Table A.1
Detected lines organized by frequency with species, upper energy level (K), and Einstein coefficients (s-1) indicated.
Species | Frequency (MHz) | Eup (K) | Aij (s-1) |
|
|||
CH3OH ν = 0 | 334 970 | 166.0 | 3.42E-8 |
CH3CHO ν = 0 | 334 980 | 359.9 | 1.28E-3 |
CH3OCHO ν = 1 | 335 016 | 443.5 | 5.33E-4 |
aGg’(CH2OH)2 | 335 030 | 279.4 | 9.34E-4 |
HC13CCN ν = 0 | 335 092 | 305.6 | 3.01E-3 |
HDCO | 335 097 | 56.2 | 1.04E-3 |
CCCS | 335 109 | 474.6 | 2.98E-3 |
HCC13CN ν = 0 | 335 124 | 305.6 | 3.01E-3 |
CH3OH ν = 0 | 335 134 | 44.7 | 2.69E-5 |
CH3OCHO ν = 0 | 335 145 | 94.9 | 1.39E-5 |
CH3OCHO ν = 0 | 335 158 | 257.1 | 3.58E-4 |
H2C33S | 335 160 | 101.7 | 5.53E-4 |
aGg’(CH2OH)2 | 335 180 | 316.7 | 8.51E-4 |
CH3OCHO ν = 0 | 335 183 | 257.1 | 4.40E-5 |
t-C2H5OH | 335 192 | 311.6 | 5.72E-5 |
CH3OCHO ν = 0 | 335 208 | 281.6 | 3.89E-5 |
CH3OH ν = 0 | 335 222 | 336.7 | 3.85E-8 |
CH3CHO ν = 2 | 335 224 | 469.0 | 8.96E-4 |
CH3CHDCN | 335 229 | 332.8 | 3.00E-4 |
NH2CDO | 335 234 | 170.5 | 2.61E-3 |
CH3CHDCN | 335 237 | 332.8 | 3.20E-3 |
CH3CHDCN | 335 239 | 332.8 | 3.20E-3 |
CH3CHDCN | 335 246 | 332.8 | 3.00E-4 |
C2H5CN | 335 274 | 733.9 | 1.87E-4 |
CH3CHO ν = 0 | 335 318 | 154.9 | 1.30E-3 |
aGg’(CH2OH)2 | 335 357 | 319.7 | 8.15E-4 |
CH3CHO ν = 0 | 335 358 | 154.8 | 1.29E-3 |
CH3OH ν = 0 | 335 363 | 112.7 | 8.78E-8 |
CH![]() |
335 363 | 386.5 | 1.74E-4 |
CH![]() |
335 369 | 325.9 | 3.13E-3 |
CH3CHO ν = 1 | 335 382 | 361.5 | 1.31E-3 |
CH3OCHO ν = 1 | 335 392 | 453.0 | 5.66E-3 |
HDO | 335 396 | 335.3 | 2.61E-5 |
aGg’(CH2OH)2 | 335 397 | 316.7 | 8.53E-4 |
CH3OCHO ν = 0 | 335 403 | 94.9 | 3.83E-5 |
NH![]() |
335 403 | 149.1 | 2.74E-3 |
CH3CHDCN | 335 427 | 501.8 | 2.78E-3 |
CH3CHDCN | 335 430 | 476.0 | 2.84E-3 |
t-C2H5OH | 335 441 | 293.6 | 2.17E-4 |
CH3OCHO ν = 0 | 335 454 | 94.9 | 2.44E-5 |
CH3CHDCN | 335 511 | 330.0 | 3.18E-3 |
CH3CHDCN | 335 513 | 430.1 | 2.95E-3 |
13CH3OH | 335 560 | 192.7 | 4.04E-4 |
CH3OH ν = 0 | 335 582 | 79.0 | 1.63E-4 |
t-C2H5OH | 335 631 | 293.6 | 2.17E-4 |
aGg’(CH2OH)2 | 335 657 | 288.7 | 2.98E-4 |
CH3OH ν = 0 | 335 702 | 1074.0 | 5.64E-5 |
aGg’(CH2OH)2 | 335 739 | 304.8 | 9.77E-4 |
H13CCCN ν7 = 1 | 335 760 | 632.5 | 3.01E-3 |
CH![]() |
335 775 | 218.4 | 9.61E-4 |
CH2DOH | 335 796 | 381.1 | 3.98E-5 |
H2C18O | 335 815 | 60.2 | 1.05E-3 |
CH3OCHO ν = 0 | 335 828 | 225.2 | 3.95E-5 |
CH3OCHO ν = 0 | 335 839 | 225.2 | 6.97E-4 |
HC13CCN ν7 = 1 | 335 883 | 622.2 | 3.01E-3 |
C2H5CN | 335 895 | 664.1 | 1.85E-4 |
CH3OCHO ν = 0 | 335 900 | 277.8 | 2.69E-4 |
