研究了氧化-还原法直接再生回收高密度合金切屑粉末的工艺技术。
The processes of directly recycling high density alloy by oxidation-reduction technique are investigated in details.
而直接法、裂解法和还原法因其成本低廉，产率高，便于连续化生产，具有工业实用价值。
However, the direct process, cracking method and hydrogenation of chlorosilanes were valuable because of less cost, high yield and convenience of continuous manufacturing.
通过比较认为，氧化还原法是未来实现苯直接羟化合成苯酚工业化的优选方法。
And it is considered that the reduction-oxidation method would be the optimum method for realizing in industry direct hydroxylation of benzene to phenol.
分析了碳还原法和直接氧化法这两种方法的生长机理。
The growth mechanisms have been analyzed, and the field emission properties have also been researched.
分析了碳还原法和直接氧化法这两种方法的生长机理。
The growth mechanisms have been analyzed, and the field emission properties have also been researched.
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