Authors: SULIMOV AA ERMOLAEV BS

Citation: Aa. Sulimov et Bs. Ermolaev, QUASI-STEADY CONVECTIVE BURNING OF LOW-POROSITY ENERGETIC MATERIALS, CHEMICAL PHYSICS REPORTS, 16(9), 1997, pp. 1573-1601

Authors: KHRAPOVSKII VE SULIMOV AA ERMOLAEV BS

Citation: Ve. Khrapovskii et al., DEFLAGRATION-TO-DETONATION TRANSITION IN POROUS ENERGETIC MATERIALS ATTENDED BY FORMATION OF A SECONDARY PRESSURE WAVE, CHEMICAL PHYSICS REPORTS, 16(11), 1997, pp. 2053-2070

Authors: SULIMOV AA ERMOLAEV BS

Citation: Aa. Sulimov et Bs. Ermolaev, QUASI-STEADY CONVECTIVE BURNING OF LOW-POROSITY ENERGETIC MATERIALS, CHEMICAL PHYSICS REPORTS, 16(10), 1997, pp. 1831-1859

Authors: KHASAINOV BA ERMOLAEV BS PRESLES HN VIDAL P

Citation: Ba. Khasainov et al., ON THE EFFECT OF GRAIN-SIZE ON SHOCK SENSITIVITY OF HETEROGENEOUS HIGH EXPLOSIVES, Shock waves, 7(2), 1997, pp. 89-105

Authors: PRESLES HN VIDAL P GOIS JC KHASAINOV BA ERMOLAEV BS

Citation: Hn. Presles et al., INFLUENCE OF GLASS MICROBALLOONS SIZE ON THE DETONATION OF NITROMETHANE BASED MIXTURES, Shock waves, 4(6), 1995, pp. 325-329

Authors: BELYAEV AA ERMOLAEV BS POSVYANSKII VS KHASAINOV BA

Citation: Aa. Belyaev et al., QUALITATIVE PROPERTIES OF THE MECHANISM C REATING LOW-SPEED DETONATION IN THE TRANSITION FROM BURNING TO EXPLOSION IN SOLID EXPLOSIVES, Himiceskaa fizika, 12(5), 1993, pp. 717-719