aGg’(CH2OH)2 | 335 906 | 308.9 | 7.63E-4 |
HCC13CN (v6 = 1) | 335 921 | 1009.6 | 3.02E-3 |
HCC13CN ν7 = 1 | 335 930 | 624.7 | 3.01E-3 |
t-C2H5OH | 335 950 | 87.9 | 1.61E-4 |
CH3OCHO ν = 1 | 335 961 | 443.6 | 5.34E-4 |
CH3CHDCN | 335 989 | 478.7 | 1.75E-4 |
CH2DOH | 335 997 | 94.4 | 1.12E-4 |
aGg’(CH2OH)2 | 336 012 | 309.6 | 8.39E-4 |
CH3CHO ν = 2 | 336 025 | 535.3 | 1.31E-3 |
CH3OCHO ν = 0 | 336 028 | 277.8 | 5.14E-4 |
g-C2H5OH | 336 030 | 227.3 | 3.35E-4 |
CH3OCHO ν = 0 | 336 032 | 277.8 | 5.39E-3 |
CH3OCHO ν = 0 | 336 086 | 277.9 | 5.39E-3 |
SO2 | 336 089 | 276.0 | 2.67E-4 |
CH![]() |
336 100 | 35.1 | 1.83E-4 |
CH3OCHO ν = 0 | 336 111 | 277.9 | 5.15E-4 |
NH2CHO ν = 0 | 336 136 | 149.7 | 2.76E-3 |
t-C2H5OH | 336 158 | 274.2 | 2.17E-4 |
NH2CHO ν = 0 | 336 161 | 135.5 | 1.20E-4 |
CH3OCHO ν = 0 | 336 219 | 277.9 | 2.70E-4 |
aGg’(CH2OH)2 | 336 223 | 304.7 | 7.84E-4 |
H13CCCN ν7 = 1 | 336 227 | 632.9 | 3.02E-3 |
t-C2H5OH | 336 270 | 274.2 | 2.17E-4 |
aGg’(CH2OH)2 | 336 323 | 288.4 | 9.23E-4 |
CH2DOH | 336 325 | 442.1 | 1.35E-4 |
aGg’(CH2OH)2 | 336 334 | 301.9 | 8.63E-4 |
CH3OCHO ν = 0 | 336 351 | 249.4 | 5.49E-4 |
CH3OCHO ν = 0 | 336 355 | 230.6 | 9.84E-3 |
CH3OCHO ν = 0 | 336 368 | 249.4 | 5.49E-4 |
CH3OCHO ν = 0 | 336 374 | 230.6 | 5.57E-4 |
HCC13CN ν7 = 1 | 336 410 | 625.1 | 3.03E-3 |
CH3CHO ν = 1 | 336 416 | 359.6 | 1.30E-3 |
CH3CHDCN | 336 425 | 361.4 | 3.13E-3 |
CH3OH ν = 0 | 336 438 | 488.2 | 3.63E-5 |
CH3CHDCN | 336 453 | 361.4 | 3.13E-3 |
HC3N (ν = 0) | 336 520 | 306.9 | 3.05E-3 |
SO | 336 553 | 142.9 | 6.25E-6 |
g-C2H5OH | 336 572 | 232.3 | 3.37E-4 |
CH3OH ν = 2 | 336 606 | 747.4 | 1.63E-4 |
C2H5CN | 336 614 | 108.2 | 1.01E-4 |
t-C2H5OH | 336 626 | 162.6 | 1.34E-4 |
SO2 | 336 670 | 245.1 | 5.84E-5 |
CH![]() |
336 743 | 100.9 | 1.50E-4 |
aGg’(CH2OH)2 | 336 756 | 316.7 | 9.45E-4 |
t-C2H5OH | 336 767 | 255.7 | 2.16E-4 |
g-C2H5OH | 336 795 | 228.0 | 3.42E-4 |
aGg’(CH2OH)2 | 336 828 | 266.3 | 8.95E-4 |
t-C2H5OH | 336 832 | 255.7 | 2.16E-4 |
CH3OH ν = 0 | 336 865 | 197.1 | 4.07E-4 |
CH3OCHO ν = 0 | 336 889 | 235.5 | 5.53E-4 |
CH3OCHO ν = 0 | 336 918 | 235.5 | 5.53E-4 |
aGg’(CH2OH)2 | 336 939 | 300.6 | 8.63E-4 |
CH3OH ν = 2 | 336 970 | 1022.7 | 4.56E-5 |
CH3OH ν = 2 | 337 022 | 971.8 | 1.36E-4 |
CH3OH ν = 2 | 337 030 | 941.4 | 1.55E-4 |
C2H3CN | 337 040 | 309.7 | 3.19E-3 |
C2H3CN | 337 051 | 308.4 | 3.14E-3 |
C17O | 337 060 | 32.0 | 2.32E-6 |
CH3OH ν = 2 | 337 066 | 943.1 | 1.12E-4 |
HC3N ν6 = 1 | 337 070 | 1025.1 | 3.05E-3 |
