Add to ORKGThis study deals with: Numerical analysis of the accuracy of recent models for atmospheric molecular absorption, in particular, studies of line mixing, line narowing (Dicke effect) and line shift effects; Establishment of a radiative transfet code for the computation of non-LTE outgoing radiation in the infrared spectrum; Analysis of up-to-date accuracy of initial spectroscopic information and its influence on outgoing radiation calculations in different spectral domains; Numerical investigations of the errors due to calculations of transmittance and outgoing radiation by k-distribution method. The investigations performed permit a more accurate estimate of up-to-date methods and algorithms for the calculation of atmospheric radiative trans...
The Reference Forward Model (RFM) is a general purpose line-by-line radiative transfer model, curren...
One expose a survey of the works concerning molecular absorption of infrared radiation for atmospher...
Abstract—Infrared active molecular species residing within the atmosphere cause the emerging thermal...
An extensive literature survey of recent developments in the field of radiative transfer has been do...
We compare a number of radiative transfer models for atmospheric sounding in the millimeter and subm...
This thesis deals with absorption models of water vapor, oxygen and nitrogen which are part of the A...
This thesis deals with absorption models of water vapor, oxygen and nitrogen which are part of the A...
The latest release of a high-resolution transmission molecular absorption database along with two im...
Attempts to proffer solutions to radiative transfer equations have always been impeded due principal...
The atmospheric radiation flow is a complex dynamical process underpinned by interaction with partic...
A Planetary Fourier Spectrometer (PFS) onboard a future Mars mission will record a big amount of dat...
When retrieving atmospheric parameters from radiance spectra, the forward modelling of radiative tra...
Author Institution: Laboratoire de Photophysique Mol\'{e}culaire, C.N.R.S., B\^{a}t. 350, Universit\...
One of the major differences in radiative-transfer modeling in the atmospheres of Earth and other pl...
AbstractThe Reference Forward Model (RFM) is a general purpose line-by-line radiative transfer model...
The Reference Forward Model (RFM) is a general purpose line-by-line radiative transfer model, curren...
One expose a survey of the works concerning molecular absorption of infrared radiation for atmospher...
Abstract—Infrared active molecular species residing within the atmosphere cause the emerging thermal...
An extensive literature survey of recent developments in the field of radiative transfer has been do...
We compare a number of radiative transfer models for atmospheric sounding in the millimeter and subm...
This thesis deals with absorption models of water vapor, oxygen and nitrogen which are part of the A...
This thesis deals with absorption models of water vapor, oxygen and nitrogen which are part of the A...
The latest release of a high-resolution transmission molecular absorption database along with two im...
Attempts to proffer solutions to radiative transfer equations have always been impeded due principal...
The atmospheric radiation flow is a complex dynamical process underpinned by interaction with partic...
A Planetary Fourier Spectrometer (PFS) onboard a future Mars mission will record a big amount of dat...
When retrieving atmospheric parameters from radiance spectra, the forward modelling of radiative tra...
Author Institution: Laboratoire de Photophysique Mol\'{e}culaire, C.N.R.S., B\^{a}t. 350, Universit\...
One of the major differences in radiative-transfer modeling in the atmospheres of Earth and other pl...
AbstractThe Reference Forward Model (RFM) is a general purpose line-by-line radiative transfer model...
The Reference Forward Model (RFM) is a general purpose line-by-line radiative transfer model, curren...
One expose a survey of the works concerning molecular absorption of infrared radiation for atmospher...
Abstract—Infrared active molecular species residing within the atmosphere cause the emerging thermal...