Development of chromium and chromium -tungsten alloy for the plasma facing components: Application of vacuum arc melting techniques

Terentyev D.; Khvan T.; You J. -H.; Van Steenberge N.

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Development of chromium and chromium -tungsten alloy for the plasma facing components: Application of vacuum arc melting techniques

机译：铬和铬 - 钨合金的开发等离子体面向等离子体组件：真空电弧熔化技术的应用

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《Journal of Nuclear Materials: Materials Aspects of Fission and Fusion 》 |2020年第1期| 共11页
作者
Terentyev D.; Khvan T.; You J. -H.; Van Steenberge N.;
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CEN SCK Belgian Nucl Res Ctr B-2400 Mol Belgium;

CEN SCK Belgian Nucl Res Ctr B-2400 Mol Belgium;

Max Planck Inst Plasma Phys D-85748 Garching Germany;

OCAS NV Pres JF Kennedylaan 2 B-9060 Zelzate Belgium;

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正文语种 eng
中图分类原子能技术 ;
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1. 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

机译：铬和铬 - 钨合金的开发等离子体面向等离子体组件：真空电弧熔化技术的应用
2. Investigation of a coatings based on intermetallics of Ti-Al system alloyed with chromium by vacuum-arc plasma [J] . E L Vardanyan, A Yu Nazarov, K N Ramazanov, Journal of Physics: Conference Series . 2018 ,第3期

机译：基于用真空弧等离子体合金化的Ti-Al系统金属间质的涂料研究
3. Recent development toward the use of infrared thermography as a non destructive technique for defect detection in tungsten plasma facing components [J] . Richou M., Escourbiac F., Missirlian M., Journal of Nuclear Materials: Materials Aspects of Fission and Fusion . 2011 ,第1a3期

机译：红外热成像技术作为无损检测钨等离子表面组件缺陷的最新进展
4. Optimization of compliant layers between vacuum plasma sprayed tungsten coatings and copper alloys for plasma facing application [C] . Ming Zhu, rnJinian Bian, rnWeimin Wu Proceedings of the 9th China-Japan Symposium(CJS-9) on Materials for Advanced for Energy Systems and Fission amp; Fusion Engineering Jointed with CAS-JSPS Core-university Program Seminar on Fusion Materials, System and Design Integration . 2007

机译：真空等离子喷涂钨涂层与铜合金之间的等离子层应用中的顺应层的优化
5. Development of new electrochemical techniques to detect the depletion of alloying elements in nickel-chromium-molybdenum-tungsten alloys. [D] . Gorhe, Devendra D. 2006

机译：开发新的电化学技术以检测镍-铬-钼-钨合金中合金元素的消耗。
6. Evaluation and comparison of shear bond strength of porcelain to a beryllium-free alloy of nickel-chromium nickel and beryllium free alloy of cobalt-chromium and titanium: An in vitro study [O] . Ananya Singh, Keerthi Ramachandra, Achut R. Devarhubli 2017

机译：陶瓷与镍铬无铍合金钴铬无钛镍和无铍合金的剪切粘结强度的评估和比较：体外研究
7. Development of chromium and chromium-tungsten alloy for the plasma facing components: Application of vacuum arc melting techniques [O] . D. Terentyev, T. Khvan, J.-H. You, 2020

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
8. Research and Development on Electrodeposition of New Chromium and Chromium-Alloy Plate to Navy Department, Bureau of Aeronautics [R] . McGraw, L. D., Woodberry, P. T., Gurklis, J. A., 1951

机译：新型铬铬合金板电沉积研究与开发，航空局海军部

Development of chromium and chromium -tungsten alloy for the plasma facing components: Application of vacuum arc melting techniques

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