The interaction between plasma jet of a capillary discharge and transverse supersonic air flow A. P. ErshovE. B. KolesnikovV. M. Shibkov Plasma Investigations Pages: 580 - 587
The dynamics of expansion of gas and condensed particles under conditions of local laser heating of metal surface N. M. KuznetsovYu. K. Karasevich Plasma Investigations Pages: 588 - 594
The effect of plasma-generating gas pressure on the parameters of activated thermionic cathode B. D. Tsydypov Plasma Investigations Pages: 595 - 600
The formation of a multichannel structure of surface discharge in noble gases K. K. Trusov Plasma Investigations Pages: 601 - 612
A laser optoacoustic method of inducing high-energy states and the investigation of phase transitions in metals at high pressures A. A. KarabutovA. G. Kaptil’nyiA. Yu. Ivochkin Thermophysical Properties of Materials Pages: 613 - 620
The modified Simon equation and some properties of substances on the melting line M. Z. FaizullinV. P. Skripov Thermophysical Properties of Materials Pages: 621 - 627
An investigation of metastable states of binary mixtures in the neighborhood of spinodal using the integral equation method I. A. FakhretdinovE. R. Zhdanov Thermophysical Properties of Materials Pages: 628 - 631
The correlation between electrical resistivity of metals and thermal deformation D. K. PalchaevZh. Kh. MurlievaK. K. Kazbekov Thermophysical Properties of Materials Pages: 632 - 638
The optical properties of high-porosity calcium fluoride ceramics S. S. MoiseevV. A. PetrovS. V. Stepanov Thermophysical Properties of Materials Pages: 639 - 644
Heat Capacity and thermodynamic functions of DyMeIICr2O5.5(MeII-Mg, Ca) in the range from 298.15 to 673 K B. B. TumataevaSh. B. KasenovaS. Zh. Davrenbekov Thermophysical Properties of Materials Pages: 645 - 648
The effect of turbulence on steady and unsteady spontaneous condensation of steam in transonic nozzles A. R. AvetisyanL. I. ZaichikG. A. Filippov Heat and Mass Transfer and Physical Gasdynamics Pages: 649 - 656
The wave characteristics of a nonisothermal film of liquid under conditions of jets forming on its surface E. A. ChinnovA. D. NazarovA. F. Serov Heat and Mass Transfer and Physical Gasdynamics Pages: 657 - 664
The shock-wave mechanism of spontaneous ignition of hydrogen under conditions of sudden efflux from reservoir at high pressure T. V. BazhenovaM. V. BraginM. F. Ivanov Heat and Mass Transfer and Physical Gasdynamics Pages: 665 - 672
Calculation of radiative-convective heat transfer in the combustor of diesel engine R. Z. KavtaradzeA. I. GaivoronskiiA. V. Shibanov Heat and Mass Transfer and Physical Gasdynamics Pages: 673 - 680
An investigation of the characteristics of conjugate heat and mass transfer under conditions of injection of gas and thermochemical destruction of a body subjected to flow V. I. ZinchenkoK. N. EfimovA. S. Yakimov Heat and Mass Transfer and Physical Gasdynamics Pages: 681 - 687
The evolution of an aerosol cloud under conditions of diffusion mixing with gas I. M. BayanovI. R. KhamidullinV. Sh. Shagapov Heat and Mass Transfer and Physical Gasdynamics Pages: 688 - 693
Equations of dynamics and heat transfer of incompressible liquid in Cartesian-helical coordinates Yu. N. TokarevA. T. Komov Heat and Mass Transfer and Physical Gasdynamics Pages: 694 - 702
Experimental investigations of a closed-loop oscillating heat pipe V. I. DmitrinYu. F. Maidanik Heat and Mass Transfer and Physical Gasdynamics Pages: 703 - 707
Studies into the modification of the composition of impurities of natural quartz particles in a dispersed plasma flow L. A. BorisovYu. M. GrishinM. V. Kutyrev Heat and Mass Transfer and Physical Gasdynamics Pages: 708 - 712
Determination of the characteristic velocities of a set of hydrodynamic equations for bubble flow B. L. Kantsyrev Heat and Mass Transfer and Physical Gasdynamics Pages: 713 - 716
Thermal evolution of a fan submitted to high temperature in a confined environment N. LaraqiJ. M. García de MaríaA. Baïri Heat and Mass Transfer and Physical Gasdynamics Pages: 717 - 724
A 200–500-W transformer-type inductive light source operated at a frequency of 150–400 kHz O. A. PopovR. T. Chandler High Temperature Apparatuses and Structures Pages: 725 - 730