Abstract
AbstractThe influence of shock waves on crystal macrostructure and its physical and technological consequences are discussed. The size of crystal particles grain corresponding to the transition of solid into amorphous state is estimated. The magnitudes of microstrains in crystals during their grinding are calculated. It is shown that under shock‐wave treatment the grain size and microstrain are usually about 10 times differed from the values in amorphous substances. The possibility of amorphization during chemical interaction under shock compression is shown. Phase transformations with change of stoichiometry under shock waves prove a perspective synthetic method.
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