在工业齿轮用非常规处理钢的情况下,等离子体氮化层的摩擦学方面

C. Papadatu
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引用次数: 0

摘要

本文研究了工业用钢经非常规磁场处理后的等离子体渗氮。研究表明,磁场的能量干预了固态相变总功率的平衡,改变了钢的热力学、动力学和过程机制,改变了钢的结构和某些性能。样品已使用Amsler支架进行磨损测试(干摩擦)和衍射分析完成了本研究。使用的等离子体氮化装置被命名为INI 150,由辐射物理和技术研究所与罗马尼亚的“电工技术”企业和核设备(ICEFIZ)合作制造,用于技术研究,但也可用于小件的工业氮化。INI 150是基于等离子体(离子)氮化时双阴极的物理现象。这篇论文是对我过去几年研究的综述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Tribological aspects of plasma nitrided layer in the case of a non-conventional treated steel for industrial gearings
Plasma nitriding applied after a non-conventional treatment in magnetic field to the steel used in industry, have been studied in this paper. It have been demonstrated that the energy of the magnetic field intervenes in the balance of the global power of the phase transformations in solid state altering the thermodynamics, kinetics and the mechanisms of processes, the structures and some properties of the steel. The samples have been tested using an Amsler stand for wear tests (dry friction) and the diffractometric analysis completed this study. The plasma nitriding plant used was named the INI 150, was made by the Institute of Radiation Physics and Technology in collaboration with the "Electrotechnics" Enterprise and the Nuclear Apparatus (ICEFIZ) from Romania and was destined for technological research, but can also be used for industrial nitriding of small pieces. INI 150 was based on the physical phenomenon of a double cathode at plasma (ion) nitriding. The paper is a review of my researches from the last years.
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