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利用固相仲钼酸铵喷入高频等离子体，经高温热分解与气化再结晶的过程，成功地制备了三氧化钼、二氧化钼超细粉，产品平均粒径为0.09～0,16μm，产品粒子的形貌及晶体结构和大小取决于‘淬火’方式和反应温度的控制，高频等离子法与传统生产方式相比较，具有工艺简便、过程容易控制、产品粒度细、可连续运行等优点，因此具有重要的开发前景．
The solid-phase ammonium paramolybdate was sprayed into the high-frequency plasma, and the molybdenum trioxide and molybdenum dioxide ultrafine powder were successfully prepared through high-temperature thermal decomposition and gasification recrystallization. The average particle size of the product was 0.09-0, 16μm. The shape, crystal structure and size of the product particle depend on the quenching method and the reaction temperature control. Compared with the traditional production method, the high-frequency plasma method has the advantages of simple process, easy process control, small particle size and continuous operation And so on, so it has important development prospects.