The Submillimeter Array 1.3 mm line survey of Arp 220

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Volume 527 (March 2011)

A&A, 527 (2011) A36

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Table 6

Fitted parameters to the identified transitions.

		Component 1		Component 2
ν	Molecule	∫T_Bdv	T _B	∫T_Bdv	T _B
(GHz)	Transition	K km s^-1	mK	K km s^-1	mK

230.538	CO 2 − 1	3140	11600	1820	6700
207.436	NS 9/2_11/2 − 7/2_9/2 e	17.0	62.8	24.7	91.2
207.436	NS 9/2_9/2 − 7/2_7/2 e	13.5	49.7	19.6	72.3
207.438	NS 9/2_7/2 − 7/2_5/2 e	10.6	39.2	15.4	57.0
207.834	NS 9/2_11/2 − 7/2_9/2 f	17.0	62.6	24.6	91.0
207.838	NS 9/2_9/2 − 7/2_7/2 f	13.4	49.6	19.5	72.0
207.838	NS 9/2_7/2 − 7/2_5/2 f	10.6	39.1	15.4	56.9
241.016	C³⁴S 5−4	100.2	369.5	107.5	396.5
231.221	¹³CS 5−4	31.2	115.1	72.5	267.4
235.380	CO⁺ 2_3/2 − 1_3/2	...	...	9.3	34.4
235.791	CO⁺ 2_3/2 − 1_1/2	14.6	53.8	46.7	172.2
236.062	CO⁺ 2_5/2 − 1_3/2	26.2	96.8	84.0	309.8
205.791	CH₃OH 1_1,1 − 2_0,2 A +	25.7	94.8	39.3	145.1
213.427	CH₃OH 1_1,0 − 0_0,0 E	15.7	57.9	26.4	97.3
218.440	CH₃OH 4_2,2 − 3_1,2 E	14.8	54.7	34.3	126.7
230.027	CH₃OH 3_− 2,2 − 4_− 1,4 E	...	...	10.2	37.6
239.746	CH₃OH 5_1,5 − 4_1,4 A +	14.4	53.3	35.2	130.0
241.700	CH₃OH 5_0,5 − 4_0,4 E	16.3	60.1	39.1	144.2
241.767	CH₃OH 5_− 1,5 − 4_− 1,4 E	25.6	94.5	55.1	203.2
241.791	CH₃OH 5_0,5 − 4_0,4 A +	38.4	141.6	76.1	280.7
241.842	CH₃OH 5_2,4 − 4_2,3 A −	...	...	9.5	35.1
241.879	CH₃OH 5_1,4 − 4_1,3 E	9.6	35.5	25.8	95.1
241.887	CH₃OH 5_2,3 − 4_2,2 A +	...	...	9.5	35.1
241.904	CH₃OH 5_− 2,4 − 4_− 2,3 E	...	...	17.2	63.5
241.905	CH₃OH 5_2,3 − 4_2,2 E	7.5	27.6	20.5	75.5
205.065	CH₃CCH 12₂ − 11₂	...	...	6.9	25.4
205.077	CH₃CCH 12₁ − 11₁	17.2	63.4	19.2	70.8
205.081	CH₃CCH 12₀ − 11₀	27.2	100.2	27.0	99.7
222.163	CH₃CCH 13₁ − 12₁	10.4	38.4	13.8	50.8
222.167	CH₃CCH 13₀ − 12₀	16.4	60.7	19.4	71.5
239.248	CH₃CCH 14₁ − 13₁	...	...	9.4	34.6
239.252	CH₃CCH 14₀ − 13₀	9.3	34.4	13.2	48.7
206.176	SO 5₄ − 4₃	31.9	117.6	88.1	325.1
215.221	SO 5₅ − 4₄	30.1	111.1	91.6	337.8
219.949	SO 5₆ − 4₅	67.0	247.1	173.8	641.0
217.105	SiO 5 − 4	75.9	280.1	128.3	473.4
