Loading [MathJax]/jax/output/HTML-CSS/jax.js

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

Savvatimskiy A.I. - article list

Author index, С, rticle author

Investigation of the high-temperature properties of zirconium nitride by impulse current heating method
Onufriev S.V., Kondratiev A.M., Savvatimskiy A.I., Val'yano G.E., Muboyadzyan S.A.
The electrical resistivity of liquid carbon under rapid heating of dense isotropic graphite in different media
Knjazkov A.M., Savvatimskiy A.I.
Zirconium temperature measurements from the melting point to $4100$ K involving the use of blackbody models in the liquid state
Korobenko V.N., Savvatimskiy A.I.
Temperature dependence of the density and electrical resistivity of liquid zirconium up to $4100$ K
Korobenko V.N., Savvatimskiy A.I.
Specific heat capacity of liquid zirconium up to $4100$ K
Korobenko V.N., Savvatimskiy A.I.
The density of liquid hafnium from the melting point to the boiling point
Savvatimskiy A.I., Korobenko V.N.
Pecularities of high-temperature properties of HAPG graphite within the melting region
Onufriev S.V., Savvatimskiy A.I.
Heat capacity of liquid hafnium from the melting point to the boiling point at atmospheric pressure
Korobenko V.N., Polyakova O.A., Savvatimskiy A.I.
Electrical resistivity of liquid carbon
Korobenko V.N., Savvatimskiy A.I.
Properties of solid and liquid zirconium
Korobenko V.N., Savvatimskiy A.I.
Electrical resistivity and enthalpy of nickel and its alloys in the solid and liquid states
Korobenko V.N., Savvatimskiy A.I.
Thermophysical properties of multicomponent nickel-chromium alloy VSDP-3 upon melting and in the liquid phase
Savvatimskiy A.I., Onufriev S.V., Muboyadzyan S.A., Seredkin N.N., Konyukhov S.A.
Lebedev S.V., Lukin B.V., Rautbort A.E., Savvatimskiy A.I.
Disappearance of the electrical conductivity of a metal due to intense heating by high-density current
Lebedev S.V., Savvatimskiy A.I.
Measurement of latent heats of fusion for refractory metals
Lebedev S.V., Savvatimskiy A.I., Smirnov Yu.B.
Lebedev S.V., Savvatimskiy A.I., Stepanova N.V.
Specific-heat of solid and liquid niobium up to $5000$ -degrees-K
Mozharov G.I., Savvatimskiy A.I.
“Energy anomalies” in the electrical explosion of conductors
Lebedev S.V., Savvatimskiy A.I.
Features of the electrical-resistivity of liquid tungsten under conditions of restricted volume and of free expansion
Ivanov V.V., Lebedev S.V., Savvatimskiy A.I.
Ivanov V.V., Lebedev S.V., Savvatimskiy A.I.
Measuring the specific heat of conducting substances in conditions of microsecond heating with a current pulse
Onufriev S.V., Savvatimskiy A.I.
Specific heat of liquid iron from the melting point to the boiling point
Savvatimskiy A.I., Onufriev S.V.
Electrical resistance of the most refractory carbide $\rm Ta_{0.8}\rm Hf_{0.2}\rm C$ in the solid and liquid states $(2000$ – $5000$ K $)$
Savvatimskiy A.I., Onufriev S.V.
Savvatimskiy A.I.
Electrical resistivity of liquid gadolinium $($ with carbon content of $29$ at $\%)$ at temperatures of $2000$ – $4250$ K
Savvatimskiy A.I., Onufriev S.V., Val'yano G.E., Kireeva A.N., Patrikeev Yu.B.
Specific heat of liquid zirconium carbide $\rm ZrC_{0.95}$ at temperatures up to $5000$ K
Aristova N.M., Onufriev S.V., Savvatimskiy A.I.
Resistivity of refractory carbides $(\rm ZrC$ , $\rm HfC$ , and $\rm TaC + \rm HfC)$ in the solid and liquid states
Savvatimskiy A.I., Onufriev S.V.
Savvatimskiy A.I.
Thermophysical properties of high-entropy carbide $(\rm HfTaTiNbZr)\rm C$ at temperatures of $2500$ – $5500$ K
Savvatimskiy A.I., Onufriev S.V., Sedegov A.S., Yudin S.N., Moskovskikh D.O.
Specific heat of refractory metals close to the melting point, measured in the course of rapid heating
Lebedev S.V., Savvatimskiy A.I., Sheindlin M.A.
Onufriev S.V., Savvatimskiy A.I.

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.

Subscribe