14_5,9–14_4,11	215 573.648	69.3	1.23	^†
tEME-EE	13_5,8–13_4,9	215 593.014	63.9	6.08	215 593.5	1.41
tEME-EE’	13_5,9–13_4,10	215 593.138	63.9	6.09	^†
tEME-EE’	13_5,8–13_4,9	215 593.228	63.9	6.09	^†
tEME-EE	13_5,9–13_4,10	215 593.353	63.9	6.08	^†
tEME-AE	13_5,8–13_4,9	215 593.566	63.9	6.09	^†
tEME-AE	13_5,9–13_4,10	215 593.687	63.9	6.09	^†
tEME-EA	13_5,9–13_4,9	215 594.282	63.9	0.53	^†
tEME-AA	13_5,8–13_4,9	215 596.207	63.9	6.11	215 596.5	1.12
tEME-EA	13_5,8–13_4,9	215 596.289	63.9	5.58	^†
tEME-EA	13_5,9–13_4,10	215 596.478	63.9	5.58	^†
tEME-AA	13_5,9–13_4,10	215 597.447	63.9	6.11	^†
tEME-EA	13_5,8–13_4,10	215 598.486	63.9	0.53	^†
tEME-EE	12_5,7–12_4,8	215 613.102	58.9	5.52	215 613.7	1.89
tEME-EE’	12_5,8–12_4,9	215 613.172	58.9	5.53	^†
tEME-EE’	12_5,7–12_4,8	215 613.308	58.9	5.53	^†
tEME-EE	12_5,8–12_4,9	215 613.378	58.9	5.52	^†
tEME-AE	12_5,7–12_4,8	215 613.651	58.9	5.52	^†
tEME-AE	12_5,8–12_4,9	215 613.720	58.9	5.52	^†
tEME-EA	12_5,8–12_4,9	215 616.405	58.9	5.37	...	...	¹³CH₃OCOH ν_t = 1, CH₃CH₂CN
tEME-EA	12_5,7–12_4,8	215 616.490	58.9	5.37	...	...	′′
tEME-AA	12_5,7–12_4,8	215 616.564	58.9	5.53	...	...	′′
tEME-AA	12_5,8–12_4,9	215 617.221	58.9	5.53	...	...	′′
tEME-EE	11_5,6–11_4,7	215 628.800	54.3	4.94	215 629.7	1.60
tEME-EE’	11_5,7–11_4,8	215 628.855	54.3	4.94	^†
tEME-EE’	11_5,6–11_4,7	215 629.003	54.3	4.94	^†
tEME-EE	11_5,7–11_4,8	215 629.058	54.3	4.94	^†
tEME-AE	11_5,6–11_4,7	215 629.349	54.3	4.94	^†
tEME-AE	11_5,7–11_4,8	215 629.404	54.3	4.94	^†
tEME-EA	11_5,7–11_4,8	215 632.056	54.3	4.91	215 632.7	1.06
tEME-EA	11_5,6–11_4,7	215 632.229	54.3	4.91	^†
tEME-AA	11_5,6–11_4,7	215 632.425	54.3	4.94	^†
tEME-AA	11_5,7–11_4,8	215 632.754	54.3	4.94	^†
tEME-EE	10_5,5–10_4,6	215 640.803	50.0	4.35	215 641.1	1.31
tEME-EE’	10_5,6–10_4,7	215 640.854	50.0	4.35	^†
tEME-EE’	10_5,5–10_4,6	215 641.007	50.0	4.35	^†
tEME-EE	10_5,6–10_4,7	215 641.058	50.0	4.35	^†
tEME-AE	10_5,5–10_4,6	215 641.354	50.0	4.35	^†
tEME-AE	10_5,6–10_4,7	215 641.405	50.0	4.35	^†
tEME-EA	10_5,6–10_4,7	215 644.051	50.0	4.34	215 644.1	1.26	¹³CH₃OCOH ν_t = 1
tEME-EA	10_5,5–10_4,6	215 644.248	50.0	4.34	^†
