Теория и практика оптимальной организации электроразрядных технологий спекания под давлением и алмазного шлифования высокоплотных порошковых материалов

Abstract

The problems of predicting the optimal conditions for the implementation of workflows in preliminary (sintering) and final (grinding) shaping actualize from the positions of acceleration for effective implementation of nanopowder materials science innovation which are relevant to modern (the sixth) technological order. It is shown that the features and benefits of combined by direct current supply in the operating area of technology of sintering and grinding due to the action of electric discharges.