Microstructure of Bonding Interface in Explosively Welded Metal/Ceramic Clad

机译：爆破焊接金属/陶瓷包层中粘接界面的微观结构

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Bonding interface in aluminum (Al) and silicon nitride (Si_3N_4) clad fabricated by explosive welding has been investigated by transmission electron microscopy (TEM). The nanocrystalline region was clearly observed at the interface between Al and Si_3N_4. Electron diffraction pattern and energy dispersive X-ray spectroscopy (EDS) measurements across the interface revealed that this nanocrystalline region consist of the only aluminum.

机译：通过透射电子显微镜（TEM）研究了通过爆炸焊接制造的铝（Al）和氮化硅（Si_3N_4）包层中的粘合界面。在Al和Si_3N_4之间的界面处清楚地观察纳米晶区域。界面上的电子衍射图案和能量分散X射线光谱（EDS）测量显示该纳米晶体区域由唯一的铝组成。

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《International Conference on Processing Manufacturing of Advanced Materials》|2009年||共6页
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Seiichiro Ii; Chihiro Iwamoto; Shinobu Satonaka; Kazuyuki Hokamoto; Masahiro Fujita;
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中图分类 TB3-53;
关键词
Explosive welding; Clad materials; Interface; Transmission electron microscopy; Energy dispersive spectroscopy;

机译：爆炸焊接;包覆材料;界面;透射电子显微镜;能量分散光谱;

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专利

1. Bonding Interface and Bending Deformation of Al/316LSS Clad Metal Prepared by Explosive Welding [J] . Guo Xunzhong, Fan Minyu, Wang Liuan, Journal of Materials Engineering and Performance . 2016,第6期

机译：爆炸焊接制备的Al / 316LSS复合金属的粘结界面和弯曲变形
2. Microstructure and Phase Transformations Near the Bonding Zone of Al/Cu Clad Manufactured by Explosive Welding / Zmiany Mikrostrukturalne I Fazowe W Pobli?u Strefy Po??czenia Uk?adu Warstwowego Al/Cu Wytworzonego Technologi? Zgrzewania Wybuchowego [J] . H. Paul, L. Lityńska-Dobrzyńska, M. Miszczyk, Archives of Metallurgy and Materials . 2013,第4期

机译：爆炸焊接制备的Al / Cu熔覆结合区附近的组织和相变爆炸焊接
3. Microstructure and Phase Transformations Near the Bonding Zone of Al/Cu Clad Manufactured by Explosive Welding / Zmiany Mikrostrukturalne I Fazowe W Pobli?u Strefy Po??czenia Uk?adu Warstwowego Al/Cu Wytworzonego Technologi? Zgrzewania Wybuchowego [J] . H. Paul, L. Lityńska-Dobrzyńska, M. Miszczyk, Archives of Metallurgy and Materials . 2013,第4期

机译：爆炸焊接制备的Al / Cu熔覆结合区附近的组织和相变爆炸焊接
4. Microstructure of Bonding Interface in Explosively Welded Metal/Ceramic Clad [C] . Seiichiro Li, Chihiro Iwamoto, Shinobu Satonaka, International conference on processing manufacturing of advanced materials;THERMEC 2009 . 2010

机译：爆炸焊接金属/陶瓷复合层结合界面的微观结构
5. Microstructure evolution of FCC metals during the explosive welding process [D] . Merriman, Colin Clarke 2015

机译：爆炸焊接过程中FCC金属的微观组织演变
6. Characterization of the Microstructure and Bonding Properties of Zirconium-Carbon Steel Clad Materials by Explosive Welding [O] . Hui Zhao 2020

机译：通过爆炸焊接表征锆 - 碳钢包层材料的微观结构和粘合性能
7. Diffusion Barrier Effect of TiC Layer Formed at the Bonding Interface and Bonding Characteristics of an Explosively Welded Ti/SUS420J1 Stainless Steel Clad by Heat Treatment [O] . Akira CHIBA, Minoru NISHIDA, Yasuhiro MORIZONO, 1997

机译：通过热处理粘接界面在粘接界面形成的粘接界面和粘接性焊接Ti / SUS420J1不锈钢包层的粘接特性的扩散阻挡效应
8. Interface science of controlled metal/metal and metal/ceramic interfaces prepared using ultrahigh vacuum diffusion bonding. [R] . King, W. E., Campbell, G. H., Coombs, A. W., 1993

机译：采用超高真空扩散焊接制备的受控金属/金属和金属/陶瓷界面的界面科学。

Microstructure of Bonding Interface in Explosively Welded Metal/Ceramic Clad

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