216.710	H₂S 2₂ − 2₁	115.8	427.1	107.6	396.8
211.211	H₂CO 3_1,3 − 2_1,2	61.0	225.2	93.4	344.4
218.222	H₂CO 3_0,3 − 2_0,2	51.0	188.4	73.9	272.7
225.698	H₂CO 3_1,2 − 2_1,1	59.5	219.4	91.6	337.8
213.624	c-C₃H₂ 14_9,6 − 14_8,7	6.9	25.5	...	...
214.621	c-C₃H₂ 13_7,6 − 13_6,7	9.0	33.4	...	...
215.974	c-C₃H₂ 12_7,6 − 12_6,7	11.3	41.7	...	...
216.279	c-C₃H₂ 3_3,0 − 2_2,1	17.4	64.1	15.9	58.6
216.809	c-C₃H₂ 11_5,6 − 11_4,7	13.4	49.5	7.6	28.1
217.532	c-C₃H₂ 10_5,6 − 10_4,7	14.9	55.0	9.4	34.6
217.822	c-C₃H₂ 6_1,6 − 5_0,5	57.0	210.3	49.3	181.8
217.822	c-C₃H₂ 6_0,6 − 5_1,5	19.0	70.1	16.4	60.6
217.940	c-C₃H₂ 5_1,4 − 4_2,3	37.0	136.3	32.2	118.9
218.055	c-C₃H₂ 9_3,6 − 9_2,7	15.2	56.2	10.5	38.8
218.160	c-C₃H₂ 5_2,4 − 4_1,3	12.3	45.5	10.8	39.7
218.449	c-C₃H₂ 8_3,6 − 8_2,7	13.6	50.0	10.2	37.6
218.733	c-C₃H₂ 7_1,6 − 7_0,7	8.9	32.8	7.2	26.6
227.169	c-C₃H₂ 4_3,2 − 3_2,1	22.7	83.8	20.2	74.5
209.230	HC₃N 23 − 22	231.5	854.2	241.6	891.2
209.744	HC₃N 23 − 22 v₇ = 1_l = 1e	89.1	328.5	83.1	306.5
210.044	HC₃N 23 − 22 v₇ = 1_l = 1f	89.1	328.8	83.2	306.8
210.527	HC₃N 23 − 22 v₇ = 2_l = 0	34.4	127.0	28.7	105.9
210.555	HC₃N 23 − 22 v₇ = 2_l = 2e	33.8	124.8	28.2	104.0
210.586	HC₃N 23 − 22 v₇ = 2_l = 2f	33.8	124.8	28.2	104.0
209.573	HC₃N 23 − 22 v₆ = 1_l = 1e	27.5	101.6	22.4	82.5
209.738	HC₃N 23 − 22 v₆ = 1_l = 1f	27.6	101.6	22.4	82.6
209.245	HC₃N 23 − 22 v₅ = 1/v₇ = 3	13.5	49.8	10.1	37.3
209.362	HC₃N 23 − 22 v₅ = 1/v₇ = 3	13.5	49.8	10.1	37.3
210.904	HC₃N 23 − 22 v₅ = 1/v₇ = 3	13.5	50.0	10.1	37.4
211.225	HC₃N 23 − 22 v₅ = 1/v₇ = 3	13.1	48.3	9.8	36.0
211.226	HC₃N 23 − 22 v₅ = 1/v₇ = 3	13.1	48.3	9.8	36.0
211.507	HC₃N 23 − 22 v₅ = 1/v₇ = 3	13.6	50.0	10.1	37.4
218.325	HC₃N 24 − 23	238.7	880.4	141.8	523.2
218.861	HC₃N 24 − 23 v₇ = 1_l = 1e	96.2	354.7	57.2	210.8
219.174	HC₃N 24 − 23 v₇ = 1_l = 1f	96.3	355.1	57.2	211.0
219.675	HC₃N 24 − 23 v₇ = 2_l = 0	38.9	143.6	23.2	85.4
219.707	HC₃N 24 − 23 v₇ = 2_l = 2e	38.3	141.3	22.8	84.0
219.742	HC₃N 24 − 23 v₇ = 2_l = 2f	38.3	141.3	22.8	84.0
218.682	HC₃N 24 − 23 v₆ = 1_l = 1e	31.5	116.1	18.7	69.0
218.854	HC₃N 24 − 23 v₆ = 1_l = 1f	31.5	116.2	18.7	69.1
