deoxidizing
英
美
网络 脱氧; 去氧
双语例句
- The feasibility of producing quality cold rolled sheets through deoxidizing and alloying with Fe-Al-Mn alloy and a process of producing low-carbon aluminium killed steel through deoxidizing and alloying are introduced.
介绍了攀钢用铝锰铁脱氧合金化生产高级别冷轧薄板用钢的可行性和脱氧合金化生产低碳铝镇静钢的工艺路线。 - Discussion and application of high temperature combustion technology in magnesium deoxidizing furnace
高温空气燃烧技术在金属镁还原炉上的应用探讨 - The analytic results have shown that the new magnesium reduction process deoxidizing by liquid calcium is feasible.
结果表明，以液态钙为还原剂的还原工艺是可行的。 - Metallurgical Problems in Heat-Resistance Steel Composition Design of Deoxidizing Ladle for Refining Mg
炼镁还原罐用耐热钢成份设计中的金属学问题 - We applied the thermodynamic principle to analyze the thermodynamic condition for deoxidizing the oxide of Si-Mn. According to our result, we designed a new technigue, the surface of water-atomized Si-Mn steel powder deoxidized in pure N2 with thermoset resin.
本文用热力学原理分析了Si-Mn氧化物还原的热力学条件，并根据其热力学分析结果，对水雾化Si-Mn钢粉采用热塑性树脂涂层，在高纯氮气氛中进行脱氧的新工艺研究。 - Pig iron containing manganese; used as a deoxidizing agent and to raise the manganese content in making steel.
含有锰的生铁，用作除氧剂，用在制钢时提高锰的含量。 - Influence factors of deoxidizing phosphogypsum by compound reducing agent
复合还原剂还原分解磷石膏的影响因素 - The composition of the secondly and thirdly deoxidizing products can be controlled through controlling the content of aluminum and calcium of the strong deoxidizing elements, making them have good distortion ability in hot work.
二次和三次脱氧产物的成分可以通过控制钢液中强脱氧元素铝和钙的含量来控制，使它们具有良好的热加工变形能力。 - The technology of aluminium deoxidizing and alloying has been studied. That is, after preliminary argon blowing and oxygen detecting for the aluminum containing steel, determine the feeding amount of aluminium according to the oxygen content in steel and then reblow argon.
对含铝钢经预吹氩定氧后，根据钢中氧含量确定加铝量，再补吹氩的铝脱氧合金化工艺进行研究和探索。 - The relationship between the content of strong deoxidizing elements in the high carbon steel curtain wire ( 82B) and composition of the deoxidation products in various stages is predicted by thermodynamic process.
用热力学方法预测了高碳帘线钢（82B）中强脱氧元素的含量与各阶段脱氧产物组成之间的关系。