# File CMB_det_load_Antarctic_DJF.amc # # A modified version of the file Antarctic_DJF.amc from the am # cookbook, for computing single-mode detector loading versus # observing altitude. Altitude and zenith angle are taken from the # command line. Detector frequency and rectangular averaging bandwidth # are adjusted by editing this file. # # Output is band-averaged Rayleigh-Jeans brightness temperature in K. # Multiply this by Boltzmann's constant and the bandwidth to get the # detector loading power. # # The profiles in this file were derived from NASA MERRA2 reanalysis # data, temporally and spatially averaged using the Giovanni online # data system developed and maintained by the NASA Goddard Earth # Sciences Data and Information Services Center (GES DISC). # # Files: # g4.curtainTime.M2IMNPASM_5_12_4_H.20061201-20161130.180W_90S_180E_66S.nc # g4.curtainTime.M2IMNPASM_5_12_4_O3.20061201-20161130.180W_90S_180E_66S.nc # g4.curtainTime.M2IMNPASM_5_12_4_QV.20061201-20161130.180W_90S_180E_66S.nc # g4.curtainTime.M2IMNPASM_5_12_4_T.20061201-20161130.180W_90S_180E_66S.nc # # MERRA references: # M. M. Rienecker et al. (2011), MERRA: NASA's Modern-Era Retrospective # Analysis for Research and Applications. J. Climate 24:3624. # # A. Molod et al (2015), Development of the GEOS-5 atmospheric general # circulation model: evolution from MERRA to MERRA2. Geoscience Model # Development 8:1339. # # MERRA is produced by the NASA/Goddard Global Modeling and Assimilation # Office (GMAO). MERRA data are archived and distributed by the # GES DISC. ? ? Usage: ? am CMB_det_load_Antarctic_DJF.amc zobs zenith_angle ? ? Example: ? am CMB_det_load_Antarctic_DJF.amc 35 km 60 deg ? # The frequency grid should extend at least half the bandwidth to # either side of the band center frequency. 10 MHz resolution will # provide adequate accuracy for integrals across stratospheric O3 # lines. Warnings about unresolved high-altitude lines can be # ignored. f 130 GHz 170 GHz 10 MHz # This line sets up a single-point output at the band center frequency fout 150 GHz 150 GHz # This is the detector bandwidth ils rectangle 40 GHz output Trj K geometry spherical refract radio # Observing altitude from the command line zobs %1 %2 # Zenith angle from the command line za %3 %4 tol 1e-4 T0 2.7 K layer mesosphere Pbase 0.1 mbar # z = 66887 m Tbase 231.1 K lineshape Voigt-Kielkopf column dry_air vmr column h2o vmr 6.94e-06 column o3 vmr 7.15e-07 layer mesosphere Pbase 0.3 mbar # z = 58956 m Tbase 258.6 K lineshape Voigt-Kielkopf column dry_air vmr column h2o vmr 6.97e-06 column o3 vmr 8.82e-07 layer mesosphere Pbase 0.4 mbar # z = 56750 m Tbase 264.9 K lineshape Voigt-Kielkopf column dry_air vmr column h2o vmr 7.00e-06 column o3 vmr 1.14e-06 layer mesosphere Pbase 0.5 mbar # z = 55004 m Tbase 269.9 K lineshape Voigt-Kielkopf column dry_air vmr column h2o vmr 7.01e-06 column o3 vmr 1.33e-06 layer mesosphere Pbase 0.7 mbar # z = 52304 m Tbase 277.8 K lineshape Voigt-Kielkopf column dry_air vmr column h2o vmr 7.02e-06 column o3 vmr 1.61e-06 layer stratosphere Pbase 1 mbar # z = 49377 m Tbase 281.9 K lineshape Voigt-Kielkopf column dry_air vmr column h2o vmr 7.01e-06 column o3 vmr 2.04e-06 layer stratosphere Pbase 2 mbar # z = 43711 m Tbase 273.3 K column dry_air vmr column h2o vmr 6.92e-06 column o3 vmr 3.03e-06 layer stratosphere Pbase 3 mbar # z = 40527 m Tbase 263.9 K column dry_air vmr column h2o vmr 6.75e-06 column o3 vmr 4.29e-06 layer stratosphere Pbase 4 mbar # z = 38325 m Tbase 259.0 K column dry_air vmr column h2o vmr 6.55e-06 column o3 vmr 5.09e-06 layer stratosphere Pbase 5 mbar # z = 36645 m Tbase 255.1 K column dry_air vmr column h2o vmr 6.37e-06 column o3 vmr 5.46e-06 layer stratosphere Pbase 7 mbar # z = 34165 m Tbase 249.5 K column dry_air vmr column h2o vmr 6.16e-06 