tEME-AA	10_5,5–10_4,6	215 644.522	50.0	4.35	^†
tEME-AA	10_5,6–10_4,7	215 644.676	50.0	4.35	^†
tEME-EE	9_5,4–9_4,5	215 649.740	46.1	3.73	215 650.2	1.02
tEME-EE’	9_5,5–9_4,6	215 649.791	46.1	3.73	^†
tEME-EE’	9_5,4–9_4,5	215 649.944	46.1	3.73	^†
tEME-EE	9_5,5–9_4,6	215 649.995	46.1	3.73	^†
tEME-AE	9_5,4–9_4,5	215 650.292	46.1	3.73	^†
tEME-AE	9_5,5–9_4,6	215 650.343	46.1	3.73	^†
tEME-EA	9_5,5–9_4,6	215 652.990	46.1	3.73	215 653.2	0.92
tEME-EA	9_5,4–9_4,5	215 653.193	46.1	3.73	^†
tEME-AA	9_5,4–9_4,5	215 653.509	46.1	3.73	^†
tEME-AA	9_5,5–9_4,6	215 653.575	46.1	3.73	^†
tEME-EE	8_5,3–8_4,4	215 656.176	42.7	3.10	215 656.2	1.16
tEME-EE’	8_5,4–8_4,5	215 656.227	42.7	3.10	^†
tEME-EE’	8_5,3–8_4,4	215 656.380	42.7	3.10	^†
tEME-EE	8_5,4–8_4,5	215 656.432	42.7	3.10	^†
tEME-AE	8_5,3–8_4,4	215 656.730	42.7	3.10	^†
tEME-AE	8_5,4–8_4,5	215 656.781	42.7	3.10	^†
tEME-EA	8_5,4–8_4,5	215 659.431	42.7	3.10	215 660.8	1.16
tEME-EA	8_5,3–8_4,4	215 659.635	42.7	3.10	^†
tEME-AA	8_5,3–8_4,4	215 659.972	42.7	3.10	^†
tEME-AA	8_5,4–8_4,5	215 659.998	42.7	3.10	^†
tEME-EE	7_5,2–7_4,3	215 660.620	39.6	2.43	^†
tEME-EE’	7_5,3–7_4,4	215 660.672	39.6	2.43	^†
tEME-EE’	7_5,2–7_4,3	215 660.825	39.6	2.43	^†
tEME-EE	7_5,3–7_4,4	215 660.877	39.6	2.43	^†
tEME-AE	7_5,2–7_4,3	215 661.175	39.6	2.43	^†
tEME-AE	7_5,3–7_4,4	215 661.227	39.6	2.43	^†
tEME-EE	6_5,1–6_4,2	215 663.523	36.9	1.72	215 664.6	1.11
tEME-EE’	6_5,2–6_4,3	215 663.575	36.9	1.72	^†
tEME-EE’	6_5,1–6_4,2	215 663.728	36.9	1.72	^†
tEME-EE	6_5,2–6_4,3	215 663.780	36.9	1.72	^†
tEME-EA	7_5,3–7_4,4	215 663.879	39.6	2.43	^†
tEME-AE	6_5,1–6_4,2	215 664.080	36.9	1.72	^†
tEME-EA	7_5,2–7_4,3	215 664.084	39.6	2.43	^†
tEME-AE	6_5,2–6_4,3	215 664.131	36.9	1.72	^†
tEME-AA	7_5,2–7_4,3	215 664.430	39.6	2.43	^†
tEME-AA	7_5,3–7_4,4	215 664.439	39.6	2.43	^†
tEME-EE	5_5,0–5_4,1	215 665.279	34.6	0.92	^†
tEME-EE’	5_5,1–5_4,2	215 665.331	34.6	0.92	^†
tEME-EE’	5_5,0–5_4,1	215 665.485	34.6	0.92	^†
tEME-EE	5_5,1–5_4,2	215 665.537	34.6	0.92	^†
tEME-AE	5_5,0–5_4,1	215 665.837	34.6	0.92	^†
tEME-AE	5_5,1–5_4,2	215 665.889	34.6	0.92	^†
tEME-EA	6_5,2–6_4,3	215 666.786	36.9	1.72	215 667.6	0.97	CH₃CH₂CN
