1) chromium hot melt
铬铁水
1.
Test of smelting chromium hot melt on 255 m~3 BF at Shanghai No.1 Iron&Steel Co.,Ltd.;
上海一钢255m~3高炉冶炼铬铁水试验
2) Cr-containing hot metal
含铬铁水
1.
Bused on the knowledge ol hot metal production in blast iurnace,the characteristics of producing Cr-containing hot metal in shaft furnace were analyzed.
基于对高炉炼铁过程的认识,分析了竖炉冶炼含铬铁水的特点,提出了铁水铬含量和相应渣系组成的确定原则和减少冶炼渣量的措施,并分析了用含碳铬矿金属化球团冶炼含铬铁水和进行整体工艺优化的必要性。
3) chromium-containing molten iron
含铬铁水
1.
Based on the thermodynamic data, the thermodynamic conditions attaining dephosphorization and Cr conservation are analysed and calculated during a selective oxidizing dephosphorization process of chromium-containing molten iron with a high basicity slag to control oxygen potential.
借助于基本热力学数据 ,运用热力学的方法 ,计算和分析了用高碱度控制氧位的渣对含铬铁水进行氧化脱磷时 ,实现“去磷保铬”的热力学条件 ,为实现不锈钢精炼过程的脱磷提供理论基
4) ferrochrome
铬铁
1.
Determination of chromium, silicon, phosphorus in ferrochrome by X-ray fluoresence spectrometry using sample preparation technique of centrifugal casting;
离心浇铸制样X射线荧光光谱测定铬铁中铬、硅、磷
2.
Spectrophotometric determination of silicon in ferrochrome with molybdenum blue;
钼蓝光度法测定铬铁中硅
3.
It discusses mutual relation between ferrochrome and stainless steel, introduces production technical development of ferrochrome, analyses its technical characteristics and puts forwards to its direction.
简述了铬铁与不锈钢生产间的相互关系,介绍了铬铁生产技术的发展历程,分析了各种铬铁生产技术的特点,提出了铬铁生产技术的发展方向。
5) ferrochromium
[英][,ferəu'krəumiəm] [美][,fɛro'kromɪəm]
铬铁
1.
Catalytic kinetic oscillopolarographic determination of micro amounts of vanadium in ferrochromium;
催化动力学示波极谱法测定铬铁中微量钒
2.
Evaluation of uncertainty for the determination of phosphorus content in ferrochromium by phosphomolybdenum blue photometric method;
磷钼蓝光度法测定铬铁中磷量的不确定度评定
3.
Study on Acid Dissolving Method for the Determination of Silicon, Chrome and Phosphorus Elements Content in Ferrochromium;
酸溶解铬铁中硅铬磷元素含量测定的研究
6) Fe Cr
铁铬
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地下水水资源评价(见水资源评价)
d ixiashui shuiziyuan Ping】ia地下水水资源评价见水资源评价。
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参考词条