CH3OH ν = 2 | 337 079 | 901.5 | 8.38E-5 |
CH3CHO ν = 2 | 337 082 | 526.1 | 1.26E-3 |
aGg’(CH2OH)2 | 337 082 | 309.1 | 5.46E-4 |
CH3OH ν = 2 | 337 099 | 935.2 | 8.14E-5 |
CH3OH ν = 2 | 337 114 | 855.8 | 1.65E-4 |
CH3OH ν = 2 | 337 118 | 932.6 | 4.41E-5 |
H2C34S | 337 125 | 89.1 | 5.77E-4 |
CH3OH ν = 0 | 337 136 | 61.6 | 1.58E-5 |
CH3OH ν = 2 | 337 159 | 755.0 | 4.54E-5 |
CH3OH ν = 2 | 337 175 | 801.4 | 1.15E-4 |
CH3OH ν = 2 | 337 186 | 791.1 | 1.68E-4 |
CH3OH ν = 2 | 337 198 | 690.2 | 8.26E-5 |
CH3OH ν = 2 | 337 252 | 722.8 | 1.39E-4 |
CH3OH ν = 2 | 337 274 | 679.3 | 1.13E-4 |
CH3OH ν = 2 | 337 279 | 701.8 | 1.54E-4 |
CH3OH ν = 2 | 337 284 | 573.0 | 2.16E-4 |
CH3OH ν = 1 | 337 297 | 390.0 | 1.65E-4 |
CH3OH ν = 1 | 337 303 | 651.0 | 1.55E-4 |
CH3OH ν = 2 | 337 312 | 588.9 | 1.65E-4 |
t-C2H5OH | 337 323 | 238.0 | 2.15E-4 |
HC3N ν6 = 1 | 337 335 | 1025.3 | 3.06E-3 |
HC3N ν7 = 1 | 337 344 | 629.0 | 3.05E-3 |
C2H5CN | 337 347 | 322.4 | 3.23E-3 |
CH2DOH | 337 349 | 96.3 | 1.46E-4 |
C34S | 337 400 | 64.8 | 8.04E-4 |
CH3OCH3 | 337 421 | 220.1 | 1.76E-4 |
t-HCOOH | 337 429 | 386.6 | 2.80E-4 |
t-HCOOH | 337 436 | 446.8 | 2.43E-4 |
t-HCOOH | 337 444 | 332.8 | 3.13E-4 |
C2H5CN | 337 445 | 322.4 | 3.23E-3 |
H2C34S | 337 460 | 299.8 | 4.86E-4 |
CH3OH ν = 1 | 337 464 | 357.5 | 1.69E-4 |
CH3OH ν = 1 | 337 473 | 908.0 | 3.6E-4 |
H2C34S | 337 475 | 141.8 | 5.56E-4 |
CH3OCHO ν = 0 | 337 490 | 267.1 | 5.34E-4 |
CH3OH ν = 1 | 337 491 | 558.2 | 4.34E-5 |
t-HCOOH | 337 492 | 110.5 | 2.35E-3 |
CH3OCHO ν = 0 | 337 504 | 267.1 | 5.34E-4 |
CH3OH ν = 1 | 337 519 | 482.2 | 1.38E-4 |
CH3OH ν = 1 | 337 546 | 485.4 | 8.13E-5 |
H2C34S | 337 555 | 207.7 | 5.27E-4 |
H2C34S | 337 559 | 207.7 | 5.27E-4 |
CH3OH ν = 1 | 337 582 | 428.2 | 1.13E-4 |
t-HCOOH | 337 590 | 243.9 | 3.68E-4 |
CH3OH ν = 1 | 337 605 | 429.4 | 1.56E-4 |
CH3OH ν = 1 | 337 611 | 387.4 | 1.37E-4 |
CH3OH ν = 1 | 337 626 | 363.5 | 1.55E-4 |
CH3OH ν = 1 | 337 636 | 363.5 | 1.55E-4 |
CH3OH ν = 1 | 337 642 | 356.3 | 1.65E-4 |
CH3OH ν = 1 | 337 644 | 365.4 | 1.69E-4 |
CH3OH ν = 1 | 337 646 | 470.2 | 1.14E-4 |
CH3OH ν = 1 | 337 648 | 611.0 | 8.23E-5 |
CH3OH ν = 1 | 337 655 | 460.9 | 1.38E-4 |
CH3OH ν = 1 | 337 671 | 464.7 | 1.56E-4 |
CH3OH ν = 1 | 337 685 | 545.9 | 1.14E-4 |
CH3OH ν = 1 | 337 708 | 478.2 | 1.65E-4 |
CH3OCH3 | 337 712 | 48.0 | 7.22E-5 |
CH3OCH3 | 337 722 | 48.0 | 9.63E-5 |
t-C2H5OH | 337 727 | 221.2 | 2.13E-4 |
CH3OCH3 | 337 731 | 48.0 | 1.94E-4 |
CH3OH ν = 1 | 337 749 | 488.5 | 1.69E-4 |
CH3OCH3 | 337 770 | 48.0 | 1.22E-4 |