218.340	HC₃N 24 − 23 v₅ = 1/v₇ = 3	16.0	58.9	9.5	35.0
218.462	HC₃N 24 − 23 v₅ = 1/v₇ = 3	16.0	58.9	9.5	35.0
220.070	HC₃N 24 − 23 v₅ = 1/v₇ = 3	16.0	59.1	9.5	35.1
220.407	HC₃N 24 − 23 v₅ = 1/v₇ = 3	15.5	57.3	9.2	34.0
220.408	HC₃N 24 − 23 v₅ = 1/v₇ = 3	15.5	57.3	9.2	34.0
220.700	HC₃N 24 − 23 v₅ = 1/v₇ = 3	16.0	59.2	9.5	35.2
227.419	HC₃N 25 − 24	175.2	646.4	129.9	479.1
227.977	HC₃N 25 − 24 v₇ = 1_l = 1e	71.5	263.7	59.0	217.5
228.303	HC₃N 25 − 24 v₇ = 1_l = 1f	71.5	263.9	59.0	217.6
228.822	HC₃N 25 − 24 v₇ = 2_l = 0	29.3	108.0	26.9	99.1
228.859	HC₃N 25 − 24 v₇ = 2_l = 2e	28.8	106.4	26.5	97.7
228.898	HC₃N 25 − 24 v₇ = 2_l = 2f	28.8	106.4	26.5	97.7
227.792	HC₃N 25 − 24 v₆ = 1_l = 1e	23.8	87.6	22.4	82.5
227.971	HC₃N 25 − 24 v₆ = 1_l = 1f	23.8	87.7	22.4	82.5
227.435	HC₃N 25 − 24 v₅ = 1/v₇ = 3	12.2	44.9	12.4	45.7
227.562	HC₃N 25 − 24 v₅ = 1/v₇ = 3	12.2	44.9	12.4	45.7
229.236	HC₃N 25 − 24 v₅ = 1/v₇ = 3	12.2	45.0	12.4	45.8
229.589	HC₃N 25 − 24 v₅ = 1/v₇ = 3	11.8	43.7	12.1	44.6
229.590	HC₃N 25 − 24 v₅ = 1/v₇ = 3	11.8	43.7	12.1	44.6
229.891	HC₃N 25 − 24 v₅ = 1/v₇ = 3	12.2	45.1	12.4	45.9
236.513	HC₃N 26 − 25	123.7	456.3	115.8	427.0
237.093	HC₃N 26 − 25 v₇ = 1_l = 1e	55.5	204.8	59.0	217.8
237.432	HC₃N 26 − 25 v₇ = 1_l = 1f	55.6	205.0	59.1	218.1
237.969	HC₃N 26 − 25 v₇ = 2_l = 0	25.0	92.3	30.2	111.6
238.010	HC₃N 26 − 25 v₇ = 2_l = 2e	24.7	91.0	29.9	110.2
238.054	HC₃N 26 − 25 v₇ = 2_l = 2f	24.7	91.0	29.9	110.2
236.900	HC₃N 26 − 25 v₆ = 1_l = 1e	20.8	76.6	25.9	95.4
237.086	HC₃N 26 − 25 v₆ = 1_l = 1f	20.8	76.6	25.9	95.5
236.184	HC₃N 26 − 25 v₄ = 1	...	...	8.1	29.9
236.529	HC₃N 26 − 25 v₅ = 1/v₇ = 3	11.4	42.1	15.6	57.6
236.661	HC₃N 26 − 25 v₅ = 1/v₇ = 3	11.4	42.1	15.6	57.6
238.401	HC₃N 26 − 25 v₅ = 1/v₇ = 3	11.4	42.2	15.7	57.8
238.770	HC₃N 26 − 25 v₅ = 1/v₇ = 3	11.1	41.1	15.3	56.4
238.772	HC₃N 26 − 25 v₅ = 1/v₇ = 3	11.1	41.1	15.3	56.4
239.082	HC₃N 26 − 25 v₅ = 1/v₇ = 3	11.4	42.3	15.7	57.9
219.798	HNCO 10_10,11 − 9_9,10	7.2	26.5	11.8	43.4
219.798	HNCO 10_10,10 − 9_9,9	...	...	10.6	39.2
219.798	HNCO 10_10,9 − 9_9,8	...	...	9.6	35.5
241.774	HNCO 11_11,12 − 10_10,11	...	...	7.9	29.3