tEME-AE	6_5,1–6_4,2	215 666.991	36.9	1.72	^†
tEME-AE	6_5,1–6_4,2	215 667.342	36.9	1.72	^†
tEME-EA	6_5,2–6_4,3	215 667.344	36.9	1.72	^†
tEME-AE	5_5,1–5_4,2	215 668.545	34.6	0.92	^†
tEME-AA	5_5,0–5_4,1	215 668.751	34.6	0.92	^†
tEME-AA	5_5,0–5_4,1	215 669.103	34.6	0.92	^†
tEME-AE	5_5,1–5_4,2	215 669.103	34.6	0.92	^†
tEME-EE’	6_4,3–5_3,3	216 054.535	26.5	3.73	216 056.4	0.95
tEME-EE	6_4,3–5_3,3	216 054.868	26.5	3.73	^†
tEME-AE	6_4,3–5_3,3	216 055.095	26.5	3.73	^†
tEME-EE	6_4,2–5_3,2	216 055.759	26.5	3.73	^†
tEME-EE’	6_4,2–5_3,2	216 056.093	26.5	3.73	^†
tEME-AE	6_4,2–5_3,2	216 056.319	26.5	3.73	^†
tEME-EA	6_4,3–5_3,3	216 058.222	26.5	3.69	216 059.3^†	1.14
tEME-EA	6_4,2–5_3,2	216 058.519	26.5	3.69	^†
tEME-AA	6_4,3–5_3,2	216 058.597	26.5	3.73	^†
tEME-AA	6_4,2–5_3,3	216 058.930	26.5	3.73	^†
tEME-EE	12_3,9–11_2,10	217 007.530	40.5	4.14	217 007.6	0.49
tEME-EE’	12_3,9–11_2,10	217 007.763	40.5	4.12	^†
tEME-AE	12_3,9–11_2,10	217 007.939	40.5	4.13	^†
tEME-EA	12_3,9–11_2,10	217 009.762	40.5	4.16	217 010.6	0.54
tEME-AA	12_3,9–11_2,10	217 010.054	40.5	4.16	^†
tEME-AA	30_1,29–29_2,28	217 164.465	182.5	13.55	217 165.1	2.68	CH₃OCOH
tEME-EA	30_1,29–29_2,28	217 164.508	182.5	13.55	^†
tEME-AE	30_1,29–29_2,28	217 165.360	182.5	13.55	^†
tEME-EE	30_1,29–29_2,28	217 165.402	182.5	13.55	^†
tEME-EE’	30_1,29–29_2,28	217 165.402	182.5	13.55	^†
tEME-AA	28_0,28–27_1,27	217 940.650	154.7	22.59	217 940.7	1.46
tEME-EA	28_0,28–27_1,27	217 940.651	154.7	22.59	^†
tEME-AE	28_0,28–27_1,27	217 940.758	154.7	22.59	^†

tEME-EE	28_0,28–27_1,27	217 940.759	154.7	22.59	^†
tEME-EE’	28_0,28–27_1,27	217 940.759	154.7	22.59	^†
tEME-EE’	22_2,21–21_1,20	219 893.140	102.2	8.31	219 893.0	0.86
tEME-EE	22_2,21–21_1,20	219 893.140	102.2	8.31	^†
tEME-AE	22_2,21–21_1,20	219 893.263	102.2	8.31	^†
tEME-EA	22_2,21–21_1,20	219 894.511	102.2	8.31	219 894.5†	0.66
tEME-AA	22_2,21–21_1,20	219 894.635	102.2	8.31	^†
tEME-EE’	28_1,28–27_0,27	222 861.487	154.8	22.63	222 861.2	3.06	CH₃OCHO
tEME-EE	28_1,28–27_0,27	222 861.487	154.8	22.63	^†
tEME-AE	28_1,28–27_0,27	222 861.500	154.8	22.63	^†
tEME-EA	28_1,28–27_0,27	222 861.655	154.8	22.63	^†
tEME-AA	28_1,28–27_0,27	222 861.668	154.8	22.63	^†
