The article proposes an analysis of the development of combined electrophysical methods of hardening machine parts and tools based on the use of radiation (laser, electro-beam, ultrasonic, etc.) processing and electromagnetic fields. It is shown that the current and promising direction in improving the performance of the contact surface layers of machine parts, creating high-performance coatings (as well as technologies for their application) with high physical and mechanical properties of responsible parts is the combination of high-energy (laser, electronic, etc.) radiation and electromagnetic fields as a technological factor, as well as other sources of technological energy, which are advanced electrophysical methods of forming working surfaces of mechanical parts of mechanical and mechanical components.
Sublimated Se‐Induced Formation of Dual‐Conductive Surface Layers for High‐Performance Ni‐Rich Layered Cathodes
