Titlebook: Initiation and Flame Propagation in Combustion of Gases and Pyrophoric Metal Nanostructures; Nikolai M. Rubtsov,Boris S. Seplyarskii,Micha

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Gas-Dynamic Factors in Combustion Processes, a confuser, but it penetrates only through the central opening of a diffuser, even if there are additional openings on the cone elements. The numerical modeling performed using compressible dimensionless reactive Navier–Stokes equations in a low Mach number approximation made it possible to qualita

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Ignition and Passivation of Nanopowders and Compact Samples Made of Nanopowders,s the further stability of nanoparticles at room temperature. It is shown that the samples of Ni nanoparticles passivated in dry air contain only nickel. By means of the scanning electronic microscopy and AES method, it is established that passivation at the temperature lower than 0?°C prevents aggl

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Gas-Dynamic Factors in Combustion Processes,led that the penetration limit increases with an increase in the number of obstacles with asymmetrical openings. In this, the penetration limit for two and three asymmetrical obstacles can be lowered by changing the first obstacle toward the direction of flame propagation by the obstacle with a symm

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Ignition and Combustion of the Mixtures of Hydrogen and Hydrocarbons with Air and Oxygen Over Nobleeaction and in the occurrence of local ignition centers on the foil, from which combustion wave propagates. It was experimentally shown that the temperature of the ignition limit over Pd at .?=?1.75?atm, measured with a bottom-up approach by temperature, of the mixtures 30% methane?+?70% hydrogen?+?

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Initiation and Flame Propagation in Combustion of Gases and Pyrophoric Metal Nanostructures