CH3OCH3 | 337 779 | 48.0 | 1.94E-4 |
CH3OCH3 | 337 787 | 48.0 | 1.94E-4 |
CH3OCH3 | 337 790 | 48.0 | 7.22E-5 |
g-C2H5OH | 337 801 | 223.1 | 3.45E-4 |
aGg’(CH2OH)2 | 337 816 | 294.6 | 9.74E-4 |
HC3N ν7 = 1 | 337 825 | 629.0 | 3.07E-3 |
CH3OH ν = 0 | 337 838 | 675.9 | 6.04E-5 |
CH3OH ν = 2 | 337 878 | 747.7 | 1.65E-4 |
H2C34S | 337 933 | 141.9 | 5.58E-4 |
CH![]() |
337 951 | 332.2 | 3.21E-3 |
CH3OH ν = 1 | 337 969 | 390.1 | 1.66E-4 |
CH2DOH | 337 977 | 202.5 | 5.47E-5 |
D2CO | 338 016 | 342.8 | 1.04E-6 |
H2CS | 338 083 | 102.4 | 5.77E-4 |
t-C2H5OH | 338 099 | 205.2 | 2.11E-4 |
t-C2H5OH | 338 110 | 205.2 | 2.11E-4 |
CH3OH ν = 0 | 338 125 | 78.1 | 1.70E-4 |
C2H5CN | 338 142 | 316.8 | 3.27E-3 |
t-HCOOH | 338 144 | 180.5 | 4.09E-4 |
t-HCOOH | 338 202 | 158.3 | 4.23E-4 |
C2H3CN | 338 214 | 312.1 | 3.23E-3 |
aGg’(CH2OH)2 | 338 214 | 313.4 | 9.40E-4 |
aGg’(CH2OH)2 | 338 221 | 292.7 | 8.05E-4 |
aGg’(CH2OH)2 | 338 240 | 313.4 | 9.28E-4 |
t-HCOOH | 338 249 | 180.5 | 4.09E-4 |
C2H3CN | 338 278 | 300.1 | 3.22E-3 |
SO2 | 338 306 | 196.8 | 3.27E-4 |
34SO2 | 338 320 | 92.5 | 2.27E-4 |
CH3OCHO ν = 0 | 338 338 | 267.2 | 5.92E-3 |
CH3OH ν = 0 | 338 345 | 70.5 | 1.67E-4 |
CH3OCHO ν = 0 | 338 356 | 267.2 | 5.39E-4 |
CH3OCHO ν = 1 | 338 393 | 443.1 | 4.61E-3 |
CH3OCHO ν = 0 | 338 396 | 257.7 | 5.50E-4 |
CH3OH ν = 0 | 338 405 | 243.8 | 4.48E-5 |
CH3OH ν = 0 | 338 409 | 65.0 | 1.70E-4 |
CH3OCHO ν = 0 | 338 414 | 257.7 | 5.50E-4 |
CH3OH ν = 0 | 338 431 | 253.9 | 4.51E-5 |
CH3OH ν = 0 | 338 442 | 258.7 | 4.50E-5 |
C2H3CN | 338 448 | 312.0 | 3.24E-3 |
CH3OH ν = 0 | 338 456 | 189.0 | 8.31E-5 |
CH2DOH | 338 463 | 120.0 | 5.87E-5 |
CH3OH ν = 0 | 338 475 | 201.1 | 8.30E-5 |
CH3OH ν = 0 | 338 486 | 202.9 | 8.35E-5 |
CH3OH ν = 0 | 338 504 | 152.9 | 1.14E-4 |
CH3OH ν = 0 | 338 512 | 145.3 | 1.15E-4 |
CH3OH ν = 0 | 338 530 | 161.0 | 1.15E-4 |
CH3OH ν = 0 | 338 541 | 114.8 | 1.39E-4 |
CH3OH ν = 0 | 338 543 | 114.8 | 1.39E-4 |
CH3OH ν = 0 | 338 560 | 127.7 | 1.40E-4 |
CH3OH ν = 0 | 338 583 | 112.7 | 1.39E-4 |
SO2 | 338 612 | 198.9 | 2.87E-4 |
CH3OH ν = 0 | 338 615 | 86.1 | 1.71E-4 |
CH3OH ν = 0 | 338 640 | 102.7 | 1.57E-4 |
HC3N ν7 = 2 | 338 646 | 953.8 | 3.07E-3 |
t-C2H5OH | 338 672 | 175.7 | 2.04E-4 |
t-C2H5OH | 338 674 | 175.7 | 2.04E-4 |
CH2DOH | 346 924 | 521.6 | 1.30E-4 |
C2H5CN | 346 925 | 161.4 | 1.64E-4 |
g-C2H5OH | 346 929 | 280.5 | 3.45E-4 |
CH3CHO ν = 0 | 346 934 | 268.7 | 1.22E-3 |
g-C2H5OH | 346 939 | 280.5 | 3.45E-4 |
C2H3CN | 346 943 | 325.0 | 3.46E-3 |
