The work considers the regularities of SHS of ferrotitanium, ferrochromium and synthetic mica-based fluorophlogopite.The powder mixture of minerals(silica sand, Karelian shungite, ilmenite, chromium concentrate from Shorzha)and secondary raw materials(recirculated cryolite)with metal reducing agents and KClO4 energy additive were used for the synthesis.The regularities of the initial mixture combustion under atmospheric conditions, the synthesized product composition and structure were investigated.Low-carbon ferrochromium with carbon content of 0.2%, ferrotitanium of the composition close to that of the industrial FeTi30 and synthetic mica-fluorophlogopite were synthesized.The synthesis of porous and molten-cast materials based on fluorophlogopite is shown to be possible.The composite material of K(Na)Mg3AlSi3O_(10)Fe2-MgAl2O4-SiC was synthesized.
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