tEME-EE’	13_3,11–12_2,10	222 980.574	45.5	4.38	...	...	CH₃O¹³COH
tEME-EE	13_3,11–12_2,10	222 980.720	45.5	4.39	...	...	′′
tEME-AE	13_3,11–12_2,10	222 980.951	45.5	4.39	...	...	′′
tEME-EA	13_3,11–12_2,10	222 983.368	45.5	4.40	...	...	′′
tEME-AA	13_3,11–12_2,10	222 983.672	45.5	4.40	...	...	′′
tEME-EE	16_2,14–15_1,15	223 403.761	57.4	2.48	223 403.5	0.82	CH₃OCH₃
tEME-EE’	16_2,14–15_1,15	223 403.762	57.4	2.48	^†
tEME-AE	16_2,14–15_1,15	223 404.001	57.4	2.48	^†
tEME-EA	16_2,14–15_1,15	223 405.432	57.4	2.48	...	...	CH₃OCH₃
tEME-AA	16_2,14–15_1,15	223 405.671	57.4	2.48	...	...
tEME-EE’	7_4,4–6_3,4	224 103.753	29.2	3.89	224 104.2	1.49
tEME-EE	7_4,4–6_3,4	224 104.093	29.2	3.88	^†
tEME-AE	7_4,4–6_3,4	224 104.315	29.2	3.89	^†
tEME-EE	7_4,3–6_3,3	224 104.926	29.2	3.88	^†
tEME-EE’	7_4,3–6_3,3	224 105.266	29.2	3.89	^†
tEME-AE	7_4,3–6_3,3	224 105.490	29.2	3.89	^†
tEME-AA	7_4,4–6_3,3	224 107.456	29.2	3.90	224 108.0^†	1.12
tEME-EA	7_4,4–6_3,4	224 107.546	29.2	3.58	^†
tEME-EA	7_4,3–6_3,3	224 107.581	29.2	3.58	^†
tEME-AA	7_4,3–6_3,4	224 108.457	29.2	3.90	^†
tEME-EE	13_3,10–12_2,11	225 283.674	45.5	4.33	225 283.2	1.41	CH₃CH₂OH
tEME-EE’	13_3,10–12_2,11	225 283.820	45.5	4.33	^†
tEME-AE	13_3,10–12_2,11	225 284.043	45.5	4.33	^†
tEME-EA	13_3,10–12_2,11	225 285.990	45.5	4.34	^†
tEME-AA	13_3,10–12_2,11	225 286.286	45.5	4.34	^†
tEME-EE’	23_2,22–22_1,21	225 494.508	111.0	8.90	225 494.6	0.72
tEME-EE	23_2,22–22_1,21	225 494.508	111.0	8.90	^†
tEME-AE	23_2,22–22_1,21	225 494.625	111.0	8.90	^†
tEME-EA	23_2,22–22_1,21	225 495.848	111.0	8.90	^†
tEME-AA	23_2,22–22_1,21	225 495.965	111.0	8.90	^†
tEME-EA	29_0,29–28_1,28	226 057.836	165.7	23.62	226 058.4	3.50	CH₃CH₂OH
tEME-AA	29_0,29–28_1,28	226 057.836	165.7	23.62	^†
tEME-EE	29_0,29–28_1,28	226 057.928	165.7	23.62	^†
tEME-EE’	29_0,29–28_1,28	226 057.928	165.7	23.62	^†
tEME-AE	29_0,29–28_1,28	226 057.928	165.7	23.62	^†
tEME-AA	31_1,30–30_2,29	227 090.552	194.5	14.51	...	...	CH₃OH
tEME-EA	31_1,30–30_2,29	227 090.589	194.5	14.51	...	...	′′
tEME-AE	31_1,30–30_2,29	227 091.390	194.5	14.51	...	...	′′
tEME-EE	31_1,30–30_2,29	227 091.426	194.5	14.51	...	...	′′
