O2 partitioning, including the contributions at 296 K E term N J (2J+1)exp-(Eterm*c2/296) 0.0000 1 0 1.000E+00 2.0843 1 2 4.950E+00 3.9611 1 1 2.943E+00 16.2529 3 2 4.620E+00 16.3876 3 4 8.311E+00 18.3372 3 3 6.403E+00 42.2001 5 4 7.331E+00 42.2240 5 6 1.059E+01 44.2117 5 5 8.873E+00 79.5646 7 8 1.155E+01 79.6070 7 6 8.829E+00 81.5805 7 7 1.009E+01 128.3978 9 10 1.125E+01 128.4921 9 8 9.103E+00 130.4376 9 9 1.008E+01 188.7135 11 12 9.990E+00 188.8532 11 10 8.386E+00 190.7749 11 11 9.099E+00 260.5011 13 14 8.175E+00 260.6826 13 12 7.041E+00 262.5829 13 13 7.535E+00 343.7484 15 16 6.207E+00 343.9697 15 14 5.449E+00 345.8500 15 15 5.771E+00 438.4418 17 18 4.392E+00 438.7015 17 16 3.912E+00 440.5620 17 17 4.112E+00 544.5658 19 20 2.905E+00 544.8628 19 18 2.618E+00 546.7050 19 19 2.735E+00 662.1030 21 22 1.801E+00 662.4368 21 20 1.638E+00 664.2610 21 21 1.703E+00 791.0344 23 24 1.048E+00 791.4045 23 22 9.607E-01 793.2100 23 23 9.946E-01 931.3390 25 26 5.731E-01 931.7450 25 24 5.288E-01 933.5330 25 25 5.456E-01 1082.9941 27 28 2.949E-01 1083.4356 27 26 2.736E-01 1085.2060 27 27 2.815E-01 1245.9750 29 30 1.429E-01 1246.4518 29 28 1.332E-01 1248.2040 29 29 1.367E-01 1420.2552 31 32 6.528E-02 1420.7672 31 30 6.111E-02 1422.5020 31 31 6.259E-02 1605.8064 33 34 2.812E-02 1606.3533 33 32 2.642E-02 1608.0710 33 33 2.701E-02 1802.5983 35 36 1.143E-02 1803.1802 35 34 1.077E-02 1804.8810 35 35 1.099E-02 *** below here can be excluded for 0.01% accuracy 2010.5990 37 38 4.387E-03 2011.2156 37 36 4.147E-03 2012.8990 37 37 4.225E-03 2229.7745 39 40 1.590E-03 2230.4259 39 38 1.507E-03 2232.0920 39 39 1.534E-03 2460.0892 41 42 5.448E-04 2460.7751 41 40 5.174E-04 2462.4240 41 41 5.260E-04 2701.5040 43 44 1.764E-04 2702.2250 43 42 1.679E-04 2703.8580 43 43 1.705E-04 2953.9820 45 46 5.404E-05 2954.7370 45 44 5.152E-05 2956.3530 45 45 5.227E-05 3217.4810 47 48 1.566E-05 3218.2700 47 46 1.495E-05 3491.9570 49 50 4.294E-06 3492.7810 49 48 4.108E-06 3777.3650 51 52 1.115E-06 3778.2230 51 50 1.068E-06 4073.6590 53 54 2.742E-07 4074.5520 53 52 2.630E-07 4380.7890 55 56 6.387E-08 4381.7170 55 54 6.134E-08 4698.7060 57 58 1.410E-08 4699.6680 57 56 1.356E-08 5027.3560 59 60 2.952E-09 5028.3520 59 58 2.841E-09 N2 partitioning, including the contributions at 296 K E term J gn *(2J+1)exp(-Eterm * c2/296) 0.0000 0 6.000E+00 3.9791 1 8.828E+00 11.9373 2 2.831E+01 23.8741 3 1.870E+01 39.7892 4 4.450E+01 59.6821 5 2.469E+01 83.5521 6 5.197E+01 111.3983 7 2.619E+01 143.2197 8 5.085E+01 179.0154 9 2.388E+01 218.7839 10 4.350E+01 262.5240 11 1.926E+01 310.2341 12 3.320E+01 361.9126 13 1.395E+01 417.5576 14 2.286E+01 