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首页> 外文期刊>Journal of Applied Electrochemistry >ELECTROCHEMICAL CODEPOSITION OF INERT PARTICLES IN A METALLIC MATRIX [Review]
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ELECTROCHEMICAL CODEPOSITION OF INERT PARTICLES IN A METALLIC MATRIX [Review]

机译:惰性颗粒在金属基质中的电化学密码沉积[评论]

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摘要

A survey on electrochemical codeposition of inert particles in a metallic matrix is given. Particles held in suspension in an electroplating bath are codeposited with the metal during electrodeposition. The particles used are inert to the bath and can be of different types, that is, pure metals, ceramics or organic materials. Combining this variety of types of particles with the different electrodeposited metals, electrochemical codeposition enables the production of a large range of composite materials with unique properties. Many experimental factors were found to influence the codeposition process, which led to some understanding of the mechanism. Models to predict the codeposition rate were developed, but were only partly successful. [References: 56]
机译:给出了对金属基质中惰性颗粒的电化学密码沉积的调查。 在电镀浴中保持在悬浮液中的颗粒在电沉积期间用金属批评。 使用的颗粒是惰性的浴,可以是不同的类型,即纯金属,陶瓷或有机材料。 将多种类型的颗粒与不同的电沉积金属相结合,电化学密码沉积使得能够生产具有独特性质的大量复合材料。 发现许多实验因素影响了对沉积过程,这导致了对机制的一些理解。 开发了用于预测编码率的模型,但只是部分成功。 [参考:56]

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