Future developments in the physics of combustion and explosions M. A. Lavrent'ev BriefCommunication Pages: 1 - 2
Shock tube for investigating one-dimensional waves in liquids M. I. VorotnikovaV. K. KedrinskiiR. I. Soloukhin OriginalPaper Pages: 3 - 9
Autoignition in methane-chlorine mixtures A. A. BorisovS. M. KogarkoG. I. Skachkov OriginalPaper Pages: 10 - 17
Combustion of model fuel-oxidizer mixtures A. F. BelyaevYu. A. KondrashkovS. A. Tsyganov OriginalPaper Pages: 18 - 21
Burning velocity in a turbulent stream of a homogeneous mixture L. S. KozachenkoI. L. Kuznetsov OriginalPaper Pages: 22 - 30
Diffusion combustion in a turbulent compressible gas flow Sh. A. ErshinL. P. Yarin OriginalPaper Pages: 37 - 42
Laws of thermal explosion with constant heating rate A. G. MerzhanovA. G. Strunina OriginalPaper Pages: 43 - 52
Thermal explosion time characteristics for self-accelerating reactions S. I. Khudyaev OriginalPaper Pages: 53 - 57
Spectroscopic investigation of a plane methane-air flame in an electric field V. A. PopovA. V. Sheklein BriefCommunication Pages: 58 - 59
Shock wave calculations for explosions in solid media V. M. GogolevV. G. MyrkinG. I. Yablokova OriginalPaper Pages: 60 - 65
Experimental determination of the rate of stress relief in soils during dynamic processes Z. V. Narozhnaya OriginalPaper Pages: 66 - 69
Laws of ignition of particles of homogeneous explosives in a heated gas Yu. M. Grigor'evE. I. MaksimovA. G. Merzhanov OriginalPaper Pages: 70 - 76
Structural changes in neodymium oxide in shock loading experiments S. S. BatsanovA. A. Deribas OriginalPaper Pages: 77 - 80
Low-velocity detonation in powder explosives A. K. ParfenovA. Ya. Apin Brief Communications Pages: 81 - 82
Experimental investigation of the total impulse of a contact explosion against an underground obstacle L. I. KoshelevN. N. PopovP. I. Yartsev Brief Communications Pages: 83 - 83
Schlieren method of measuring a density jump in a shock wave R. I. Soloukhin Brief Communications Pages: 84 - 85
Motion of a liquid near a free surface under the influence of a shock wave A. M. BoldarevYu. A. Popov Brief Communications Pages: 86 - 87