477.1673 15 9.145E+00 540.7395 16 1.429E+01 608.2722 17 5.459E+00 679.7628 18 8.154E+00 755.2090 19 2.978E+00 834.6081 20 4.257E+00 917.9574 21 1.489E+00 1005.2540 22 2.038E+00 1096.4948 23 6.832E-01 1191.6766 24 8.969E-01 1290.7963 25 2.883E-01 1393.8503 26 3.631E-01 1500.8350 27 1.120E-01 1611.7467 28 1.354E-01 1726.5816 29 4.010E-02 1845.3358 30 4.656E-02 *** below here can be excluded for 0.01% accuracy 1968.0049 31 1.324E-02 2094.5849 32 1.477E-02 2225.0713 33 4.038E-03 2359.4595 34 4.327E-03 2497.7450 35 1.137E-03 2639.9228 36 1.171E-03 2785.9881 37 2.958E-04 2935.9357 38 2.931E-04 3089.7605 39 7.118E-05 3247.4571 40 6.782E-05 Anisotropies for O2: pos F(King) eps n-1 pol (avg) gamma 0.200 1.22112 0.99753 3.4425E-04 2.0392E-24 2.0342E-24 0.205 1.21095 0.97430 3.3676E-04 1.9949E-24 1.9436E-24 0.210 1.20186 0.95309 3.3069E-04 1.9589E-24 1.8670E-24 0.215 1.19373 0.93369 3.2568E-04 1.9292E-24 1.8013E-24 0.220 1.18643 0.91593 3.2146E-04 1.9042E-24 1.7442E-24 0.225 1.17986 0.89964 3.1729E-04 1.8795E-24 1.6909E-24 0.230 1.17393 0.88468 3.1358E-04 1.8575E-24 1.6433E-24 0.240 1.16369 0.85825 3.0752E-04 1.8217E-24 1.5635E-24 0.250 1.15523 0.83578 3.0281E-04 1.7937E-24 1.4992E-24 0.260 1.14817 0.81657 2.9903E-04 1.7714E-24 1.4464E-24 0.270 1.14225 0.80006 2.9595E-04 1.7531E-24 1.4026E-24 0.280 1.13722 0.78582 2.9340E-04 1.7380E-24 1.3657E-24 0.290 1.13294 0.77346 2.9117E-04 1.7248E-24 1.3340E-24 0.300 1.12927 0.76269 2.8893E-04 1.7115E-24 1.3054E-24 0.310 1.12609 0.75327 2.8700E-04 1.7001E-24 1.2806E-24 0.320 1.12333 0.74499 2.8533E-04 1.6902E-24 1.2592E-24 0.330 1.12093 0.73768 2.8387E-04 1.6815E-24 1.2404E-24 0.340 1.11882 0.73121 2.8258E-04 1.6739E-24 1.2240E-24 0.350 1.11696 0.72546 2.8143E-04 1.6671E-24 1.2094E-24 0.360 1.11531 0.72034 2.8041E-04 1.6611E-24 1.1965E-24 0.370 1.11384 0.71575 2.7949E-04 1.6556E-24 1.1850E-24 0.380 1.11254 0.71163 2.7867E-04 1.6507E-24 1.1747E-24 0.390 1.11136 0.70791 2.7792E-04 1.6463E-24 1.1655E-24 0.400 1.11031 0.70456 2.7725E-04 1.6423E-24 1.1571E-24 0.450 1.10637 0.69186 2.7464E-04 1.6268E-24 1.1255E-24 0.500 1.10386 0.68363 2.7288E-04 1.6165E-24 1.1051E-24 0.550 1.10216 0.67803 2.7165E-04 1.6092E-24 1.0911E-24 0.600 1.10096 0.67405 2.7084E-04 1.6044E-24 1.0814E-24 0.650 1.10009 0.67112 2.7023E-04 1.6008E-24 1.0743E-24 0.700 1.09943 0.66890 2.6976E-04 1.5980E-24 1.0689E-24 0.750 1.09892 0.66719 2.6938E-04 1.5957E-24 1.0646E-24 0.800 1.09852 0.66583 2.6907E-04 1.5939E-24 1.0613E-24 0.850 1.09819 0.66474 2.6882E-04 1.5924E-24 1.0585E-24 0.900 1.09793 0.66384 2.6861E-04 1.5912E-24 1.0563E-24 0.950 1.09771 0.66310 2.6844E-04 1.5901E-24 1.0544E-24 1.000 