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Home All issues Volume 572 (December 2014) A&A, 572 (2014) A44 Full HTML
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Table A.12

Detected lines of CH2CHCN ν10 = 1 ⇔ (ν11 = 1,ν15 = 1).

Transition Predicted S ij E u v LSR 1 Observed Observed Model
frequency (MHz) (K) km s-1 frequency (MHz) TMB (K)2 TMB (K)
91,9,0–81,8,0 83 116.219 8.89 830.7 4.4 83 116.4 0.02 0.01
91,9,1–81,8,1 83 527.527 8.89 834.3 1.9 83 528.4 0.03 0.01
90,9,0–80,8,0 84 834.239 8.99 829.0 7.4 84 833.6 0.01 0.01
92,9,0–82,8,0 85 222.373 8.55 837.7 3 ... ... ...
. . . . . . . . . . . . . . .
140,14,0–130,13,0 131 110.736 14.00 856.1 22 ... ... ...
142,13,0–132,12,0 132 389.964 13.70 864.9 3.0 132 390.8 0.04 0.04
145,10,0–135,9,0 132 761.289 12.20 910.1 5 ... ... ...
145,9,0–135,8,0 132 761.289† 12.20 910.1 5 ... ... ...
146,9,0–136,8,0 132 767.225 11.40 933.6 5 ... ... ...
146,8,0–136,7,0 132 767.225† 11.40 933.6 5 ... ... ...
. . . . . . . . . . . . . . .
212,20,0–202,19,0 198 041.306 20.80 922.0 16 ... ... ...
212,20,1–202,19,1 199 062.857 20.80 926.1 6.0 199 062.2 0.08 0.10
216,16,0–206,15,0 199 190.101 19.30 991.0 7.55,16 199 188.4 0.15 0.15
216,15,0–206,14,0 199 190.107† 19.30 991.0 7.55,16 199188.4 ” 0.15
217,14,0–207,13,0 199 196.532 18.70 1018.8 4.0 199 197.1 0.14 0.13
217,15,0–207,14,0 199 196.532† 18.70 1018.8 4.0 199197.1 ” 0.13
. . . . . . . . . . . . . . .

Notes. Emission lines of CH2CHCN ν10 = 1 ⇔ (ν11 = 1,ν15 = 1) present in the spectral scan of the Orion-KL from the radio-telescope of IRAM-30 m. The quantum number ν corresponds with the vibrational level and takes the value ν = 0 and ν = 1 whether the state is ν10 = 1 or (ν11 = 1,ν15 = 1), respectively. Column 1 indicates the line transition, Col. 2 gives the predicted frequency in the laboratory, Col. 3 the line strength, Col. 4 upper level energy, Col. 5 observed radial velocities relative to the local system rest (vLSR), Col. 6 observed centroid frequencies assuming a vLSR of 5 km s-1, Col. 7 observed main beam temperature, and Col. 8 mean beam temperature obtained with the model. The superscripts are as follows: (This table is available in its entirety at the CDS. A portion is shown here for guidance regarding its form and content.)

(†)

Blended with the last one.

(∗∗)

Hole in the observed spectrum.

(1)

Peak channel line observed velocity.

(2)

Peak channel line intensity.

(3)

Blended with 33SO.

(4)

Blended with HCS+.

(5)

Blended with U-line.

(6)

Blended with HCOOCH3.

(7)

Blended with SO.

(8)

Blended with CH3CH2C15N.

(9)

Blended with (CH3)2CO.

(10)

Blended with CH3OCH3.

(11)

Blended with CH3OH.

(12)

Blended with HDCS.

(13)

Blended with 13CH3OH.

(14)

Blended with CHCHCN.

(15)

Blended with CH2CHCN.

(16)

Blended with CH3CH2CN.

(17)

Blended with 34SO2.

(18)

Blended with CH2CH13CN.

(19)

Blended with CH3C15N.

(20)

Blended with CH3CN ν8 = 1.

(21)

Blended with c-C2H4O.

(22)

Blended with CH3CHCN.

(23)

Blended with CH2CHCN ν15 = 1.

(24)

Blended with SO2.

(25)

Blended with CH3CH2CN ν13/ν21.

(26)

Blended with |g+-g− |-CH3CH2OH.

(27)

Blended with CH3OD.

(28)

Blended with CHCH2CN.

(29)

Blended with CH3CH2CN ν20 = 1.

(30)

Blended with CH2CHCN ν11 = 2.

(31)

Blended with CH3CHO.

(32)

Blended with CH2CHCN ν11 = 1.

(33)

Blended with 13CH2CHCN.

(34)

Blended with H13COOCH3.

(35)

Blended with SO17O.

(36)

Blended with OC36S.

(37)

Blended with SO2ν2 = 1.

(38)

Blended with HCCCN ν7 = 2.

(39)

Blended with HCS.

(40)

Blended with NH2CHO.

(41)

Blended with H2CS.

(42)

Blended with 33SO2.

(43)

Blended with HCOO13CH3.

(44)

Blended with 13CH3CH2CN.

(45)

Blended with HCC13CN ν7 = 2.

(46)

Blended with CH3CN.

(47)

Blended with DCOOCH3.

(48)

Blended with HC13CCN ν = 0.

(49)

Blended with SiS.

(50)

Blended with O13CS.

(51)

Blended with H2CO.

(52)

Blended with HCCCN.

(53)

Blended with t-CH3CH2OH.

(54)

Blended with CHOH.

(55)

Blended with C18O.

(56)

Blended with O34S18O.

(57)

Blended with HDCO.

(58)

Blended with HCCCN ν6 = 1.

(59)

Blended with HNC18O.

(60)

Blended with SO18O.

(61)

Blended with CO.

(62)

Blended with HCCCN ν6 = 2.

(63)

Blended with HCCCN ν7 = 3.

(64)

Blended with CH3COOH νt = 0.

(65)

Blended with CH2CHCN ν11 = 3.

(66)

Blended with CH2CDCN.

(67)

Blended with CH3CN ν8 = 1.

(68)

Blended with CCCS.

(69)

Blended with HCC13CN.

(70)

Blended with 34SO.

(71)

Blended with H13CCCN.

(72)

Blended with HDO.

(73)

Blended with 13CH3CN.

(74)

Blended with CH3CCH.

(75)

Blended with HDCS.

(76)

Blended with CHCN.

(77)

Blended with HCOOH.

(78)

Blended with SiO.

(79)

Blended with SiO ν = 1.

(80)

Blended with DCOOH.

(81)

Blended with HCN.

(82)

Blended with H2C34S.

(83)

Blended with NH2CHO ν12 = 1.

(84)

Blended with CH2CHC15N.

(85)

Blended with CH3OD.

(86)

Blended with DCHCHCN.

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