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Results: 1-11 |
Results: 11
A DIFFUSION-DEFORMATION MODEL FOR THE GROWTH OF A SPHERICAL NUCLEUS OF A SOLID-STATE REACTION-PRODUCT
Authors: KNYAZEVA AG DONSKAYA YG
Citation: Ag. Knyazeva et Yg. Donskaya, A DIFFUSION-DEFORMATION MODEL FOR THE GROWTH OF A SPHERICAL NUCLEUS OF A SOLID-STATE REACTION-PRODUCT, Combustion, explosion, and shock waves, 33(2), 1997, pp. 168-182
MODES OF THE DISTRIBUTION OF REACTION FRO NTS IN COUPLED THERMOMECHANICAL MODEL OF SOLID-PHASE COMBUSTION
Authors: TIMOKHIN AM KNYAZEVA AG
Citation: Am. Timokhin et Ag. Knyazeva, MODES OF THE DISTRIBUTION OF REACTION FRO NTS IN COUPLED THERMOMECHANICAL MODEL OF SOLID-PHASE COMBUSTION, Himiceskaa fizika, 15(10), 1996, pp. 85-100
DEVELOPMENT OF A DIFFUSION-CONTROLLED SOLID-STATE REACTION FROM AN INITIAL NUCLEUS
Authors: KNYAZEVA AG
Citation: Ag. Knyazeva, DEVELOPMENT OF A DIFFUSION-CONTROLLED SOLID-STATE REACTION FROM AN INITIAL NUCLEUS, Combustion, explosion, and shock waves, 32(4), 1996, pp. 420-423
APPROXIMATE ESTIMATES OF THE CHARACTERISTICS OF PROPELLANT IGNITION USING RADIANT-FLUX THROUGH SHIELDS WITH VARIOUS PROPERTIES
Authors: KNYAZEVA AG
Citation: Ag. Knyazeva, APPROXIMATE ESTIMATES OF THE CHARACTERISTICS OF PROPELLANT IGNITION USING RADIANT-FLUX THROUGH SHIELDS WITH VARIOUS PROPERTIES, Combustion, explosion, and shock waves, 32(1), 1996, pp. 22-35
MODELING OF COMBUSTION OF ENERGETIC MATERIALS WITH CHEMICALLY-INDUCEDMECHANICAL PROCESSES
Authors: KNYAZEVA AG ZARKO VE
Citation: Ag. Knyazeva et Ve. Zarko, MODELING OF COMBUSTION OF ENERGETIC MATERIALS WITH CHEMICALLY-INDUCEDMECHANICAL PROCESSES, Journal of propulsion and power, 11(4), 1995, pp. 791-803
DESTRUCTION OF THE SURFACE-LAYER OF NITROGLYCERIN POWDER DURING IGNITION AT VARIOUS INITIAL TEMPERATURES
Authors: KNYAZEVA AG KUZNETSOV VT
Citation: Ag. Knyazeva et Vt. Kuznetsov, DESTRUCTION OF THE SURFACE-LAYER OF NITROGLYCERIN POWDER DURING IGNITION AT VARIOUS INITIAL TEMPERATURES, Combustion, explosion, and shock waves, 31(4), 1995, pp. 411-418
STATIONARY WAVE OF A CHEMICAL-REACTION IN A DEFORMABLE MEDIUM WITH FINITE RELAXATION-TIME OF THE HEAT-FLUX
Authors: KNYAZEVA AG DYUKAREV EA
Citation: Ag. Knyazeva et Ea. Dyukarev, STATIONARY WAVE OF A CHEMICAL-REACTION IN A DEFORMABLE MEDIUM WITH FINITE RELAXATION-TIME OF THE HEAT-FLUX, Combustion, explosion, and shock waves, 31(3), 1995, pp. 304-312
VELOCITY OF THE SIMPLEST SOLID-PHASE CHEMICAL-REACTION FRONT AND INTERNAL MECHANICAL STRESSES
Authors: KNYAZEVA AG
Citation: Ag. Knyazeva, VELOCITY OF THE SIMPLEST SOLID-PHASE CHEMICAL-REACTION FRONT AND INTERNAL MECHANICAL STRESSES, Combustion, explosion, and shock waves, 30(1), 1994, pp. 43-53
HOT-SPOT THERMAL-EXPLOSION IN DEFORMED SOLIDS
Authors: KNYAZEVA AG
Citation: Ag. Knyazeva, HOT-SPOT THERMAL-EXPLOSION IN DEFORMED SOLIDS, Combustion, explosion, and shock waves, 29(4), 1993, pp. 419-428
NUMERICAL-SIMULATION OF TRANSIENTS IN THE IGNITION OF 2-COMPONENT PROPELLANTS BY INTENSE HEAT FLUXES
Authors: KNYAZEVA AG ZARKO VE
Citation: Ag. Knyazeva et Ve. Zarko, NUMERICAL-SIMULATION OF TRANSIENTS IN THE IGNITION OF 2-COMPONENT PROPELLANTS BY INTENSE HEAT FLUXES, Combustion, explosion, and shock waves, 29(3), 1993, pp. 266-269
COMBUSTION WAVE-PROPAGATION THROUGH DEFORMED SOLIDS
Authors: KNYAZEVA AG
Citation: Ag. Knyazeva, COMBUSTION WAVE-PROPAGATION THROUGH DEFORMED SOLIDS, Combustion, explosion, and shock waves, 29(3), 1993, pp. 299-303
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