Investigation of Alloy Elements Transfer in Arc Facing by High Carbon and Chromium Content Electrodes

机译：高碳和铬含量高的电极在电弧表面合金元素迁移的研究

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Consistent patterns for transfer of chromium and carbon from the electrode coating into the fused metal, impact of their amounts on transfer of other alloying elements into the alloy are considered. Respective compositions of electrode coatings are made so, that Cr content in coated layers would change from 2 % up to 40 % (content of C ～ 3 %). At research of transfer of carbon patterns, the compositions of electrode coatings are made so, that C content in coated layers would change from 0.1 % up to 4 % (content of chromium in this case is approximately 20 %). In both cases the content of other alloying elements remain in a settled level (Si ～2 %, Mn ～ 1.1 %, Ti ～ 0.5 %, B ～ 0.6 %).

机译：考虑了铬和碳从电极涂层转移到熔融金属中的一致图案，考虑了其含量对其他合金元素转移到合金中的影响。分别制成电极涂层，使涂层中的Cr含量从2％变为40％（C〜3％）。在研究碳图案的转移时，要制作电极涂层的成分，以使涂层中的C含量从0.1％更改为4％（在这种情况下，铬的含量约为20％）。在两种情况下，其他合金元素的含量均保持在稳定水平（Si〜2％，Mn〜1.1％，Ti〜0.5％，B〜0.6％）。

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来源
《Mechatronic Systems and Materials II(MSM 2007)》|2007年|257-260|共4页
会议地点 Kaunas(LT);Kaunas(LT)
作者
Valentinas Varnauskas; Algirdas Vaclovas Valiulis; Vitalijus Rudzinskas;
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作者单位

Department of Materials Science and Welding, Vilnius Gediminas Technical University, J.Basanaviciaus 28, LT-03224 Vilnius, Lithuania;

Department of Materials Science and Welding, Vilnius Gediminas Technical University, J.Basanaviciaus 28, LT-03224 Vilnius, Lithuania;

Department of Materials Science and Welding, Vilnius Gediminas Technical University, J.Basanaviciaus 28, LT-03224 Vilnius, Lithuania;

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原文格式 PDF
正文语种 eng
中图分类机械零件及传动装置;
关键词
welding electrodes; hard layers; deposited metal; chemical composition; alloying elements; coatings composition;

机译：焊接电极硬层沉积金属化学成分;合金元素涂料组成;

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机译：高碳和铬含量高的电极在电弧中合金元素迁移的研究
2. Development of chromium and chromium -tungsten alloy for the plasma facing components: Application of vacuum arc melting techniques [J] . Terentyev D., Khvan T., You J. -H., Journal of Nuclear Materials: Materials Aspects of Fission and Fusion . 2020,第1期

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3. Tungsten-chromium-yttrium alloys as first wall armor material: Yttrium concentration, oxygen content and transmutation elements [J] . Klein Felix, Gilbert Mark R., Litnovsky Andrey, Fusion Engineering and Design . 2020,第Sepa期

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4. Investigation of Alloy Elements Transfer in Arc Facing by High Carbon and Chromium Content Electrodes [C] . Valentinas Varnauskas, Algirdas Vaclovas Valiulis, Vitalijus Rudzinskas International Conference on Mechatronic Systems and Materials . 2009

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5. LASER SURFACE ALLOYING LOW CARBON STEEL USING CHROMIUM AND NICKEL POWDER FEED: MECHANISMS, MICROSTRUCTURES, PROPERTIES AND MODELS (CORROSION, CONDUCTION, MASS TRANSFER) [D] . CHANDE, TUSHAR SHASHIKANT 1984

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机译：等离子体面向铬钨合金的开发：真空电弧熔化技术的应用

Investigation of Alloy Elements Transfer in Arc Facing by High Carbon and Chromium Content Electrodes

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