1.09753 0.66248 2.6829E-04 1.5893E-24 1.0529E-24 Anisotropies for N2: pos F(King) eps n-1 pol (avg) gamma 0.200 1.04192 0.43435 3.4172E-04 2.0242E-24 8.7923E-25 0.205 1.04154 0.43237 3.3899E-04 2.0081E-24 8.6824E-25 0.210 1.04119 0.43052 3.3651E-04 1.9934E-24 8.5819E-25 0.215 1.04086 0.42879 3.3424E-04 1.9799E-24 8.4897E-25 0.220 1.04055 0.42717 3.3216E-04 1.9676E-24 8.4049E-25 0.225 1.04026 0.42565 3.3024E-04 1.9562E-24 8.3268E-25 0.230 1.03999 0.42422 3.2847E-04 1.9458E-24 8.2544E-25 0.240 1.03950 0.42162 3.2533E-04 1.9271E-24 8.1252E-25 0.250 1.03907 0.41931 3.2261E-04 1.9110E-24 8.0133E-25 0.260 1.03869 0.41726 3.2019E-04 1.8967E-24 7.9142E-25 0.270 1.03835 0.41541 3.1804E-04 1.8840E-24 7.8263E-25 0.280 1.03804 0.41376 3.1615E-04 1.8728E-24 7.7487E-25 0.290 1.03777 0.41226 3.1447E-04 1.8628E-24 7.6798E-25 0.300 1.03752 0.41091 3.1298E-04 1.8540E-24 7.6183E-25 0.310 1.03730 0.40969 3.1164E-04 1.8461E-24 7.5632E-25 0.320 1.03710 0.40857 3.1044E-04 1.8390E-24 7.5135E-25 0.330 1.03691 0.40755 3.0936E-04 1.8326E-24 7.4686E-25 0.340 1.03674 0.40662 3.0838E-04 1.8267E-24 7.4279E-25 0.350 1.03659 0.40576 3.0749E-04 1.8215E-24 7.3908E-25 0.360 1.03645 0.40498 3.0668E-04 1.8166E-24 7.3570E-25 0.370 1.03632 0.40425 3.0593E-04 1.8122E-24 7.3261E-25 0.380 1.03620 0.40358 3.0525E-04 1.8082E-24 7.2976E-25 0.390 1.03608 0.40296 3.0463E-04 1.8045E-24 7.2715E-25 0.400 1.03598 0.40239 3.0405E-04 1.8011E-24 7.2474E-25 0.450 1.03557 0.40006 3.0175E-04 1.7874E-24 7.1508E-25 0.500 1.03527 0.39838 3.0021E-04 1.7783E-24 7.0845E-25 0.550 1.03505 0.39713 2.9906E-04 1.7716E-24 7.0354E-25 0.600 1.03488 0.39618 2.9820E-04 1.7664E-24 6.9984E-25 0.650 1.03475 0.39544 2.9753E-04 1.7625E-24 6.9697E-25 0.700 1.03465 0.39486 2.9701E-04 1.7594E-24 6.9470E-25 0.750 1.03456 0.39438 2.9659E-04 1.7569E-24 6.9288E-25 0.800 1.03450 0.39399 2.9624E-04 1.7548E-24 6.9139E-25 0.850 1.03444 0.39367 2.9596E-04 1.7532E-24 6.9016E-25 0.900 1.03439 0.39340 2.9572E-04 1.7517E-24 6.8913E-25 0.950 1.03435 0.39317 2.9552E-04 1.7505E-24 6.8826E-25 1.000 1.03432 0.39297 2.9535E-04 1.7495E-24 6.8752E-25 Tinkham and Strandberg diagonalization for eigenvectors (Phys. Rev. 97, 937-951, 1955): j bj dj 2 0.990351 0.138582 4 0.997059 0.076638 6 0.998594 0.053009 8 0.999178 0.040530 10 0.999462 0.032813 12 0.999620 0.027569 14 0.999717 0.023776 16 0.999782 0.020902 18 0.999825 0.018652 20 0.999858 0.016842 22 0.999881 0.015355 24 0.999900 0.014112 26 0.999914 0.013057 Placzek-Teller coefficients and pressure broadening for O2: n' j' n'' j'' Eterm Etrans P-T air pressure broadening (cm-1) (cm-1) coeff (cm-1 atm-1; 296 K) 33 32 31 30 