Nanoenergetic Material Composite Powders and Their Thermal Ignition for Gas Generator

摘要

The present invention relates to a process for producing a nano-sized nano-sized nano-composite material, which is used in combination with an azide-based sodium niobate (NaN ₃ ) / nano-high energy material to lower the internal pressure at the time of gas generation and efficiently control the gas generation time, The present invention relates to a high energy material composite and a gas generator for thermal ignition of the same, which are used as a reaction material for generating a gas, a material of the azide series, a material for thermally reacting the azide series material, And nano-high energy materials (nEMs) used as a heat energy source are mixed to constitute a composite powder. The composite powder has azide, which is used as a reactant by thermal energy generated by ignition and explosion, The microparticles of the material of the series are decomposed to generate gas.