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[冶]氢还原
氢还原作用
1、oxidation reduction───氧化还原作用
2、hydrogen ion───氢离子
3、hydrogen chloride───[无化]氯化氢
4、balsamic reduction───浓缩意大利醋
5、reduction───n.减少；下降；缩小；还原反应
6、hydrogen───n.[化学]氢
7、pollution reduction───污染减轻；污染减少
8、sulphuretted hydrogen───[化学]硫化氢
9、hydrogen bond───[物化]氢键
1、The present invention discloses catalyzed hydrogen reduction process of alkyl halide to dehaloginate and produce hydrocarbon.───本发明公开了一种催化氢气还原卤代烃脱卤制备烃的方法。
2、sixth, performing hydrogen reduction to obtain the end product, and packing in a non-oxygen condition.───氢还原，得到成品，无氧状态包装即可。
3、Hydrogen reduction of chlorides is a perspective recovery process for refractory metal and alloy scraps.───氯化物氢还原法从废料中回收高熔点金属和合金具有良好未前景。
4、A Study on Ultrafine Tungsten Powder Produced for the Ultrafine Hard Metals From Violet Tungsten Oxide by Hydrogen Reduction Techniques───紫色氧化钨氢还原制取微晶硬质合金用超细钨粉的研究
5、fine tungsten powder has been effectively obtained by hydrogen reduction of purple tungsten oxide.───用氢还原紫色氧化钨可高效地获得细钨粉。
6、and the apparatus of hydrogen reduction of metal oxides are described.───叙述了氢气还原金属氧化物的过程、装置和工艺过程。
7、Pure metallic germanium was obtained through the conventional process of hydrolysis and hydrogen reduction.───用传统的水解-氢还原工艺制得了纯锗。
8、Preparation of Nickel-coated Diamond by Hydrothermal Hydrogen Reduction───水热氢还原制备镍包金刚石的研究
9、Ultrafine tungsten powder produced from different phase tungsten oxides by hydrogen reduction techniques───不同氧化钨氢还原制取超细钨粉
1、The activities of catalysts were assayed by micro-catalysis chromatogram technology with the dehydrogen cyclo-oxidation of n-hexane and hydrogen reduction of benzene as the probe.
2、The present invention discloses catalyzed hydrogen reduction process of alkyl halide to dehaloginate and produce hydrocarbon.
3、In this paper mechanical polishing; Chemical polishing and hydrogen reduction methods used im cleaning bearing steel surface for oxygen determination have been studied.
4、Conclusion Not only the ammonia is adjusts in vivo acid-base equilibrium the important material, similarly secretes the hydrogen reduction when organism also can have been high blood chlorine.