tEME-EE’	31_1,30–30_2,29	227 091.426	194.5	14.51	...	...	′′
tEME-EE’	29_1,29–28_0,28	230 291.194	165.8	23.66	...	...	CH₃OH, CH₃OCOH
tEME-EE	29_1,29–28_0,28	230 291.194	165.8	23.66	...	...	′′
tEME-AE	29_1,29–28_0,28	230 291.205	165.8	23.66	...	...	′′
tEME-EA	29_1,29–28_0,28	230 291.345	165.8	23.66	...	...	′′
tEME-AA	29_1,29–28_0,28	230 291.357	165.8	23.66	...	...	′′
tEME-EE’	14_3,12–13_2,11	230 486.881	50.9	4.59	230 487.1	0.58	CO
tEME-EE	14_3,12–13_2,11	230 486.975	50.9	4.59	^†
tEME-AE	14_3,12–13_2,11	230 487.227	50.9	4.59	^†
tEME-EA	14_3,12–13_2,11	230 489.569	50.9	4.59	...	...	CO
tEME-AA	14_3,12–13_2,11	230 489.869	50.9	4.59	...	...	′′
tEME-EE’	24_2,23–23_1,22	231 063.540	120.2	9.52	...	...	OCS
tEME-EE	24_2,23–23_1,22	231 063.540	120.2	9.52	...	...	′′
tEME-AE	24_2,23–23_1,22	231 063.652	120.2	9.52	...	...	′′
tEME-EA	24_2,23–23_1,22	231 064.846	120.2	9.52	...	...	′′
tEME-EA	24_2,23–23_1,22	231 064.958	120.2	9.52	...	...	′′
tEME-EE’	8_4,5–7_3,5	232 151.207	32.3	4.03	232 151.8	1.16
tEME-EE	8_4,5–7_3,5	232 151.590	32.3	3.98	^†
tEME-AE	8_4,5–7_3,5	232 151.787	32.3	4.01	^†
tEME-EE	8_4,4–7_3,4	232 152.098	32.3	3.98	^†
tEME-EE’	8_4,4–7_3,4	232 152.480	32.3	4.03	^†
tEME-EA	8_4,5–7_3,4	232 152.521	32.3	1.00	^†

tEME-AE	8_4,4–7_3,4	232 152.685	32.3	4.01	^†
tEME-AA	8_4,5–7_3,4	232 154.033	32.3	4.08	^†
tEME-EA	8_4,4–7_3,4	232 154.362	32.3	3.08	^†
tEME-EA	8_4,5–7_3,5	232 155.426	32.3	3.08	^†
tEME-AA	8_4,4–7_3,5	232 156.540	32.3	4.08	...	...	CH₃OCOH ν_t = 1
tEME-EA	8_4,4–7_3,5	232 157.268	32.3	1.00	...	...	′′
tEME-EE	14_3,11–13_2,12	233 622.462	51.0	4.51	233 622.5	2.10	CH₃CH₂CN ν₁₃/ν₂₁
tEME-EE’	14_3,11–13_2,12	233 622.556	51.0	4.51	^†
tEME-AE	14_3,11–13_2,12	233 622.806	51.0	4.51	^†
tEME-EA	14_3,11–13_2,12	233 624.824	51.0	4.51	...	...	CH₃OCOH ν_t = 0,1
tEME-AA	14_3,11–13_2,12	233 625.121	51.0	4.51	...	...	′′
tEME-EA	30_0,30–29_1,29	234 130.523	177.0	24.66	...	...	CH₃OCOH
tEME-AA	30_0,30–29_1,29	234 130.524	177.0	24.66	...	...	′′
tEME-EE	30_0,30–29_1,29	234 130.601	177.0	24.66	...	...	′′
tEME-EE’	30_0,30–29_1,29	234 130.601	177.0	24.66	...	...	′′
tEME-AE	30_0,30–29_1,29	234 130.602	177.0	24.66	...	...	′′
