TROUBLESHOOTING AND MANAGEMENT OF ACTIVATION ENERGY IN ENERGY EFFICIENT ELECTRIC TECHNOLOGIES OF SELF PROPAGATING HIGH TEMPERATURE SYNTHESIS

The paper interests to the process of selfpropagating of high-temperature synthesis [1] (SHS) possessing significant technological potential which continues to grow. The majority of recent scientific works (?III symposium on burn and explosion - Chernogolovka 2005, «Topical issues of radio physics - TSU 2006, etc.) it is dedicated to the technological burn, for obtaining finished products with the required properties. These are highly rigid tool and abrasive materials, wear-resistant and hardening coatings, electroconducting and ferromagnetic ceramic materials, nanostructures. They are actively used in different areas of national economy.