Abstract
The methodology of calculating transport radiation, which is a part of simulating gas dynamics in the problems of inertial confinement fusion (ICF), under the essential role of intrinsic radiation by plasma, is described. The results of the calculation obtained with the help of the LATRANT program complex are compared with experimental data in the PALS system. The optical database DESOPLA formed on the model DESNA is used in the framework of the LATRANT program complex. The role of radiation and respectively of the optical database in ICF problems is discussed. The results of numerical calculations of oxygen optical properties obtained with the help of the DESNA model, plasma ion model (IM), and also with the model, which is based on the relativistic Hartree-Fock equations in the frames of Detail Configuration Accounting (LEDCOP code), are presented.
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