A suite of programs MIRART (Modular InfraRed Atmospheric Radiative Transfer) for high resolution infrared atmospheric radiative transfer calculations has been developed with emphasis on efficient and reliable numerical algorithms and a modular approach appropriate for simulation and/or retrieval in a variety of applications. The code has been carefully tested in the framework of two extensive intercomparisons. Molecular weighting functions are implemented by means of automatic differentiation
An intercomparison of three line-by-line (lbl) codes developed independently for atmospheric soundin...
A semi-operational computational tool for the quantitative spectroscopic analysis of the atmosphere'...
The K-distribution method is a fast approximative method used for calculating thermal infrared radia...
A suite of programs for high resolution infrared atmospheric radiative transfer calculations has bee...
A suite of programs for high resolution infrared atmospheric radiative transfer modeling has been d...
This paper describes a new fast line-by-line radiative transfer scheme which computes top of the atm...
The Karlsruhe Optimized and Precise Radiative transfer Algorithm (KOPRA) is a FORTRAN90 computer cod...
A computer program was designed for the calculation of infrared radiation fluxes and flux divergence...
AbstractA suite of programs for high resolution infrared-microwave atmospheric radiative transfer mo...
Despite of significant advances of computational power, line-by-line modeling of molecular absorptio...
International audience1-D radiative transfer code MOMO (Matrix-Operator Model), has been extended fr...
Introduction to the physics of atmospheric radiation and remote sensing including use of computer co...
Using our decades-long experience in radiative transfer (RT) code development for Earth science, we ...
Py4CAtS — Python scripts for Computational ATmospheric Spectroscopy is a Python re-implementation of...
Jacobians, i.e. partial derivatives of the radiance and transmission spectrum with respect to the at...
An intercomparison of three line-by-line (lbl) codes developed independently for atmospheric soundin...
A semi-operational computational tool for the quantitative spectroscopic analysis of the atmosphere'...
The K-distribution method is a fast approximative method used for calculating thermal infrared radia...
A suite of programs for high resolution infrared atmospheric radiative transfer calculations has bee...
A suite of programs for high resolution infrared atmospheric radiative transfer modeling has been d...
This paper describes a new fast line-by-line radiative transfer scheme which computes top of the atm...
The Karlsruhe Optimized and Precise Radiative transfer Algorithm (KOPRA) is a FORTRAN90 computer cod...
A computer program was designed for the calculation of infrared radiation fluxes and flux divergence...
AbstractA suite of programs for high resolution infrared-microwave atmospheric radiative transfer mo...
Despite of significant advances of computational power, line-by-line modeling of molecular absorptio...
International audience1-D radiative transfer code MOMO (Matrix-Operator Model), has been extended fr...
Introduction to the physics of atmospheric radiation and remote sensing including use of computer co...
Using our decades-long experience in radiative transfer (RT) code development for Earth science, we ...
Py4CAtS — Python scripts for Computational ATmospheric Spectroscopy is a Python re-implementation of...
Jacobians, i.e. partial derivatives of the radiance and transmission spectrum with respect to the at...
An intercomparison of three line-by-line (lbl) codes developed independently for atmospheric soundin...
A semi-operational computational tool for the quantitative spectroscopic analysis of the atmosphere'...
The K-distribution method is a fast approximative method used for calculating thermal infrared radia...