column o3 vmr 5.47e-06 layer stratosphere Pbase 10 mbar # z = 31593 m Tbase 244.0 K column dry_air vmr column h2o vmr 5.92e-06 column o3 vmr 5.15e-06 layer stratosphere Pbase 20 mbar # z = 26721 m Tbase 237.1 K column dry_air vmr column h2o vmr 5.66e-06 column o3 vmr 4.52e-06 layer stratosphere Pbase 30 mbar # z = 23922 m Tbase 235.0 K column dry_air vmr column h2o vmr 5.41e-06 column o3 vmr 3.92e-06 layer stratosphere Pbase 40 mbar # z = 21950 m Tbase 233.6 K column dry_air vmr column h2o vmr 5.21e-06 column o3 vmr 3.49e-06 layer stratosphere Pbase 50 mbar # z = 20428 m Tbase 232.4 K column dry_air vmr column h2o vmr 5.03e-06 column o3 vmr 3.04e-06 layer stratosphere Pbase 70 mbar # z = 18149 m Tbase 230.2 K column dry_air vmr column h2o vmr 4.78e-06 column o3 vmr 2.33e-06 layer troposphere Pbase 100 mbar # z = 15760 m Tbase 227.5 K column dry_air vmr column h2o vmr 4.75e-06 column o3 vmr 1.38e-06 layer troposphere Pbase 150 mbar # z = 13072 m Tbase 225.7 K column dry_air vmr column h2o vmr 5.67e-06 column o3 vmr 6.57e-07 layer troposphere Pbase 200 mbar # z = 11176 m Tbase 224.7 K column dry_air vmr column h2o vmr 1.05e-05 column o3 vmr 3.30e-07 layer troposphere Pbase 250 mbar # z = 9715 m Tbase 221.8 K column dry_air vmr column h2o vmr 2.60e-05 column o3 vmr 2.01e-07 layer troposphere Pbase 300 mbar # z = 8536 m Tbase 221.3 K column dry_air vmr column h2o vmr 5.36e-05 column o3 vmr 1.06e-07 layer troposphere Pbase 350 mbar # z = 7531 m Tbase 225.5 K column dry_air vmr column h2o vmr 9.60e-05 column o3 vmr 5.47e-08 layer troposphere Pbase 400 mbar # z = 6639 m Tbase 231.1 K column dry_air vmr column h2o vmr 1.64e-04 column o3 vmr 3.67e-08 layer troposphere Pbase 450 mbar # z = 5833 m Tbase 236.4 K column dry_air vmr column h2o vmr 2.63e-04 column o3 vmr 3.06e-08 layer troposphere Pbase 500 mbar # z = 5096 m Tbase 241.1 K column dry_air vmr column h2o vmr 3.91e-04 column o3 vmr 2.75e-08 layer troposphere Pbase 550 mbar # z = 4418 m Tbase 245.1 K column dry_air vmr column h2o vmr 5.47e-04 column o3 vmr 2.56e-08 layer troposphere Pbase 600 mbar # z = 3789 m Tbase 248.4 K column dry_air vmr column h2o vmr 7.28e-04 column o3 vmr 2.43e-08 layer troposphere Pbase 650 mbar # z = 3198 m Tbase 251.8 K column dry_air vmr column h2o vmr 9.47e-04 column o3 vmr 2.36e-08 layer troposphere Pbase 700 mbar # z = 2642 m Tbase 255.1 K column dry_air vmr column h2o vmr 1.23e-03 column o3 vmr 2.31e-08 layer troposphere Pbase 725 mbar # z = 2376 m Tbase 256.9 K column dry_air vmr column h2o vmr 1.49e-03 column o3 vmr 2.29e-08 layer troposphere Pbase 750 mbar # z = 2118 m Tbase 258.3 K column dry_air vmr column h2o vmr 1.69e-03 column o3 vmr 2.27e-08 layer troposphere Pbase 775 mbar # z = 1867 m Tbase 259.6 K column dry_air vmr column h2o vmr 1.88e-03 column o3 vmr 2.25e-08 layer troposphere Pbase 800 mbar # z = 1624 m Tbase 260.8 K column dry_air vmr column h2o vmr 2.09e-03 column o3 vmr 2.22e-08 layer troposphere Pbase 825 mbar # z = 1387 m Tbase 262.0 K column dry_air vmr column h2o vmr 2.30e-03 column o3 vmr 2.20e-08 layer troposphere Pbase 850 mbar # z = 1156 m Tbase 263.2 K column dry_air vmr column h2o vmr 2.52e-03 column o3 vmr 2.17e-08 layer troposphere Pbase 875 mbar # z = 931 m Tbase 264.2 K column dry_air vmr column h2o vmr 2.76e-03 column o3 vmr 2.15e-08 layer troposphere Pbase 900 mbar # z = 711 m Tbase 265.3 K column dry_air vmr column h2o vmr 3.02e-03 column o3 vmr 2.12e-08 layer troposphere Pbase 925 mbar # z = 497 m Tbase 266.4 K column dry_air vmr column h2o vmr 3.32e-03 column o3 vmr 2.10e-08 layer troposphere Pbase 950 mbar # z = 288 m Tbase 267.7 K column dry_air vmr column h2o vmr 3.61e-03 column o3 vmr 2.08e-08 layer troposphere Pbase 975 mbar # z = 104 m Tbase 268.7 K column dry_air vmr column h2o vmr 3.83e-03 column o3 vmr 2.05e-08