HC3N ν7 = 1 | 346 949 | 645.6 | 3.32E-3 |
CH3CHO ν = 0 | 346 957 | 268.6 | 1.22E-3 |
t-C2H5OH | 346 963 | 185.8 | 2.42E-4 |
C2H5CN | 346 970 | 104.6 | 1.20E-4 |
C2H5CN | 346 976 | 129.6 | 1.49E-4 |
C2H5CN | 346 979 | 122.7 | 1.44E-4 |
H2C18O | 346 984 | 239.6 | 4.33E-4 |
H13CO+ | 346 998 | 41.6 | 3.29E-3 |
CH2DCN | 347 043 | 175.0 | 3.65E-3 |
CH3CHO ν = 0 | 347 071 | 239.4 | 1.28E-3 |
CH3CHO ν = 0 | 347 090 | 239.4 | 1.28E-3 |
CH2DCN | 347 110 | 309.7 | 3.42E-3 |
H2C18O | 347 133 | 156.7 | 7.70E-4 |
CH3CHO ν = 0 | 347 133 | 239.3 | 1.28E-3 |
H2C18O | 347 144 | 156.7 | 7.70E-4 |
g-C2H5OH | 347 147 | 275.5 | 3.45E-4 |
g-C2H5OH | 347 158 | 275.5 | 3.45E-4 |
CH2DCN | 347 166 | 261.2 | 3.52E-3 |
13CH3OH | 347 188 | 254.3 | 4.36E-4 |
CH2DCN | 347 216 | 223.5 | 3.50E-3 |
CH3CHO ν = 1 | 347 217 | 420.4 | 1.33E-3 |
CH2DCN | 347 219 | 223.5 | 3.57E-3 |
CH2DOH | 347 222 | 521.6 | 1.32E-4 |
C2H3CN | 347 232 | 328.7 | 3.50E-3 |
CH3CHO ν = 1 | 347 252 | 419.7 | 1.33E-3 |
CH3CHO ν = 0 | 347 288 | 214.7 | 1.33E-3 |
CH3CHO ν = 0 | 347 295 | 214.7 | 1.33E-3 |
SiO | 347 330 | 75.0 | 2.21E-3 |
CH3CHO ν = 0 | 347 345 | 214.6 | 1.33E-3 |
CH3CHO ν = 0 | 347 349 | 214.6 | 1.33E-3 |
t-C2H5OH | 347 351 | 99.7 | 1.75E-4 |
aGg’(CH2OH)2 | 347 361 | 330.4 | 1.02E-3 |
CH3OH ν = 0 | 347 370 | 45.5 | 1.08E-8 |
CH2DOH | 347 371 | 478.8 | 1.30E-4 |
aGg’(CH2OH)2 | 347 378 | 330.4 | 1.01E-3 |
aGg’(CH2OH)2 | 347 387 | 282.6 | 9.81E-4 |
CH2DCN | 347 388 | 196.6 | 3.62E-3 |
C2H3CN | 347 434 | 328.7 | 3.46E-3 |
t-C2H5OH | 347 446 | 185.9 | 2.67E-4 |
CH3OH ν = 1 | 347 448 | 856.3 | 4.04E-5 |
CH3CHO ν = 1 | 347 459 | 473.2 | 1.22E-3 |
g-C2H5OH | 347 474 | 267.1 | 3.57E-4 |
CH3OCHO ν = 0 | 347 478 | 247.3 | 6.14E-4 |
aGg’(CH2OH)2 | 347 487 | 317.0 | 9.51E-4 |
CH3OCHO ν = 0 | 347 494 | 247.3 | 6.14E-4 |
CH3OH ν = 0 | 347 507 | 57.1 | 1.78E-8 |
CH3CHO ν = 0 | 347 519 | 178.7 | 1.41E-3 |
CH3CHO ν = 0 | 347 563 | 178.1 | 1.41E-3 |
CH3OCHO ν = 1 | 347 568 | 460.2 | 4.88E-3 |
NH2CH18O | 347 589 | 161.0 | 3.10E-3 |
CH3OCHO ν = 0 | 347 590 | 104.4 | 4.00E-5 |
CH3OCHO ν = 0 | 347 599 | 104.4 | 3.40E-5 |
CH3OCHO ν = 0 | 347 605 | 306.8 | 5.49E-4 |
CH2DOH | 347 610 | 478.8 | 1.31E-4 |
CH3OCHO ν = 0 | 347 617 | 306.8 | 5.59E-4 |
CH3OCHO ν = 0 | 347 628 | 306.8 | 5.49E-4 |
CH3CHO ν = 1 | 347 645 | 507.4 | 2.50E-5 |
CH3CHO ν = 0 | 347 650 | 194.5 | 1.38E-3 |
CH3CHO ν = 2 | 347 657 | 544.7 | 1.38E-3 |
HC3N ν7 = 2 | 347 663 | 967.8 | 3.33E-3 |
g-C2H5OH | 347 670 | 262.2 | 3.57E-4 |
g-C2H5OH | 347 675 | 267.1 | 3.57E-4 |
