The influence of sub-micronic and nano-dimensional metal particles on the characteristics of convection burning of composite monoblock fuels is studied. Burning was studied for the conditions of a closed manometrical bomb, using an original technique. The increase in speed of burning can reach five times with a simultaneous quadruple reduction of the pressure of failure. This makes it possible to develop stratified combined monoblock charges with extraordinary high regulation of the gas formation velocity along their length.
|