tEME-EE	17_2,15–16_1,16	235 247.484	64.0	2.37	235 247.5	0.49	U-line
tEME-EE’	17_2,15–16_1,16	235 247.485	64.0	2.37	^†
tEME-AE	17_2,15–16_1,16	235 247.731	64.0	2.37	^†
tEME-EA	17_2,15–16_1,16	235 249.156	64.0	2.37	235 249.6	0.41	U-line
tEME-AA	17_2,15–16_1,16	235 249.403	64.0	2.37	^†
tEME-EE’	25_2,24–24_1,23	236 614.358	129.8	10.19	236 614.8	1.89	CH₃O¹³COH ν_t = 1
tEME-EE	25_2,24–24_1,23	236 614.358	129.8	10.19	^†
tEME-AE	25_2,24–24_1,23	236 614.464	129.8	10.19	^†
tEME-EA	25_2,24–24_1,23	236 615.628	129.8	10.19	^†
tEME-AA	25_2,24–24_1,23	236 615.733	129.8	10.19	^†
tEME-AA	32_1,31–31_2,30	236 906.877	206.9	15.50	236 907.6	0.99
tEME-EA	32_1,31–31_2,30	236 906.908	206.9	15.50	^†
tEME-AE	32_1,31–31_2,30	236 907.656	206.9	15.50	^†
tEME-EE	32_1,31–31_2,30	236 907.687	206.9	15.50	^†
tEME-EE’	32_1,31–31_2,30	236 907.687	206.9	15.50	^†
tEME-EE’	30_1,30–29_0,29	237 763.517	177.1	24.69	237 763.2	1.76
tEME-EE	30_1,30–29_0,29	237 763.517	177.1	24.69	^†
tEME-AE	30_1,30–29_0,29	237 763.527	177.1	24.69	^†
tEME-EA	30_1,30–29_0,29	237 763.653	177.1	24.69	^†
tEME-AA	30_1,30–29_0,29	237 763.664	177.1	24.69	^†
tEME-EE’	15_3,13–14_2,12	237 865.715	56.7	4.79	237 866.1	1.40
tEME-EE	15_3,13–14_2,12	237 865.778	56.7	4.80	^†
tEME-AE	15_3,13–14_2,12	237 866.042	56.7	4.80	^†
tEME-EA	15_3,13–14_2,12	237 868.339	56.7	4.80	...	...	U-line
tEME-AA	15_3,13–14_2,12	237 868.635	56.7	4.80	...	...	′′
tEME-EA	9_4,6–8_3,5	240 195.817	35.8	1.64	240 196.7	2.66	¹³CH₃OCOH
tEME-EE	9_4,5–8_3,5	240 196.101	35.8	3.88	^†
tEME-EE’	9_4,6–8_3,6	240 196.396	35.8	3.88	^†
tEME-EE’	9_4,5–8_3,5	240 196.642	35.8	3.88	^†
tEME-AE	9_4,5–8_3,5	240 196.777	35.8	3.88	^†
tEME-EE	9_4,6–8_3,6	240 196.937	35.8	3.88	^†
tEME-AE	9_4,6–8_3,6	240 197.045	35.8	3.88	^†
tEME-AA	9_4,6–8_3,5	240 197.196	35.8	3.88	^†
tEME-EA	9_4,5–8_3,5	240 197.654	35.8	3.88	^†
tEME-EA	9_4,6–8_3,6	240 201.478	35.8	2.63	...	...	CH₃OCOH ν_t = 1
tEME-AA	9_4,5–8_3,6	240 202.719	35.8	4.28	...	...	′′
tEME-EA	9_4,5–8_3,6	240 203.315	35.8	1.64	...	...	′′
tEME-EE	15_3,12–14_2,13	242 035.318	56.8	4.68	...	...	CH₂DOH; CH₂DCN
tEME-EE’	15_3,12–14_2,13	242 035.380	56.8	4.68	...	...	′′