C2H3CN | 347 685 | 707.5 | 1.19E-4 |
g-C2H5OH | 347 693 | 189.7 | 1.07E-4 |
CH3OCHO ν = 1 | 347 698 | 437.8 | 6.73E-3 |
NH2CHO ν = 0 | 347 729 | 435.3 | 1.06E-4 |
aGg’(CH2OH)2 | 347 732 | 302.2 | 9.92E-4 |
aGg’(CH2OH)2 | 347 738 | 317.0 | 9.52E-4 |
CH3OH ν = 0 | 347 745 | 71.0 | 2.64E-8 |
g-C2H5OH | 347 755 | 256.2 | 3.66E-4 |
CH3CHO ν = 0 | 347 756 | 194.4 | 1.36E-3 |
C2H3CN | 347 759 | 316.7 | 3.50E-3 |
CH2DOH | 347 767 | 438.2 | 1.29E-4 |
13CH3OH | 347 788 | 302.5 | 6.74E-5 |
HC3N ν7 = 2 | 347 791 | 970.5 | 3.32E-3 |
aGg’(CH2OH)2 | 347 813 | 115.3 | 1.12E-4 |
CH3CHDCN | 347 816 | 354.3 | 3.56E-3 |
CH3OCHO ν = 0 | 347 818 | 274.0 | 3.40E-4 |
aGg’(CH2OH)2 | 347 821 | 115.0 | 1.22E-4 |
CH3CHO ν = 0 | 347 830 | 194.5 | 1.36E-3 |
CH3CHO ν = 0 | 347 838 | 194.5 | 1.38E-3 |
13CH3OH | 347 848 | 572.9 | 7.63E-5 |
CH![]() |
347 865 | 142.7 | 1.51E-4 |
g-C2H5OH | 347 887 | 262.2 | 3.58E-4 |
g-C2H5OH | 347 916 | 251.4 | 3.67E-4 |
HC3N ν7 = 2 | 347 924 | 970.6 | 3.33E-3 |
CH2DOH | 347 953 | 438.2 | 1.30E-4 |
aGg’(CH2OH)2 | 347 963 | 108.4 | 1.39E-4 |
t-C2H5OH | 347 975 | 222.1 | 1.01E-4 |
CH3OCH3 | 347 985 | 581.8 | 1.18E-4 |
CH3OCH3 | 347 989 | 581.8 | 1.87E-4 |
CH3OCH3 | 347 992 | 581.8 | 1.87E-4 |
NH2CH18O | 348 029 | 154.7 | 3.10E-3 |
H2C18O | 348 032 | 97.5 | 1.02E-3 |
CH3OCHO ν = 0 | 348 050 | 266.1 | 6.10E-4 |
CH3OCHO ν = 1 | 348 053 | 491.3 | 4.67E-5 |
CH![]() |
348 053 | 283.4 | 1.04E-3 |
CH3OCHO ν = 0 | 348 066 | 266.1 | 6.10E-4 |
CH3OCHO ν = 1 | 348 084 | 469.7 | 5.58E-4 |
CH3CHO ν = 1 | 348 088 | 443.3 | 1.28E-3 |
13CH3OH | 348 100 | 162.4 | 1.08E-4 |
CH3OH ν = 0 | 348 123 | 87.3 | 3.27E-8 |
13CH3CH2CN | 348 147 | 352.3 | 3.51E-3 |
CH2DOH | 348 161 | 38.2 | 2.03E-4 |
CH3CHO ν = 1 | 348 211 | 383.2 | 1.41E-3 |
CH3CHO ν = 1 | 348 229 | 400.0 | 1.38E-3 |
CH3OCHO ν = 1 | 348 247 | 267.6 | 1.00E-4 |
C2H5CN | 348 260 | 343.8 | 3.57E-3 |
NH2CDO | 348 283 | 162.4 | 3.11E-3 |
CH3CHO ν = 1 | 348 288 | 385.2 | 1.41E-3 |
aGg’(CH2OH)2 | 348 326 | 325.8 | 4.16E-4 |
aGg’(CH2OH)2 | 348 331 | 311.2 | 1.04E-3 |
HN13C | 348 340 | 41.8 | 2.03E-3 |
C2H5CN | 348 344 | 351.0 | 3.58E-3 |
SO2 | 348 388 | 292.7 | 1.91E-4 |
CH2DOH | 348 427 | 363.3 | 1.27E-4 |
33SO2 | 348 492 | 110.2 | 3.19E-4 |
CH2DOH | 348 529 | 363.3 | 1.28E-4 |
H2CS | 348 532 | 105.2 | 6.30E-4 |
aGg’(CH2OH)2 | 348 550 | 329.1 | 6.50E-4 |
C2H5CN | 348 553 | 351.0 | 3.59E-3 |
CH3CHO ν = 1 | 348 570 | 418.2 | 1.34E-3 |
CH3CHO ν = 1 | 348 578 | 418.2 | 1.34E-3 |
CH2DOH | 348 592 | 139.7 | 6.76E-5 |