1606.3533 -185.5861 0.363009 0.0379 33 33 31 31 1608.0710 -185.5690 0.363031 0.0379 33 34 31 32 1605.8064 -185.5512 0.363720 0.0379 31 30 29 28 1420.7672 -174.3154 0.362191 0.0379 31 31 29 29 1422.5020 -174.2980 0.362217 0.0379 31 32 29 30 1420.2552 -174.2802 0.362998 0.0379 29 28 27 26 1246.4518 -163.0162 0.361190 0.0379 29 29 27 27 1248.2040 -162.9980 0.361285 0.0379 29 30 27 28 1245.9750 -162.9809 0.362177 0.0379 27 26 25 24 1083.4356 -151.6906 0.360150 0.0415 27 27 25 25 1085.2060 -151.6730 0.360206 0.0415 27 28 25 26 1082.9941 -151.6551 0.361185 0.0415 25 24 23 22 931.7450 -140.3405 0.358873 0.0462 25 25 23 23 933.5330 -140.3230 0.358944 0.0462 25 26 23 24 931.3390 -140.3046 0.360158 0.0462 23 22 21 20 791.4045 -128.9677 0.357356 0.0474 23 23 21 21 793.2100 -128.9490 0.357447 0.0474 23 24 21 22 791.0344 -128.9314 0.358884 0.0474 21 20 19 18 662.4368 -117.5740 0.355524 0.0486 21 21 19 19 664.2610 -117.5560 0.355644 0.0486 21 22 19 20 662.1030 -117.5372 0.357370 0.0486 19 19 17 18 546.7050 -108.2632 0.002003 0.0498 19 18 17 16 544.8628 -106.1613 0.353268 0.0498 19 19 17 17 546.7050 -106.1430 0.353430 0.0498 19 20 17 18 544.5658 -106.1240 0.355542 0.0498 19 18 17 17 544.8628 -104.3008 0.002275 0.0498 17 17 15 16 440.5620 -96.8136 0.002492 0.0498 17 16 15 14 438.7015 -94.7318 0.350420 0.0498 17 17 15 15 440.5620 -94.7120 0.350649 0.0498 17 18 15 16 438.4418 -94.6934 0.353293 0.0498 17 16 15 15 438.7015 -92.8515 0.002874 0.0498 15 15 13 14 345.8500 -85.3489 0.003184 0.0533 15 14 13 12 343.9697 -83.2871 0.346713 0.0533 15 15 13 13 345.8500 -83.2671 0.347052 0.0533 15 16 13 14 343.7484 -83.2473 0.350456 0.0533 15 14 13 13 343.9697 -81.3868 0.003743 0.0533 13 13 11 12 262.5829 -73.8694 0.004209 0.0545 13 12 11 10 260.6826 -71.8294 0.341691 0.0545 13 13 11 11 262.5829 -71.8080 0.342222 0.0545 13 14 11 12 260.5011 -71.7876 0.346767 0.0545 13 12 11 11 260.6826 -69.9077 0.005076 0.0545 11 11 9 10 190.7749 -62.3771 0.005822 0.0557 11 10 9 8 188.8532 -60.3611 0.334499 0.0557 11 11 9 9 190.7749 -60.3373 0.335404 0.0557 11 12 9 10 188.7135 -60.3157 0.341777 0.0557 11 10 9 9 188.8532 -58.4156 0.007271 0.0557 9 9 7 8 130.4376 -50.8730 0.008577 0.0581 9 8 7 6 128.4921 -48.8851 0.323348 0.0581 9 9 7 7 130.4376 -48.8571 0.325077 0.0581 9 10 7 8 128.3978 -48.8332 0.334650 0.0581 9 8 7 7 128.4921 -46.9116 0.011275 0.0581 5 4 1 2 42.2001 -40.1158 0.001030 0.0533 7 7 5 6 81.5805 -39.3565 0.013871 0.0581 7 6 5 4 79.6070 -37.4069 0.303719 0.0581 7 7 5 5 81.5805 -37.3688 0.307692 0.0581 7 8 5 6 79.5646 -37.3406 0.323650 0.0581 7 6 5 5 79.6070 -35.3953 0.019790 0.0581 5 5 3 4 44.2117 -27.8241 0.026125 