The RH oxygen top-blowing technology performs multi-functions such as decarbonizing, increasing temperature with Al added, cleaning slag in RH vacuum slot, etc. RH顶吹氧技术具有吹氧脱碳、吹氧加铝升温、吹氧清洗RH真空槽内残钢残渣等多项功能。
This article briefly analyzes the reason for level fluctuation of decarbonizing liquid, in addition it puts forward some measures. 简述脱碳液位波动的原因,并给出改进措施。
Decarbonizing of high-carbon steel under condition of ion bombarding and its effect on surface alloying 离子轰击下高碳钢的脱碳对随后渗金属的影响
Synthesis of naa-zeolite from carbonaceous kaolinite:(ⅰ) a study of decarbonizing and activating carbonaceous kaolinite 碳质高岭石合成NaA型沸石的研究:(Ⅰ)碳质高岭石的脱碳活化处理
Industrial application of FX-C deep desulfurizing and decarbonizing solvent in gas production plant FX-C深度脱硫脱碳溶剂在造气装置的工业化应用
Influencing Factors Analysis and Countermeasures for Heavy-duty operation in the Decarbonizing System 脱碳系统高负荷运行影响因素分析与对策
Results shewed that SQA coating was an ideal oxidation decarbonizing protective coating at high or middle temperature, because of its low cost, non-poison, odorless, harmless and good performances at high or middle temperature. 它成本低、无毒、无臭、无公害,具有较好的高、中温性能,适用于钢在800~1100C的防氧化脱碳热处理。
The half deficient liquid centrifugal pump in a decarbonizing system suffered from serious corrosion and did not work normally after operating only for about one year. 脱碳系统中的半贫液离心泵投用一年多后,由于受腐蚀严重,不能正常工作。
The development and Industrial application of FX-C desulfurizing and decarbonizing solvent is described. 介绍了FX-C脱硫脱碳溶剂开发及工业化应用情况。
The gas production plant of Daqing Petrochemical Company No. 2 Chemical Plant is one of the plants which first used the FX-C deep desulfurizing and decarbonizing solvent, the Industrial use of which has provided a new method for gas purification technology. 大庆石化分公司化工二厂造气装置是石化行业首次使用FX-C脱硫脱碳溶剂的装置之一,该溶剂的工业化应用,为气体净化技术提供了新方法。
Influence of heating temperature and time and atmosphere in furnace, ect on its decarbonizing characteristic is analyzed through simulated test of heating process for high carbon steel with electric furnace carried out in experiment, in order to provide basis for heating technology of heating furnace. 在实验室采用电炉对高碳钢加热过程进行模拟试验,分析加热温度、加热时间、炉内气氛等因素对其脱碳特性的影响,为加热炉加热工艺提供依据。
Improvement of NHD Decarbonizing Technique 对NHD脱碳技术的改进
Discussion on Analysis Method of Total Iron in Decarbonizing Solution 脱碳溶液总铁分析方法的探讨
Analysis on decarbonizing characteristic of high carbon steel in heating process 高碳钢加热过程脱碳特性分析
The cleaning of scale in solution circulating system of MDEA decarbonizing MDEA脱碳溶液循环系统污垢的清洗