Sentences with phrase «line radiative transfer model»

The Line - by - Line Radiative Transfer Model (LBLRTM) is a product of Atmospheric and Environmental Research, Incorporated (AER).

The answer is not likely in line by line radiative transfer models but in ocean dynamics including equator to pole circulations.

There have been other studies using line - by - line radiative transfer models (see e.g., Myhre et al 1998) that come to the answer you give, which gives a simple approximation as ~ 5.35 ln (C / Co), where the units are now in W / m2 and C and Co are the final and initial CO2 concentrations.

Not exact matches

The LBLRTM is based on the FASCODE line - by - line model, wherein the radiative transfer aspect of the code has been substantially rewritten to support operation on vector processing platforms.

It's also the case that the results for the radiative transfer equations will have a certain amount of error using «band models» compared with the «line by line» (LBL) codes for all trace gases.

If I were choosing a model to describe with as much quantitative fidelity as possible the greenhouse effect in the earth's atmosphere, then the model I would choose would be a state - of - the - art convective - radiative transfer code using the actual composition and empirical absorption / emission lines for the atmospheric constituents.

Although Collins et al. does point out that many of the climate models radiative transfer codes do not compare well with the line by line models for CO2 doubling.

In the thread on Confidence in Radiative Transfer Models, we argued that line - by - line radiative transfer codes and the best band models can accurately simulate clear sky (no clouds, aerosols) infrared radiation fluxes at the surface provided that the vertical profiles of atmospheric temperature and trace gas concentrations are specified acRadiative Transfer Models, we argued that line - by - line radiative transfer codes and the best band models can accurately simulate clear sky (no clouds, aerosols) infrared radiation fluxes at the surface provided that the vertical profiles of atmospheric temperature and trace gas concentrations are specified accTransfer Models, we argued that line - by - line radiative transfer codes and the best band models can accurately simulate clear sky (no clouds, aerosols) infrared radiation fluxes at the surface provided that the vertical profiles of atmospheric temperature and trace gas concentrations are specified accurModels, we argued that line - by - line radiative transfer codes and the best band models can accurately simulate clear sky (no clouds, aerosols) infrared radiation fluxes at the surface provided that the vertical profiles of atmospheric temperature and trace gas concentrations are specified acradiative transfer codes and the best band models can accurately simulate clear sky (no clouds, aerosols) infrared radiation fluxes at the surface provided that the vertical profiles of atmospheric temperature and trace gas concentrations are specified acctransfer codes and the best band models can accurately simulate clear sky (no clouds, aerosols) infrared radiation fluxes at the surface provided that the vertical profiles of atmospheric temperature and trace gas concentrations are specified accurmodels can accurately simulate clear sky (no clouds, aerosols) infrared radiation fluxes at the surface provided that the vertical profiles of atmospheric temperature and trace gas concentrations are specified accurately.