DEVELOPMENT OF TECHNOLOGY FOR HIGH-TEMPERATURE ALLOY ХН73МБТЮ(ЭИ698) RECEPTION BY DUPLEX PROCESS 《VACUUM-INDUCTION FURNACE - VACUUM-ARC FURNACE》

Tkach O. N.

首页> 外文期刊>Металлургическая　игорнорудная　промышленность.(на　рус.　яз.) >DEVELOPMENT OF TECHNOLOGY FOR HIGH-TEMPERATURE ALLOY ХН73МБТЮ(ЭИ698) RECEPTION BY DUPLEX PROCESS 《VACUUM-INDUCTION FURNACE - VACUUM-ARC FURNACE》

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DEVELOPMENT OF TECHNOLOGY FOR HIGH-TEMPERATURE ALLOY ХН73МБТЮ(ЭИ698) RECEPTION BY DUPLEX PROCESS 《VACUUM-INDUCTION FURNACE - VACUUM-ARC FURNACE》

机译：双相工艺高温合金ХН73МБТЮ（ЭИ698）接收技术的发展《真空感应炉-真空电弧炉》

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Questions of development and realization of a duplex process 《vacuum-Induction furnace - vacuum-arc furnace》 technology for receptions of high-temperature alloy ХН73МБТЮ(ЭИ698) are considered. Quality indicators of experimental metal are analyzed.

机译：考虑了用于高温合金ХН73МБТЮ（ЭИ698）接收的双重工艺《真空感应炉-真空电弧炉》技术的开发和实现问题。分析了实验金属的质量指标。

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《Металлургическая　игорнорудная　промышленность.(на　рус.　яз.)》 |2003年第5期|共3页
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Tkach O. N.;
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入库时间 2022-08-19 05:34:09

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1. DEVELOPMENT OF TECHNOLOGY FOR HIGH-TEMPERATURE ALLOY ХН73МБТЮ(ЭИ698) RECEPTION BY DUPLEX PROCESS 《VACUUM-INDUCTION FURNACE - VACUUM-ARC FURNACE》 [J] . Tkach O. N. Металлургическая　игорнорудная　промышленность.(на　рус.　яз.) . 2003,第5期

机译：双相工艺高温合金ХН73МБТЮ（ЭИ698）接收技术的发展《真空感应炉-真空电弧炉》
2. DEVELOPMENT OF TECHNOLOGY FOR HIGH-TEMPERATURE ALLOY ХН73МБТЮ(ЭИ698) RECEPTION BY DUPLEX PROCESS 《VACUUM-INDUCTION FURNACE - VACUUM-ARC FURNACE》 [J] . Tkach O. N. Металлургическая　игорнорудная　промышленность.(на　рус.　яз.) . 2003,第5期

机译：高温合金хн73мбтю（эи698）通过双工过程“真空感应炉 - 真空炉炉”的高温合金хн73мбтю（эи698）的开发
3. Development and Implementation of a Technology for the Processing of the Electric-Furnace Slime of Complexly Alloyed Steels and Alloys [J] . V. S. Rimkevich, E. V. Butskii, S. V. Muruev Russian Metallurgy(Metally) . 2008,第7期

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4. Microwaves furnace heat effect on aluminum alloy 7075-T73 [C] . Sadiq Jaffer Aziz, Ahmed Adnan Shandookh, Rafeef Jumaa Salman 2018 International Conference on Advance of Sustainable Engineering and its Application . 2018

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5. Facilitation of Homogeneous Combustion with Oxygen Enrichment for High-Temperature Industrial Furnaces [D] . Kumar Aanjaneya, . 2020

机译：促进高温工业炉氧富含均匀燃烧
6. A Real-Time 3D Measurement System for the Blast Furnace Burden Surface Using High-Temperature Industrial Endoscope [O] . Tianxiang Xu, Zhipeng Chen, Zhaohui Jiang, 2020

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7. Next-generational technology of garbage incineration "gasification and fusion furnace". Characteristic and development of the gasification and fusion furnace by shaft system. The direct fusion furnace by hot gasification. [O] . Tsuneo MATSUDAIRA 1999

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8. VACUUM-INDUCTION, VACUUM-ARC, AND AIR-INDUCTION MELTING OF A COMPLEX HEAT-RESISTANT ALLOY [R] . R. F. Decker, John P. Rowe, J. W. Freeman 1959

机译：复合耐热合金的真空诱导，真空电弧和空气诱导熔化

DEVELOPMENT OF TECHNOLOGY FOR HIGH-TEMPERATURE ALLOY ХН73МБТЮ(ЭИ698) RECEPTION BY DUPLEX PROCESS 《VACUUM-INDUCTION FURNACE - VACUUM-ARC FURNACE》

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