Abstract
The influence of the energy characteristics of the electric explosion of metal conductors on the structure and stability of a coating applied on a substrate has been studied experimentally. It is established that, at ω = ωc, the nickel coating consists of chaotically placed hardened metal drops and is unsteady. The coating formed by fine-dispersed nickel particles deposited from the gaseous phase in the course of an electroexplosion at ω = 2ωc is uniform and resistant to mechanical impacts.
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