241.774	HNCO 11_11,11 − 10_10,10	...	...	7.2	26.7
219.560	C¹⁸O 2 − 1	185.0	682.5	302.5	1115.8
220.399	¹³CO 2 − 1	240.6	887.7	273.3	1008.3
211.014	³⁴SO 5₅ − 4₄	...	...	32.5	120.0
215.839	³⁴SO 5₆ − 4₅	13.5	49.9	60.8	224.2
202.320	CH₃CN 11₃ − 10₃	12.5	46.1	15.1	55.7
220.709	CH₃CN 12₃ − 11₃	21.1	78.1	25.5	94.3
239.096	CH₃CN 13₃ − 12₃	24.4	89.9	29.5	109.1
208.343	HC¹³CCN 23 − 22	40.1	148.0	21.2	78.0
217.398	HC¹³CCN 24 − 23	32.5	119.7	17.1	63.1
226.454	HC¹³CCN 25 − 24	25.8	95.3	13.6	50.2
235.509	HC¹³CCN 26 − 25	20.2	74.7	10.7	39.4
208.363	HCC¹³CN 23₂₂ − 22₂₁	12.8	47.1	...	...
208.363	HCC¹³CN 23₂₃ − 22₂₂	13.3	49.2	7.0	26.0
208.363	HCC¹³CN 23₂₄ − 22₂₃	13.9	51.4	7.3	27.1
217.420	HCC¹³CN 24₂₃ − 23₂₂	10.4	38.2	...	...
217.420	HCC¹³CN 24₂₄ − 23₂₃	10.8	39.8	...	...
217.420	HCC¹³CN 24₂₅ − 23₂₄	11.3	41.5	...	...
226.476	HCC¹³CN 25 − 24	25.8	95.3	13.6	50.2
235.532	HCC¹³CN 26 − 25	20.2	74.7	10.7	39.4
202.764	H¹³CCCN 23 − 22	41.6	153.6	22.0	81.0
211.577	H¹³CCCN 24 − 23	34.0	125.3	17.9	66.0
220.390	H¹³CCCN 25 − 24	27.2	100.6	14.4	53.0
229.203	H¹³CCCN 26 − 25	21.5	079.5	11.4	41.9
238.016	H¹³CCCN 27 − 26	16.8	061.9	8.8	32.6
214.385	²⁹SiO 5 − 4	27.1	100.1	39.4	145.0
202.014	CH₂CO 10_0,10 − 9_0,9	9.2	34.0	25.7	94.9
203.940	CH₂CO 10_1,9 − 9_1,8	14.0	51.7	39.1	144.5
220.178	CH₂CO 11_1,11 − 10_1,10	10.4	38.2	29.0	106.8
222.198	CH₂CO 11_0,11 − 10_0,10	...	...	18.3	67.7
224.328	CH₂CO 11_1,10 − 10_1,9	10.0	36.7	27.8	102.6
240.187	CH₂CO 12_1,12 − 11_1,11	7.0	25.7	19.5	71.8
226.632	CN 2_{3/2 − 3/2} − 1_1/2,3/2	...	...	11.6	42.7
226.660	CN 2_{3/2 − 5/2} − 1_{1/2 − 3/2}	13.8	50.7	38.6	142.4
226.664	CN 2_{3/2 − 1/2} − 1_{1/2 − 1/2}	...	...	11.5	42.4
226.679	CN 2_{3/2 − 3/2} − 1_{1/2 − 1/2}	...	...	14.3	52.8
226.874	CN 2_{5/2 − 5/2} − 1_{3/2 − 3/2}	13.9	51.4	39.1	144.3
226.875	CN 2_{5/2 − 7/2} − 1_{3/2 − 5/2}	22.1	81.4	62.0	228.6
226.876	CN 2_{5/2 − 3/2} − 1_{3/2 − 1/2}	8.3	30.6	23.3	85.8
226.887	CN 2_{5/2 − 3/2} − 1_{3/2 − 3/2}	...	...	7.4	27.3
226.892	CN 2_{5/2 − 5/2} − 1_{3/2 − 5/2}	...	...	7.4	27.1

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