string(20) "getArticlesByAuthors" Erkimbaev A.O. - article list | energy.ihed.ras.ru

Erkimbaev A.O. - article list

Author index, Е, rticle author

Thermophysical properties of nanoobjects: Data classification and validity evaluation
Eletskii A.V., Erkimbaev A.O., Zitserman V.Yu., G.A.Kobzev, Trakhtengerts M.S.
Systematization of data on the physical and chemical properties and application of carbon nanostructures
Erkimbaev A.O., Zitserman V.Yu., G.A.Kobzev
Analysis of models of high-temperature deformation and oxidation of fuel element claddings in emergency situations
Artemov V.I., Yan'kov G.G., Karpov v.E., Erkimbaev A.O.
Analysis of models of high-temperature deformation and oxidation of fuel element claddings in emergency situation
Artemov V.I., Yan'kov G.G., Karpov v.E., Erkimbaev A.O.
Theoretical interpretation of the experimental dependences of the rate of pyrocarbon and diamond growth from the mixture of gaseous hydrocarbons on its composition
Erkimbaev A.O., Semenov A.M.
The stabilization of pyrocarbon layer growth for various models of crystallite formation
Agaev Kh.M., Vinskovskaya I.V., Erkimbaev A.O., Mika V.I., Semenov A.M.
The kinetic model of pyrocarbon formation from a mixture of material-forming gases
Erkimbaev A.O., Semenov A.M.
Kinetics of pyrocarbon film formation with a simultaneous growth of layers
Agaev Kh.M., Erkimbaev A.O., Petrina N.Yu., Semenov A.M.
Model of finite crystallite growth to describe the kinetics of formation of pyrolytic carbon. Kinetic equation
Erkimbaev A.O., Semenov A.M.
Limited-growth model of crystalline grains for describing the kinetics of pyrocarbon formation. II. Numerical results
Erkimbaev A.O., Semenov A.M.
A model of independently growing crystallites for describing the kinetics of formation of pyrographite
Erkimbaev A.O., Mika V.I., Semenov A.M.
Experience of thermophysical database development using modern information technologies (review)
Belov G.V., Erkimbaev A.O., Zitserman V.Yu., G.A.Kobzev, Morozov I.V.

The journal publishes original papers and reviews in properties and processes in low-temperature plasmas; thermophysical properties of substances including pure materials, mixtures and alloys; phase equilibria; heat and mass transfer phenomena in particular by forced and free convections, boiling and condensation processes, radiation and complex heat transfer; methods and instruments of experimental techniques; high temperature installations and equipment for power engineering applications and more.

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