plasma nitriding 中文意思是什麼
plasma nitriding
解釋
離子氮化-
Plasma nitriding of h13 steel aluminum die - casting dies
13鋼鋁合金壓鑄模的離子氮化 -
The amorphous surface layer of tantalum was obtained by anodic oxidation in melting nitrate after plasma - nitriding at relative low temperature, and the composition, phase structure and property of coating were tested
摘要採用低溫離子滲氮后再熔鹽陽極化的方法，在鉭表面形成厚度達微米數量級的非晶態層，測試了非晶層的成分、相結構和性能。 -
The thesis focuses on the manufacture practice and the characteristic of ionic nitriding. the emphasis is placed on the research of plasma nitriding principle, nitriding technics and operation, test on the microstructure and performance of the nitrification layer
該課題著力于生產實踐，圍繞離子氮化技術特點，注重理論聯系實踐，介紹了等離子滲氮原理、滲氮工藝和操作、離子滲氮層組織性能的檢測。 -
Plasma nitriding is an application way to metal surface and heating treatment based on the formed plasma by glow discharge. nitriding is a way of heating treatment, namely, metal accessory is put into activate nitrogen and the gas of low light pressure is ionized into energy electrons, high energy ions and high energy neutral atoms by the action of the electric field under a definite temperature and the time of the heat preservation
等離子滲氮是利用輝光放電形成等離子體在金屬表面，熱處理方面的應用，滲氮是強化金屬表面的一種熱處理方法，是將金屬零件置於活性氮的介質中，在一定溫度和保溫時間下，低光壓氣體在電場作用下使之電離產生能電子、高能離子和高能中性原子。 -
Study on the gas flow control of plasma nitriding system
等離子體滲氮流量控制系統的研究 -
Plasma nitriding technique is developing quickly and has been widely applied to machine, metallurgy, traffic, light industry, electron, aviation etc. at present, this technique has made a quite profit
等離子體氮化技術目前發展很快，已經廣泛應用到了機械、冶金、交通、輕工、電子、航天等各個部門，目前取得了良好的效益。 -
Surface hardness is strengthened by use of plasma nitriding technique to change microstructure of mould surface. on the basis of that, the major research works accomplished in this paper are as follows. hardness, resistant attrition, fatigue strength, resistant erode and resistant die burn of the materials are enhanced and the life of the mould is increased by five to ten times
本人根據近年來模具工業的快速發展，模具的表面工程越來越受到普遍重視，利用等離子滲氮技術可以改變模具表面的組織結構使表面硬度得到強化，提高了材料的硬度、耐磨性、疲勞強度、抗腐蝕能力及抗燒傷性，使模具的壽命提高5 - - 10倍。
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