TUNGSTEN OXIDES REDUCTION TECHNOLOGY ON A PLASMA PLANT
R. Atabiev Kh.Tashkent State Technical University, UzbekistanS NurmurodovA RasulovKhA KhN RasulovK TurahadjaevBakhadirovRasulovA AllanazarovMardanokulov ShT KhalimjonovRasulova ShJ IkromovV BekjonovaNokhudjayev Fayzulla RamazonovichMukhamedov Azad AnvarovichTeshaboyev Abduvakhob MarifovichUsmonov Jasur MuminaliyevichParmonov Sarvar ToshpulatovichU ZiyamukhamedovaL BakirovE RakhmatovB BektemirovShF NorkudjayevA AlikulovAbdurakhmonov KhT Tursunov
ABI
Abstract
The article presents the results of research work on the development of a technology for the reduction of wolfram oxides in a plasma installation. Distinctive features of energy supply to the reaction zone on a new type of plasma-chemical reactor for hydrogen reduction of tungsten and molybdenum oxides are presented. Energy is introduced not only in the form of a plasma jet but also in the form of an additional flow of gas heated to a high temperature, entering the reaction zone through a porous, permeable wall heated by an electric heater.