Wetting Ability of Ag Based Molten Alloys on Graphite Substrate

机译：石墨衬底上基于熔融合金的润湿能力

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The wetting angle (Θ) of molten Ag (Zn, Cu, Ga) drops on graphite substrate is investigated. A texture formation was found in the substrate/drop interphase region after solidification. The enrichment (segregation) of Ag atoms in the interface layer was observed in the Ag-Cu alloy, and unexpected mixing between graphite substrate and the Ag-Ga melt was also detected in the solidified structure.

机译：研究了石墨衬底上熔融Ag（Zn，Cu，Ga）下降的润湿角（θ）。在凝固后在基质/下降差异区域中发现纹理形成。在Ag-Cu合金中观察到界面层中的Ag原子中的富集（偏析），并且在凝固的结构中也检测到石墨衬底和Ag-Ga熔体之间的意外混合。

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《International Conference on Nanostructured Materials, Thin Films and Hard Coatings for Advanced Applications》|2010年||共4页
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作者
Weltsch Zoltan; Lovas Antal; Takacs Janos; Cziraki Agnes; Tichy Geza; Toth Attila L.; Illes L.;
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中图分类 TB383-53;
关键词
Wetting; Contact angle; Substrate; Solid solubility; Crystal orientation; Texture;

机译：润湿;接触角;基材;固体溶解度;晶体取向;纹理;

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1. Wetting Ability of Ag Based Molten Alloys on Graphite Substrate [J] . Weltsch Zoltan, Lovas Antal, Takacs Janos, Diffusion and Defect Data. Solid State Data, Part B. Solid State Phenomena . 2010,第Null期

机译：Ag基熔融合金在石墨基体上的润湿能力
2. WETTING ABILITY OF AG(CU, ZN, GA) ALLOYS ON GRAPHITE SUBSTRATE [J] . Z. WELTSCH, A. LOVAS, A. CZIRAKI, International journal of applied mechanics and engineering . 2010,第2期

机译：AG（CU，ZN，GA）合金在石墨基体上的润湿能力
3. WETTING ABILITY OF AG(CU, ZN, GA) ALLOYS ON GRAPHITE SUBSTRATE [J] . Z. WELTSCH, A. LOVAS, A. CZIRAKI, International Journal of Applied Mechanics and Engineering . 2010,第2期

机译：AG（CU，ZN，GA）合金在石墨基体上的润湿能力
4. Wetting Ability of Ag Based Molten Alloys on Graphite Substrate [C] . Weltsch Zoltan, Lovas Antal, Takacs Janos, International Conference on Nanostructured Materials, Thin Films and Hard Coatings for Advanced Applications . 2010

机译：石墨衬底上基于熔融合金的润湿能力
5. Wetting kinetics and interfacial reaction of lead-based and lead-free solder alloys on copper and nickel metallizations in electronic packaging. [D] . Kim, Harqkyun. 1996

机译：铅基和无铅焊料合金在电子包装中铜和镍金属上的润湿动力学和界面反应。
6. Composites of aluminum alloy and magnesium alloy with graphite showing low thermal expansion and high specific thermal conductivity [O] . Valerio Oddone, Benji Boerner, Stephanie Reich 2017

机译：具有低热膨胀性和高比热导率的铝合金和镁合金与石墨的复合材料
7. Reaction and wetting between molten Cu-Ti alloy and graphite [O] . 篠崎信也, 片山佳彦, 梅澤祐造, 2008

机译：熔融铜钛合金与石墨的反应和润湿

Wetting Ability of Ag Based Molten Alloys on Graphite Substrate

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