0.0533 5 4 3 2 42.2001 -25.9472 0.259873 0.0533 5 5 3 3 44.2117 -25.8745 0.272727 0.0533 5 6 3 4 42.2240 -25.8364 0.304466 0.0533 5 4 3 4 42.2001 -25.8125 0.001458 0.0533 5 4 3 3 42.2001 -23.8629 0.043420 0.0533 3 2 1 0 16.2529 -16.2529 0.092337 0.0545 3 3 1 2 18.3372 -16.2529 0.065955 0.0545 3 3 1 1 18.3372 -14.3761 0.171429 0.0545 3 4 1 2 16.3876 -14.3033 0.262699 0.0545 3 2 1 2 16.2529 -14.1686 0.017752 0.0545 3 2 1 1 16.2529 -12.2918 0.161494 0.0545 19 19 19 20 546.7050 -2.1392 0.001905 0.0427 17 17 17 18 440.5620 -2.1202 0.002356 0.0438 15 15 15 16 345.8500 -2.1016 0.002989 0.0427 1 2 1 0 2.0843 -2.0843 0.107663 0.0569 3 3 3 2 18.3372 -2.0843 0.076902 0.0545 13 13 13 14 262.5829 -2.0818 0.003916 0.0462 11 11 11 12 190.7749 -2.0614 0.005353 0.0474 9 9 9 10 130.4376 -2.0398 0.007753 0.0498 7 7 7 8 81.5805 -2.0159 0.012222 0.0510 5 5 5 4 44.2117 -2.0116 0.028420 0.0510 5 5 5 6 44.2117 -1.9877 0.022067 0.0510 7 7 7 6 81.5805 -1.9735 0.014701 0.0510 3 3 3 4 18.3372 -1.9496 0.051318 0.0545 9 9 9 8 130.4376 -1.9455 0.008967 0.0498 11 11 11 10 190.7749 -1.9217 0.006036 0.0474 13 13 13 12 262.5829 -1.9003 0.004338 0.0462 15 15 15 14 345.8500 -1.8803 0.003268 0.0427 1 1 1 2 3.9611 -1.8768 0.230844 0.0569 17 17 17 16 440.5620 -1.8605 0.002550 0.0438 19 19 19 18 546.7050 -1.8422 0.002045 0.0427 3 4 3 2 16.3876 -0.1347 0.000207 0.0545 3 2 3 4 16.2529 0.1347 0.000373 0.0545 19 18 19 19 544.8628 1.8422 0.002156 0.0427 17 16 17 17 438.7015 1.8605 0.002705 0.0438 1 2 1 1 2.0843 1.8768 0.138506 0.0569 15 14 15 15 343.9697 1.8803 0.003493 0.0427 13 12 13 13 260.6826 1.9003 0.004685 0.0462 11 10 11 11 188.8532 1.9217 0.006610 0.0474 9 8 9 9 128.4921 1.9455 0.010022 0.0498 3 4 3 3 16.3876 1.9496 0.039914 0.0545 7 6 7 7 79.6070 1.9735 0.016963 0.0510 5 6 5 5 42.2240 1.9877 0.018672 0.0510 5 4 5 5 42.2001 2.0116 0.034736 0.0510 7 8 7 7 79.5646 2.0159 0.010784 0.0510 9 10 9 9 128.3978 2.0398 0.007014 0.0498 11 12 11 11 188.7135 2.0614 0.004924 0.0474 13 14 13 13 260.5011 2.0818 0.003646 0.0462 1 0 1 2 0.0000 2.0843 0.538313 0.0569 3 2 3 3 16.2529 2.0843 0.107663 0.0545 15 16 15 15 343.7484 2.1016 0.002808 0.0427 17 18 17 17 438.4418 2.1202 0.002229 0.0438 19 20 19 19 544.5658 2.1392 0.001812 0.0427 1 1 3 2 3.9611 12.2918 0.269156 0.0545 1 2 3 2 2.0843 14.1686 0.017752 0.0545 1 2 3 4 2.0843 14.3033 0.472859 0.0545 1 1 3 3 3.9611 14.3761 0.400000 0.0545 1 0 3 2 0.0000 16.2529 0.461687 0.0545 1 2 3 3 2.0843 16.2529 0.092337 0.0545 3 3 5 4 18.3372 23.8629 0.055825 0.0533 3 4 5 4 16.3876 25.8125 0.001458 0.0533 3 4 5 6 16.3876 25.8364 0.439784 0.0533 3 3 5 5 18.3372 25.8745 0.428571 0.0533 3 2 5 4 16.2529 