Superdeep Penetration of the Microparticles Accelerated by Explosion in Metals and Alloys of Iron

L.G. Korshunov; V.I. Zeldovich; Sergey Usherenko; A.E. Kheifets; Irina V. Khomskaya; N.L. Chernenko; N.Y. Frolova

doi:10.4028/www.scientific.net/AMR.47-50.423

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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 47-50Superdeep Penetration of the Microparticles...

Superdeep Penetration of the Microparticles Accelerated by Explosion in Metals and Alloys of Iron

Abstract:

Features of penetration into copper barrier and in the barrier made of iron alloys are viewed. At creation of "channel" elements initiation is viewed. Regulation of superdeep penetration due to preliminary refrigeration strikers and barrier up to-1960С is shown. Expenses of energy for superdeep penetration are reduced ≈ 180 times.