Modification of multi-profile surfaces by compression plasma flows action of quasistationary high-current plasma accelerator

摘要

The results of investigations into the action of compression plasma flows generated by the gas-discharge twostage quasistationary high-current plasma accelerator (QHPA) on multi-profile details are presented. Efficiency of the QHPA application to hardening treatment of samples from low- and medium-carbon steels with sufficient for practical purposes depth and microhardness of modified surface layer is shown.