tEME-AE	15_3,12–14_2,13	242 035.647	56.8	4.68	...	...	′′
tEME-EA	15_3,12–14_2,13	242 037.704	56.8	4.68	...	...	CH₂DOCOH
tEME-AA	15_3,12–14_2,13	242 038.002	56.8	4.68	...	...	′′
tEME-EE’	26_2,25–25_1,24	242 161.785	139.8	10.89	242 163.3	1.86
tEME-EE	26_2,25–25_1,24	242 161.785	139.8	10.89	^†
tEME-AE	26_2,25–25_1,24	242 161.884	139.8	10.89	^†
tEME-EA	26_2,25–25_1,24	242 163.015	139.8	10.89	^†
tEME-AA	26_2,25–25_1,24	242 163.114	139.8	10.89	^†
tEME-EA	31_0,31–30_1,30	242 163.369	188.7	25.69	^†
tEME-AA	31_0,31–30_1,30	242 163.371	188.7	25.69	^†
tEME-EE	31_0,31–30_1,30	242 163.434	188.7	25.69	^†
tEME-EE’	31_0,31–30_1,30	242 163.434	188.7	25.69	^†
tEME-AE	31_0,31–30_1,30	242 163.436	188.7	25.69	^†
tEME-EE’	16_3,14–15_2,13	245 103.550	62.9	4.99	245 103.4	0.92
tEME-EE	16_3,14–15_2,13	245 103.592	62.9	4.99	^†
tEME-AE	16_3,14–15_2,13	245 103.864	62.9	4.99	^†
tEME-EA	16_3,14–15_2,13	245 106.133	62.9	4.99	245 106.4^†	1.13	CH₃OCOH ν_t = 2
tEME-EA	16_3,14–15_2,13	245 106.426	62.9	5.00	^†
tEME-EE’	31_1,31–30_0,30	245 274.088	188.8	25.71	245 274.0	2.44
tEME-EE	31_1,31–30_0,30	245 274.088	188.8	25.71	^†
tEME-AE	31_1,31–30_0,30	245 274.098	188.8	25.71	^†
tEME-EA	31_1,31–30_0,30	245 274.211	188.8	25.71	^†
tEME-AA	31_1,31–30_0,30	245 274.221	188.8	25.71	^†
tEME-AA	33_1,32–32_2,31	246 605.346	219.6	16.51	246 605.6	0.92
tEME-EA	33_1,32–32_2,31	246 605.372	219.6	16.51	^†
tEME-AE	33_1,32–32_2,31	246 606.066	219.6	16.51	^†
tEME-EE	33_1,32–32_2,31	246 606.092	219.6	16.51	^†
tEME-EE’	33_1,32–32_2,31	246 606.092	219.6	16.51	^†

Notes. Lines of trans-CH₃CH₂OCH₃ (tEME) ground state present in the spectral scan of Orion KL from the ALMA interferometer. Column 1 indicates the species, Col. 2 gives the transition, Col. 3 the predicted frequency, Col. 4 upper level energy, Col. 5 the line strength, Col. 6 observed frequency at the peak channel of the line (relative to a v_LSR of +7.5 km s^-1), Col. 7 brightness temperature at the peak channel of the line, and Col. 8 shows blends with other molecular species.

^(†)

Blended with previous line.

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