离子氮化

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引用次数: 9

摘要

本章首先概述离子氮化的历史。接下来是描述离子氮化工艺如何工作、辉光放电特性、需要良好控制的工艺参数以及等离子体处理的应用。本章探讨了在离子氮化过程中发生了什么,并提供了有关其气体比的信息。它描述了在铁氮化过程中发生在被处理材料表面的反应,并定义了角效应和氮化物网络。此外,本章还提供了有关表面层的稳定性和涉及表面光洁度退化和复合带形成控制的过程的信息。主要用于离子氮化的气体和用于离子氮化的控制参数也包括在内。本章还介绍了等离子体产生渗氮技术的原理和优点。最后介绍了氧化氮化的过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ion Nitriding
This chapter begins with an overview of the history of ion nitriding. This is followed by sections that describe how the ion nitriding process works, glow discharge characteristics, process parameters requiring good control, and the applications of plasma processing. The chapter explores what happens in the ion nitriding process and provides information on its gas ratios. It describes the reactions that occur at the surface of the material being treated during iron nitriding and defines corner effect and nitride networking. Further, the chapter provides information on the stability of surface layers and processes involved in the degradation of surface finish and control of the compound zone formation. Gases primarily used for ion nitriding and the control parameters used in ion nitriding are also covered. The chapter also presents the philosophies and advantages of the plasma generation technique for nitriding. It concludes with processes involved in oxynitriding.
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