Experimental research results of laws of ignition and burning high-energy materials containing up to 20% of aluminum powder of various dispersivity are presented.The opportunity of application of metal nanopowder addi...Experimental research results of laws of ignition and burning high-energy materials containing up to 20% of aluminum powder of various dispersivity are presented.The opportunity of application of metal nanopowder additives as catalysts of process of ignition is considered.展开更多
基金supported by the Russian Foundation for Basic Research(project No.09-03-90730)
文摘Experimental research results of laws of ignition and burning high-energy materials containing up to 20% of aluminum powder of various dispersivity are presented.The opportunity of application of metal nanopowder additives as catalysts of process of ignition is considered.
