Alloys Toward(合金走向)研究综述
Alloys Toward 合金走向 - Corrosion-resistant metals and alloys towards liquid metals determine the service performances and lifetime of the devices employing liquid metals. [1] The output from the ISA model was validated by testing several typical Pt-based alloys towards butadiene hydrogenation. [2] Herein, the promotional roles of Ag and Cu elements in AgPd and AgCuPd nanoalloys and the dealloying treatment of AgCuPd nanoalloys towards FOR catalysis are studied. [3] These studies are intended to contribute to an integrated computational materials engineering approach to developing these alloys toward a product. [4]对液态金属的耐腐蚀金属和合金决定了使用液态金属的设备的服务性能和寿命。 [1] ISA 模型的输出通过测试几种典型的 Pt 基合金对丁二烯加氢反应进行了验证。 [2] 本文研究了Ag和Cu元素在AgPd和AgCuPd纳米合金中的促进作用以及AgCuPd纳米合金对FOR催化的脱合金处理。 [3] 这些研究旨在为将这些合金开发成产品的集成计算材料工程方法做出贡献。 [4]
Temperature Alloys Toward 温度合金走向
Metal additive manufacturing (AM) improves the design flexibility of titanium aluminides (TiAl-based alloys) as a new class of high-temperature alloys towards widespread applications. [1] Metal additive manufacturing (AM) improves the design flexibility of titanium aluminides (TiAl-based alloys) as a new class of high-temperature alloys towards widespread applications. [2]金属增材制造 (AM) 提高了铝化钛（TiAl 基合金）的设计灵活性，作为一种新型高温合金，可广泛应用。 [1] 金属增材制造 (AM) 提高了铝化钛（TiAl 基合金）的设计灵活性，作为一种新型高温合金，可广泛应用。 [2]