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Wetting and Reactivity of Active Metal Braze Alloys on Tungsten Carbide

机译：活性金属钎料在碳化钨上的润湿性和反应性

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BackgroundTungsten carbide is useful because of its hardness and strength. Joining of dissimilar materials especially non-metallic materials is very challenging. Active metals such as titanium can be added to a ductile filler metals such as copper to get wetting via a reduction reaction.ConclusionsAll alloy conditions wet the tungsten carbide/cobalt substrates. Two different interfacial reaction types were observed: dissolution and reduction reactions. An important issue has been identified: the braze interface reactions change the chemistry of the braze alloy which change the interaction between the braze alloy and the other material substrate.

机译：背景技术碳化钨由于其硬度和强度而很有用。异种材料，特别是非金属材料的连接非常具有挑战性。可以将诸如钛之类的活性金属添加到诸如铜之类的易延展填充金属中，以通过还原反应将其润湿。观察到两种不同的界面反应类型：溶解和还原反应。已经发现了一个重要问题：钎焊界面反应改变了钎焊合金的化学性质，从而改变了钎焊合金与其他材料基材之间的相互作用。

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Peck Hayden; Meier Ph.D. Alan;
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1. Tungsten Carbide as a Diffusion Barrier on Silicon Nitride Active-Metal-Brazed Substrates for Silicon Carbide Power Devices [J] . H. A. Mustain, William D. Brown, Simon S. Ang Journal of Electronic Packaging . 2009,第3期

机译：碳化钨作为氮化硅在有源金属钎焊的碳化硅功率器件基板上的扩散阻挡层
2. Wetting and brazing of Ni-coated WC-8Co cemented carbide using the Cu-19Ni-5AI alloy as the filler metal: Microstructural evolution and joint mechanical properties [J] . Zhang Xiangzhao, Huang Zhikun, Liu Guiwu, Journal of Materials Research . 2018,第11期

机译：使用Cu-19Ni-5AI合金作为填充金属的Ni涂层WC-8Co硬质合金的润湿和钎焊：组织演变和接头力学性能
3. ACTIVE METAL BRAZING AND CHARACTERIZATION OF BRAZED JOINTS BETWEEN SILICON CARBIDE AND METALLIC SYSTEMS [J] . Biyan P. Coddington, Rajiv Asthana, Michael C. Halbig, Ceramic Engineering and Science Proceedings . 2010,第8期

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4. Characterization of a Ceramic-Metal-Ceramic Bond: Chemical Vapor Deposited (CVD) Silicon Carbide Joined by a Silver-Based Active Brazing Alloy (ABA) [C] . James V. Marzik, Toshi Oyama, Warren J. MoberlyChan, Materials Research Society Symposium . 2003

机译：陶瓷金属陶瓷键的表征：由银基活性钎焊合金（ABA）连接的化学气相沉积（CVD）碳化硅
5. Microstructural characterization of mechanically alloyed tungsten-hafnium carbide and tungsten-based alloys for kinetic energy penetrator applications [D] . Kennedy, Christine. 1997

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6. Effect of Ti on Microstructure and Properties of Tungsten Heavy Alloy Joint Brazed by CuAgTi Filler Metal [O] . Yuzhen Lu, Xiaoming Qiu, Ye Ruan, 2019

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7. Influence of the Brazing Paste Composition on the Wetting Behavior of Reactive Air Brazed Metal–Ceramic Joints [O] . Katja Waetzig, Jochen Schilm, Sindy Mosch, 2020

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8. Mechanisms of wetting and brazing of silicon carbide by Cu-Si non reactive alloys for high temperature applications [R] . Gasse, A. , Chaumat, G. , Rado, C. , 1995

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Wetting and Reactivity of Active Metal Braze Alloys on Tungsten Carbide

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