CH2DOH | 348 668 | 219.2 | 2.04E-5 |
CH3OH ν = 0 | 348 682 | 105.8 | 3.19E-8 |
CH2DCN | 348 691 | 181.2 | 3.69E-3 |
CH2DOH | 348 699 | 329.0 | 1.26E-4 |
g-C2H5OH | 348 720 | 89.6 | 2.33E-4 |
CH![]() |
348 854 | 624.3 | 3.05E-3 |
CH3CHO ν = 1 | 348 855 | 398.3 | 1.38E-3 |
CH3OCHO ν = 0 | 348 909 | 294.6 | 4.65E-3 |
CH3CN ν = 0 | 348 911 | 745.4 | 2.87E-3 |
CH3OCHO ν = 0 | 348 915 | 294.6 | 5.72E-4 |
CH2DOH | 348 939 | 296.9 | 1.24E-4 |
CH![]() |
348 954 | 517.3 | 3.20E-3 |
CH2DOH | 348 990 | 296.9 | 1.25E-4 |
C2H3CN | 348 991 | 325.1 | 3.19E-2 |
CH3OCHO ν = 0 | 349 015 | 257.3 | 4.08E-4 |
NH2CHO (ν = 1) | 349 020 | 568.5 | 3.09E-3 |
CH3CN ν = 0 | 349 025 | 624.0 | 2.10E-3 |
CH![]() |
349 040 | 424.6 | 3.34E-3 |
CH3OCHO ν = 0 | 349 049 | 294.6 | 5.72E-4 |
NH2CHO ν = 0 | 349 053 | 220.7 | 9.00E-5 |
CH3OCHO ν = 0 | 349 066 | 294.6 | 5.82E-4 |
CH3OH ν = 0 | 349 107 | 260.2 | 4.41E-4 |
CH![]() |
349 114 | 346.1 | 3.45E-3 |
CH3CN ν = 0 | 349 125 | 517.0 | 3.21E-3 |
CH2DOH | 349 149 | 267.0 | 1.23E-4 |
CH![]() |
349 174 | 281.9 | 3.55E-3 |
CH2DOH | 349 184 | 267.0 | 1.23E-4 |
CH3CN ν = 0 | 349 212 | 424.7 | 3.34E-3 |
CH![]() |
349 222 | 231.9 | 3.62E-3 |
CH![]() |
349 254 | 196.2 | 3.67E-3 |
CH![]() |
349 274 | 174.8 | 2.38E-3 |
CH![]() |
349 280 | 167.6 | 1.47E-3 |
CH3CN ν = 0 | 349 286 | 346.2 | 2.38E-3 |
NH![]() |
349 309 | 152.6 | 3.1E-3 |
CH3CHO ν = 1 | 349 320 | 369.3 | 1.47E-3 |
c-HCOOH | 349 326 | 157.4 | 1.66E-3 |
CH2DOH | 349 334 | 239.1 | 1.21E-4 |
CH3CN ν = 0 | 349 346 | 282.0 | 2.45E-3 |
aGg’(CH2OH)2 | 349 355 | 309.2 | 6.03E-4 |
CH2DOH | 349 356 | 239.1 | 1.21E-4 |
C2H5CN | 349 380 | 495.2 | 3.29E-3 |
CH3CN ν = 0 | 349 393 | 232.0 | 2.50E-3 |
CH2DOH | 349 411 | 230.3 | 7.95E-5 |
CH3CN ν = 0 | 349 427 | 196.3 | 2.54E-3 |
CH3CN ν = 0 | 349 447 | 174.9 | 2.56E-3 |
CH3CN ν = 0 | 349 453 | 167.7 | 2.56E-3 |
CH3OH ν = 0 | 349 470 | 118.8 | 1.92E-8 |
NH2CHO ν = 0 | 349 482 | 153.0 | 3.10E-3 |
CH3OCH3 | 349 487 | 475.7 | 6.54E-5 |
CH2DOH | 349 495 | 213.4 | 1.18E-4 |
CH2DOH | 349 509 | 213.4 | 1.18E-4 |
aGg’(CH2OH)2 | 349 541 | 294.9 | 8.31E-4 |
C2H5CN | 349 547 | 425.4 | 3.44E-3 |
C2H5CN | 349 566 | 618.9 | 3.03E-3 |
D2CO | 349 630 | 80.4 | 1.11E-3 |
CH2DOH | 349 636 | 189.9 | 1.15E-4 |
CH2DOH | 349 644 | 189.9 | 1.15E-4 |
C2H5CN | 349 652 | 655.3 | 2.95E-3 |
CH3OCHO ν = 1 | 349 685 | 459.9 | 6.26E-4 |
C2H5CN | 349 730 | 406.6 | 3.49E-3 |
C2H5CN | 349 751 | 693.8 | 2.87E-3 |
CH3CHO ν = 2 | 349 752 | 565.7 | 1.40E-3 |
CH2DOH | 349 757 | 168.5 | 1.11E-4 |