25.9472 0.467772 0.0533 3 4 5 5 16.3876 27.8241 0.031931 0.0533 5 5 7 6 44.2117 35.3953 0.023388 0.0581 5 6 7 8 42.2240 37.3406 0.423234 0.0581 5 5 7 7 44.2117 37.3688 0.419580 0.0581 5 4 7 6 42.2001 37.4069 0.438706 0.0581 5 6 7 7 42.2240 39.3565 0.016004 0.0581 1 2 5 4 2.0843 40.1158 0.001854 0.0533 7 7 9 8 81.5805 46.9116 0.012778 0.0581 7 8 9 10 79.5646 48.8332 0.413391 0.0581 7 7 9 9 81.5805 48.8571 0.411765 0.0581 7 6 9 8 79.6070 48.8851 0.422839 0.0581 7 8 9 9 79.5646 50.8730 0.009586 0.0581 9 9 11 10 130.4376 58.4156 0.008037 0.0557 9 10 11 12 128.3978 60.3157 0.406877 0.0557 9 9 11 11 130.4376 60.3373 0.406015 0.0557 9 8 11 10 128.4921 60.3611 0.413205 0.0557 9 10 11 11 128.3978 62.3771 0.006377 0.0557 11 11 13 12 190.7749 69.9077 0.005517 0.0545 11 12 13 14 188.7135 71.7876 0.402250 0.0545 11 11 13 13 190.7749 71.8080 0.401739 0.0545 11 10 13 12 188.8532 71.8294 0.406775 0.0545 11 12 13 13 188.7135 73.8694 0.004546 0.0545 13 13 15 14 262.5829 81.3868 0.004020 0.0533 13 14 15 16 260.5011 83.2473 0.398795 0.0533 13 13 15 15 262.5829 83.2671 0.398467 0.0533 13 12 15 14 260.6826 83.2871 0.402187 0.0533 13 14 15 15 260.5011 85.3489 0.003403 0.0533 15 15 17 16 345.8500 92.8515 0.003059 0.0498 15 16 17 18 343.7484 94.6934 0.396116 0.0498 15 15 17 17 345.8500 94.7120 0.395894 0.0498 15 14 17 16 343.9697 94.7318 0.398754 0.0498 15 16 17 17 343.7484 96.8136 0.002643 0.0498 17 17 19 18 440.5620 104.3008 0.002405 0.0498 17 18 19 20 438.4418 106.1240 0.393979 0.0498 17 17 19 19 440.5620 106.1430 0.393822 0.0498 17 16 19 18 438.7015 106.1613 0.396088 0.0498 17 18 19 19 438.4418 108.2632 0.002112 0.0498 19 19 21 20 546.7050 115.7318 0.001941 0.0486 19 20 21 22 544.5658 117.5372 0.392235 0.0486 19 19 21 21 546.7050 117.5560 0.392120 0.0486 19 18 21 20 544.8628 117.5740 0.393959 0.0486 19 20 21 21 544.5658 119.6952 0.001726 0.0486 21 22 23 24 662.1030 128.9314 0.390784 0.0474 21 21 23 23 664.2610 128.9490 0.390698 0.0474 21 20 23 22 662.4368 128.9677 0.392220 0.0474 23 24 25 26 791.0344 140.3046 0.389559 0.0462 23 23 25 25 793.2100 140.3230 0.389492 0.0462 23 22 25 24 791.4045 140.3405 0.390773 0.0462 25 26 27 28 931.3390 151.6551 0.388445 0.0415 25 25 27 27 933.5330 151.6730 0.388457 0.0415 25 24 27 26 931.7450 151.6906 0.389550 0.0415 27 28 29 30 1082.9941 162.9809 0.387593 0.0379 27 27 29 29 1085.2060 162.9980 0.387560 0.0379 27 26 29 28 1083.4356 163.0162 0.388450 0.0379 29 30 31 32 1245.9750 174.2802 0.386801 0.0379 29 29 31 31 1248.2040 174.2980 0.386774 0.0379 29 28 31 30 1246.4518 174.3154 0.387608 0.0379 31 32 33 34 1420.2552 185.5512 0.386103 0.0379 31 31 33 33 1422.5020 