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Method for nanopowder production of tungsten carbide and titanium SHS METHOD

机译:碳化钨和钛纳米粉体的制备方法

摘要

1. A method for producing nanopowders of tungsten carbide and titanium SHS method comprising forming a mixture of components consisting of the exothermic portion comprising a refractory starting material, carbon material and an additive, the heat treatment the mixture in the combustion mode in an argon stream and subsequent treatment of the synthesis product, wherein as starting material a refractory material, a mixture of tungsten and titanium, which is subjected to mechanochemical treatment in pre mechanochemical activator at trace uyuschem parts by weight ratio of the components: heat-treated after which the activated mixture to the combustion mode, as an additive, if necessary, using cobalt or nickel that are incorporated into the mixture of the starting components or a provisional mechanochemical treatment step or a processing step subsequent fusion products in an amount of not more than 15 mas.ch.2. A method according to claim 1, characterized in that the subsequent treatment of the synthesis product is carried out via mechanochemical activators.
机译:1.一种生产碳化钨和钛的纳米粉末的方法SHS方法,其包括形成由放热部分组成的组分的混合物,所述放热部分包括耐火原料,碳材料和添加剂,以燃烧方式在氩气流中对该混合物进行热处理。合成产物及其后续处理,其中作为原料的钨和钛的混合物作为耐火材料,在前机械化学活化剂中按组分的重量比按微量uyuschem进行机械化学处理:热处理后,活化混合物至燃烧模式,如有必要,可使用掺入到起始成分或临时机械化学处理步骤或加工步骤混合物中的钴或镍作为添加剂,添加量不超过15 mas .ch.2。 2.根据权利要求1所述的方法,其特征在于,所述合成产物的后续处理通过机械化学活化剂进行。

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