Novel Synthesis of Shape Memory Alloys using ElectrochemicalTechniques

选择形状记忆合金合成使用电化学 证词 选择了三种合金系统进行初步的研究。 研究，In-Ti，In-Cd和In-Pb。 结构与形状记忆 转换行为与常规处理的 合金. 层状形状记忆Fe-Ni合金是在一种 使用脉冲电镀形成调制的纳米层。 表征 方法包括X射线衍射，内应力测量， 扫描和透射电子显微镜和俄歇 谱 %%% 电解提供了潜在有价值的合成能力， 其已经随着最近的技术进步而得到改进。 直接 薄膜或多层结构形式的沉积 可以用来生产独特的材料。

Selected shape memory alloys are synthesized using electrochemical deposition. Three alloy systems are selected for the initial research, In-Ti, In-Cd, and In-Pb. The structure and shape memory transformation behavior are compared to conventionally-processed alloys. Layered shape memory Fe-Ni alloys are to be produced in a modulated, nanolayer form using pulse plating. Characterization methods include X-ray diffraction, internal stress measurement, scanning and transmission electron microscopy, and Auger spectroscopy. %%% Electrolysis offers potentially valuable synthesis capability, which has been improved with recent advances in technology. Direct deposition in the form of thin films or multilayer configurations can be used to produce unique materials.