185.5690 0.386081 0.0379 31 30 33 32 1420.7672 185.5861 0.386813 0.0379 33 34 35 36 1605.8064 196.7919 0.385482 0.0379 33 33 35 35 1608.0710 196.8100 0.385464 0.0379 33 32 35 34 1606.3533 196.8269 0.386113 0.0379 Placzek-Teller coefficients and pressure broadening for N2: j' j'' Eterm Etrans P-T air pressure broadening (cm-1) (cm-1) coeff (cm-1 atm-1; 296 K) 28 26 1611.7467 -217.8964 3.617E-01 0.0379 27 25 1500.8350 -210.0387 3.612E-01 0.0384 26 24 1393.8503 -202.1737 3.607E-01 0.0390 25 23 1290.7963 -194.3015 3.601E-01 0.0395 24 22 1191.6766 -186.4226 3.595E-01 0.0400 23 21 1096.4948 -178.5374 3.589E-01 0.0406 22 20 1005.2540 -170.6459 3.581E-01 0.0411 21 19 917.9574 -162.7484 3.573E-01 0.0417 20 18 834.6081 -154.8453 3.565E-01 0.0422 19 17 755.2090 -146.9368 3.555E-01 0.0427 18 16 679.7628 -139.0233 3.544E-01 0.0433 17 15 608.2722 -131.1049 3.532E-01 0.0438 16 14 540.7395 -123.1819 3.519E-01 0.0444 15 13 477.1673 -115.2547 3.504E-01 0.0449 14 12 417.5576 -107.3235 3.487E-01 0.0454 13 11 361.9126 -99.3886 3.467E-01 0.0460 12 10 310.2341 -91.4502 3.443E-01 0.0465 11 9 262.5240 -83.5086 3.416E-01 0.0471 10 8 218.7839 -75.5642 3.383E-01 0.0476 9 7 179.0154 -67.6171 3.344E-01 0.0481 8 6 143.2197 -59.6676 3.294E-01 0.0487 7 5 111.3983 -51.7162 3.231E-01 0.0492 6 4 83.5521 -43.7629 3.147E-01 0.0498 5 3 59.6821 -35.8080 3.030E-01 0.0503 4 2 39.7892 -27.8519 2.857E-01 0.0508 3 1 23.8741 -19.8950 2.571E-01 0.0514 2 0 11.9373 -11.9373 2.000E-01 0.0519 0 2 0.0000 11.9373 1.000E+00 0.0530 1 3 3.9791 19.8950 6.000E-01 0.0525 2 4 11.9373 27.8519 5.143E-01 0.0519 3 5 23.8741 35.8080 4.762E-01 0.0514 4 6 39.7892 43.7629 4.545E-01 0.0508 5 7 59.6821 51.7162 4.406E-01 0.0503 6 8 83.5521 59.6676 4.308E-01 0.0498 7 9 111.3983 67.6171 4.235E-01 0.0492 8 10 143.2197 75.5642 4.180E-01 0.0487 9 11 179.0154 83.5086 4.135E-01 0.0481 10 12 218.7839 91.4502 4.099E-01 0.0476 11 13 262.5240 99.3886 4.070E-01 0.0471 12 14 310.2341 107.3235 4.044E-01 0.0465 13 15 361.9126 115.2547 4.023E-01 0.0460 14 16 417.5576 123.1819 4.004E-01 0.0454 15 17 477.1673 131.1049 3.988E-01 0.0449 16 18 540.7395 139.0233 3.974E-01 0.0444 17 19 608.2722 146.9368 3.961E-01 0.0438 18 20 679.7628 154.8453 3.950E-01 0.0433 19 21 755.2090 162.7484 3.940E-01 0.0427 20 22 834.6081 170.6459 3.931E-01 0.0422 21 23 917.9574 178.5374 3.922E-01 0.0417 22 24 1005.2540 186.4226 3.915E-01 0.0411 23 25 1096.4948 194.3015 3.908E-01 0.0406 24 26 1191.6766 202.1737 3.902E-01 0.0400 25 27 1290.7963 210.0387 3.896E-01 0.0395 26 28 1393.8503 217.8964 3.890E-01 0.0390 27 29 1500.8350 225.7466 3.885E-01 0.0384 28 30 1611.7467 233.5891 3.880E-01 0.0379