The MIPAS profiles are at 1 km spacing which is probably too fine for most
purposes. A suggestion is to use
hgt_std.atm as first file in the
*ATM section to define a coarser grid.
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FASCODE/ICRCCM Model Atmospheres (c.1980)
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Source:
| Profiles distributed with FASCODE, originally from ICRCCM project
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Contents:
| T, p, H2O, CO2, O3, N2O, CO, CH4, and O2
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Grid:
| 50 levels from 0–120 km, spacing from 1km to 5km at top.
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CO2:
| Stratospheric values 330ppmv appropriate for early 1980's
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Files:
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MIPAS Model Atmospheres (2001)
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Source:
| U.Leicester, to support MIPAS investigations
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Contents:
| T, p, N2, O2, CO2, O3, H2O, CH4, N2O, HNO3, CO, NO2, N2O5, ClO, HOCl,
ClONO2, NO, HNO4, HCN, NH3, F11, F12, F14, F22, CCl4, COF2, H2O2,
C2H2, C2H6, OCS, SO2 and SF6
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Grid:
| 121 levels from 0–120 km at 1 km spacing
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CO2:
| Stratospheric values 363ppmv appropriate for 2001
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Files:
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day.atm
| Mid-Latitude, day-time (similar to US Std)
| ngt.atm
| Mid-Latitude, night-time
| win.atm
| Polar Winter
| sum.atm
| Polar Summer
| equ.atm
| Equatorial, day-time
| extra.atm
| 6 additional species not included in the above
(F13,F21, F113, F114, F115 and CH3Cl)
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Extended MIPAS Model Atmospheres (2011)
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Source:
| IMK/IAA to support MIPAS non-LTE investigations
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Contents:
| T, p, H2O, CO2, O3, N2O, CO, CH4, O2, NO, NO2, HNO3, OH, CLO, N2, HCN,
NO2, and O.
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Grid:
| 201 levels from 0–200 km at 1 km spacing
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CO2:
| Stratospheric values 368ppmv appropriate for 2005
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Files:
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