Determination of the Composition of Slag at Remelting of Cr-Ni-Ti-Mo-AI Alloy in Electrical Slag

Han Phyong Il

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Determination of the Composition of Slag at Remelting of Cr-Ni-Ti-Mo-AI Alloy in Electrical Slag

机译：电渣中Cr-Ni-Ti-Mo-Ai合金中Cr-Ni-Ti-Mo-Ai合金中的熔渣组合物的测定

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In this paper, the reasonable composition of slag is determined by the oxidation loss quantity of the activation elements, oxidation of titanium and aluminium when Cr-Ni-Ti-Mo-Al alloy is remelted in electrical slag.

机译：在本文中，炉渣的合理组成由激活元件的氧化损失量，当在电渣中重新熔化Cr-Ni-Ti-Mo-Al合金时，钛和铝的氧化。

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《Kumsok》 |2018年第219期|共4页
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Han Phyong Il;
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正文语种 eng
中图分类冶金工业;
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1. Determination of the Composition of Slag at Remelting of Cr-Ni-Ti-Mo-AI Alloy in Electrical Slag [J] . Han Phyong Il Kumsok . 2018,第1a219期

机译：电渣中Cr-Ni-Ti-Mo-Ai合金中Cr-Ni-Ti-Mo-Ai合金中的熔渣组合物的测定
2. Effect of the Slag Composition and a Protective Atmosphere on Chemical Reactions and Non-Metallic Inclusions during Electro-Slag Remelting of a Hot-Work Tool Steel [J] . Schneider Reinhold S. E., Molnar Manuel, Gelder Siegfried, Steel Research International . 2018,第10期

机译：炉渣组合物的效果和保护气氛对热工床钢电渣重熔期间化学反应和非金属夹杂物
3. Effect of slag composition on the oxidation kinetics of alloying elements during electroslag remelting of stainless steel: Part-2 control of titanium and aluminum content [J] . Hou Dong, Jiang Zhouhua, Dong Yanwu, ISIJ international . 2017,第8期

机译：渣成分对不锈钢电渣重熔过程中合金元素氧化动力学的影响：第2部分钛和铝含量的控制
4. Influence of the Flux Composition and State of the Gas Atmosphere Over the Kinetics of Nitrogen Absorption by Steels and Alloys at the Arc Slag Remelting [C] . B.I. Medovar, L.B. Medovar, V.Ya. Saenko, 5th International Conference on High Nitrogen Steels, 5th, May 27-28, 1998, Stockholm, Sweden . 1998

机译：电弧炉渣重熔中通量组成和气体状态对钢和合金氮吸收动力学的影响
5. Determination of the Exposure of Furnace Slag Bagging Operators to Nuisance Dusts and Heavy Metals at a Furnace Slag Bagging Operation. [D] . Sologub, Joseph W. 1991

机译：确定炉渣装袋操作员在炉渣装袋操作中暴露于有害粉尘和重金属的暴露。
6. Features of the Microstructure and Chemical Compositions of Vanadium-Containing Slags Including Determination of Vanadium Oxidation Degrees [O] . Anatoly Kovalev, Dmitry Wainstein, Vladimir Vakhrushev, 2019

机译：含钒渣的微观结构和化学组成特征包括钒氧化度的测定
7. Electrical Conductivity of Molten Slags for Electro-slag Remelting [O] . Shigeta HARA, Hidehiro HASHIMOTO, Kazumi OGINO 1983

机译：电渣重熔的熔渣电导率
8. Slag remelt purification of irradiated vanadium alloys [R] . Carmack, W J, Smolik, G R, McCarthy, KA, 1995

机译：辐照钒合金的炉渣重熔纯化

Determination of the Composition of Slag at Remelting of Cr-Ni-Ti-Mo-AI Alloy in Electrical Slag

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