CH2DOH | 349 762 | 168.5 | 1.11E-4 |
C2H5CN | 349 796 | 353.9 | 3.61E-3 |
CH3OCH3 | 349 803 | 66.5 | 3.30E-5 |
CH3OCH3 | 349 806 | 66.5 | 3.30E-5 |
CH3OCH3 | 349 809 | 66.5 | 3.30E-5 |
CH3OCH3 | 349 823 | 326.0 | 1.15E-5 |
CH3OCH3 | 349 826 | 326.0 | 1.15E-5 |
CH3OCH3 | 349 828 | 326.0 | 1.15E-5 |
CH3OCH3 | 349 830 | 326.0 | 1.15E-5 |
CH3OCHO ν = 1 | 349 836 | 401.3 | 3.32E-5 |
CH2DOH | 349 862 | 149.2 | 1.07E-4 |
CH2DOH | 349 864 | 149.2 | 1.07E-4 |
aGg’(CH2OH)2 | 349 867 | 338.1 | 1.04E-3 |
CH3CHDCN | 349 907 | 360.9 | 3.63E-3 |
CH2DOH | 349 952 | 132.1 | 1.00E-4 |
g-C2H5OH | 349 997 | 256.5 | 3.73E-4 |
aGg’(CH2OH)2 | 350 023 | 305.1 | 1.11E-3 |
CH2DOH | 350 027 | 117.1 | 9.06E-5 |
C2H5CN | 350 039 | 390.1 | 3.54E-3 |
C2H5CN | 350 051 | 390.1 | 3.54E-3 |
CH3CN v8 = 1 | 350 059 | 1136.0 | 3.01E-3 |
CH2DOH | 350 090 | 104.2 | 7.58E-5 |
13CH3OH | 350 103 | 16.8 | 3.29E-4 |
CH3CHO ν = 0 | 350 135 | 179.2 | 1.44E-3 |
CH2DOH | 350 141 | 93.5 | 5.04E-5 |
aGg’(CH2OH)2 | 350 142 | 326.2 | 7.96E-4 |
C2H5CN | 350 145 | 356.1 | 3.65E-3 |
CH3CN v8 = 1 | 350 160 | 1030.0 | 3.13E-3 |
CH3CN v8 = 1 | 350 168 | 687.1 | 3.46E-3 |
CH3CN v8 = 1 | 350 190 | 1142.9 | 2.87E-3 |
CH![]() |
350 246 | 43.0 | 2.96E-4 |
CH3CN v8 = 1 | 350 247 | 938.3 | 3.23E-3 |
CH3CN v8 = 1 | 350 277 | 949.5 | 3.00E-3 |
CH3OH ν = 1 | 350 288 | 694.8 | 2.10E-4 |
33SO_2$ | 350 303 | 89.1 | 3.07E-4 |
CH3CN v8 = 1 | 350 320 | 860.8 | 3.55E-3 |
HNCO | 350 333 | 186.2 | 5.97E-4 |
CH3CN v8 = 1 | 350 352 | 870.2 | 3.14E-3 |
CH3CHO ν = 0 | 350 363 | 163.5 | 1.47E-3 |
g-C2H5OH | 350 365 | 251.7 | 3.75E-4 |
CH3CN v8 = 1 | 350 380 | 797.5 | 3.39E-3 |
aGg’(CH2OH)2 | 350 402 | 327.7 | 1.91E-4 |
CH3CN v8 = 1 | 350 415 | 805.2 | 3.24E-3 |
13CH3OH | 350 422 | 102.6 | 7.03E-5 |
CH3OCHO ν = 0 | 350 442 | 283.9 | 4.91E-3 |
CH3CHO ν = 0 | 350 445 | 163.4 | 1.47E-3 |
CH3CN v8 = 1 | 350 450 | 713.8 | 3.47E-3 |
CH2DOH | 350 454 | 71.6 | 1.39E-4 |
CH3OCHO ν = 0 | 350 458 | 283.9 | 4.91E-3 |
CH3CN v8 = 1 | 350 465 | 754.4 | 3.33E-3 |
CH3CN v8 = 1 | 350 507 | 717.7 | 3.40E-3 |
C2H5CN | 350 512 | 375.9 | 3.58E-3 |
t-C2H5OH | 350 534 | 179.0 | 1.51E-4 |
CH3CN v8 = 1 | 350 552 | 695.4 | 3.45E-3 |
CH2DOH | 350 632 | 49.0 | 2.07E-4 |
Notes. Most species are detected in all sources. Ethylene glycol (aGg’(CH2OH)2) was only detected in G35.20 A and G35.03 A and deuterated ethyl cyanide (CH3CHDCN) was only detected in G35.20 A. For specific transitions see Appendix B.
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