Influence of the Composition of High-Temperature Nickel-Alloy Electrodes on the Ingot Composition in Vacuum Arc Remelting

E. L. Korzun; V. V. Klochai; A. D. Ryabtsev

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Influence of the Composition of High-Temperature Nickel-Alloy Electrodes on the Ingot Composition in Vacuum Arc Remelting

机译：真空电弧熔炼中高温镍合金电极组成对铸锭组成的影响

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摘要

Statistical analysis of the chemical composition of high-temperature VZh159 nickel alloy in vacuum-induction melting and vacuum arc remelting yields regression equations that may be used to predict themetal composition in the ingots obtained by vacuum arc remelting as a function of the components in theconsumable electrodes. The variation in oxygen, carbon, nitrogen, sulfur, and phosphorus concentrations inremelting is determined. The results are used in the design of production processes for high-temperaturenickel-alloy ingots at PAO Ruspolimet.

机译：对高温VZh159镍合金在真空感应熔炼和真空电弧重熔中的化学成分进行统计分析，得出回归方程，可用于预测通过真空电弧重熔获得的铸锭中的金属成分与消耗电极中的成分的关系。确定重熔中氧，碳，氮，硫和磷浓度的变化。研究结果用于PAO Ruspolimet的高温镍合金铸锭生产工艺的设计。

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《Steel in Translation》 |2016年第8期|共7页
作者
E. L. Korzun; V. V. Klochai; A. D. Ryabtsev;
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原文格式 PDF
正文语种 eng
中图分类炼钢;
关键词
high-temperature nickel alloy; vacuum arc remelting; statistical analysis;

机译：高温镍合金真空电弧重熔统计分析;

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1. Influence of the Composition of High-Temperature Nickel-Alloy Electrodes on the Ingot Composition in Vacuum Arc Remelting [J] . E. L. Korzun, V. V. Klochai, A. D. Ryabtsev Steel in Translation . 2016,第8期

机译：真空电弧熔炼中高温镍合金电极组成对铸锭组成的影响
2. Influence of CuCr electrode composition on 2D electron and metal vapor density distribution over vacuum arc [J] . Inada Yuki, Kikuchi Ryo, Nagai Hiroyuki, Journal of Physics, D. Applied Physics: A Europhysics Journal . 2020,第30期

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3. Influence of electrolyte compositions on structure and high-temperature oxidation resistance of microarc oxidation coatings formed on Ti2AlNb alloy [J] . Wang Yuan-Hong, Liu Zhan-Guo, Ouyang Jia-Hu, Journal of Alloys and Compounds: An Interdisciplinary Journal of Materials Science and Solid-state Chemistry and Physics . 2015,第Null期

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5. Arc distribution and motion during the vacuum arc remelting process as detected with a magnetostatic approach. [D] . Woodside, Rigel. 2010

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8. Shielding Gas Composition and Electrode Geometry Influence on Arc Properties [R] . Key, J. F., McIlwain, M. E. 1981

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Influence of the Composition of High-Temperature Nickel-Alloy Electrodes on the Ingot Composition in Vacuum Arc Remelting

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