脱合金法制备纳米多孔镍材料研究进展 关键词:纳米多孔材料;镍及镍合金;脱合金;研究进展 [gap=1227]Key words:nanoporous materials;nickel and nickel alloys;dealloying;research progress
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2结果与分析 2.1 NiTi合金去合金化热力学条件分析 去合金化(Dealloying)是金属固溶体的组分之一, 在某种特定的介质中、适宜的电势、合适的pH值范 围及温度条件下产生的一种合金元素出现选择性溶解 的行...
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In this thesis, we discuss in great detail the fabrication and processing of a new type porous metal, nanoporous gold (NPG), using a very simple yet highly controllable dealloying method.
本论文采用了一种简单易控制的方法--去合金化法制备多孔金并探讨它的演化过程。
参考来源 - 多孔金的形成与演化Larger pore size with the dealloying time increased and coarsening of ligaments occurs in nanoporous copper.
随着去合金化时间的延长,纳米多孔铜的孔径变大,且系带出现粗化现象。
参考来源 - 纳米多孔铜的微结构及密度控制研究·2,447,543篇论文数据,部分数据来源于NoteExpress
Larger pore size with the dealloying time increased and coarsening of ligaments occurs in nanoporous copper.
随着去合金化时间的延长,纳米多孔铜的孔径变大,且系带出现粗化现象。
For the pollution ions were existed on the specimens when they emerged from seawater, the dealloying corrosion of double phase brass exposed to mean tide zone was also accelerated.
由于这种污染元素的作用在试样露出水面时依然存在,致使潮差暴露也出现类似情况。
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