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

Shlenskii O.F. - article list

Author index, Ш, rticle author

Determination of the coefficient of the temperature sensitivity of the burning rate for condensed systems from the heat conduction equation
Shlenskii O.F., Shcherbak N.B., Lyasnikova N.N.
Mathematical simulation of the front processes of combustion of condensed systems in view of the velocity of propagation of heat
Shlenskii O.F., Shcherbak N.B., Lyasnikova N.N.
High-rate pyrolysis of butadiene rubber
Shlenskii O.F.
The variation of the parameters of front processes of thermal decomposition of condensed systems in the vicinity of the limit of thermodynamic stability
Shlenskii O.F.
Necessary conditions of attainable superheating of the surface of nonvolatile condensed systems under intense heating
Shlenskii O.F.
Determination of the vapor pressure and rate of evaporation of thin layers of highly superheated liquids
Shlenskii O.F., Ievleva N.M., Lyasnikova N.N.
The effect of mechanical attacks on the achievable superheating and conditions of incipient boiling of metastable liquids
Shlenskii O.F., Sokolov-Borodkin E.S.
Some results of investigation of the kinetics of thermal decomposition and evaporation of highly superheated materials
Khishchenko K.V., Rogatkin D.A., Yundev D.N., Lomonosov I.V., Shlenskii O.F.
The effect of a reduced nucleation rate in thin liquid films and its application to studies of the properties of superheated substances
Shlenskii O.F., Yundev D.N.
The possibility of determining attainable overheat temperatures of condensed materials with nonpolymeric structures by using contact heaters
Shlenskii O.F., Yundev D.N.
Application of television and motion-picture techniques for studying the kinetics of thermolysis and vaporization of thin-layers of matter
Yundev D.N., Lash A.A., Shlenskii O.F., Vainshtein ?.F., Vishnevskii G.E.
Shlenskii O.F.
Shlenskii O.F., Ostrovskii G.E., Menchev Yu.P.

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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