deoxidize
英
美
v. 除氧，还原
现在分词：deoxidizing 过去式：deoxidized 第三人称单数：deoxidizes 过去分词：deoxidized
英英释义
verb
- to remove oxygen from a compound, or cause to react with hydrogen or form a hydride, or to undergo an increase in the number of electrons
双语例句
- Deoxidize molten metals by stirring them with a wooden pole.
通过混合木碳使熔化的金属脱氧。 - This paper analyzes the common deoxidize methods of heating power, vacuum, adding medication in furnace and desorption, points out the advantages, shortcomings and usage range of every methods.
对常用的热力除氧、真空除氧、炉内加药除氧、解吸除氧等技术进行了分析，指出了各种方法的优缺点和适用范围。 - Diffusing Mechanism Analysis of Reburning with Natural Gas to Deoxidize NO_x in the Furnace
天然气再燃烧还原炉内NOx的扩散机制分析 - Influence of Deoxidize Content in Covering on Gas Hole of Surface Welding
药皮中脱氧剂含量对堆焊焊条焊接气孔的影响 - System theory that researches system approach is lodged as the contradictory of deoxidize approach.
研究系统方法的系统论是作为还原论的对立物被提出来的。 - Today, most aluminum manufacturers around the world use the salt-digesting smelting method to deoxidize alumina to aluminum.
目前世界铝工业均采用熔盐电解法将氧化铝还原为金属铝。 - Comparison of Deoxidize the Vitamin C Content in Different Cultivation Conditions of Katy Apricot
凯特杏不同栽培条件还原性维生素C含量的比较 - The technic questions and defect reasons existent in furnace line structure of deoxidize electrical furnace in home are analyzed. The development of new pattern light carbon brick-high efficiency, high temperature heat insulation material and the applicating effect in electrical furnace line sturcture are introduced.
分析了国内还原性电炉炉衬结构存在的技术问题和破损原因，介绍了轻质炭砖这一新型高效高温隔热材料的研究开发及其在电炉炉衬结构中的应用效果。 - The sinter is a complicated physical chemistry process. It includes the vaporizing and condensation of moisture, the decompounding of solid materiel, oxidation deoxidize reaction, reaction and the melting and condensation of chemistry matter etc.
烧结过程是一个复杂的物理化学过程，包括水分的蒸发与冷凝、固体物料的分解，氧化还原反应、固相反应以及化学物的熔化与冷凝等。 - However, some microorganism can use the nitrogen directly which account for 79% of the atmosphere, called biological nitrogen fixation, which means the deoxidize procession from nitrogen into N2 with the nitrogenase of the microorganism.
而某些微生物却可以直接利用占大气79%的氮气，即生物固氮，生物固氮是某些微生物利用体内的固氮酶将空气中的N2还原为氨的过程，它是自然界氮素循环的重要环节。