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The Phenomena Occurring During the Formation of Diffusive Surface Layers on Steels Using PAMOCVD Method

机译:使用PAMOCVD方法在钢上形成扩散表面层的过程中发生的现象

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The prospects of the development of CVD methods lie in the use of organic compounds as the sources of the elements that form the surface layers in place of halides commonly used till now and in the electrical activation of the gaseous medium containing precursors of chemical reactions,which guarantees the formation of surface layers. The paper specifies the conditions under which the composite layers of the nitrided + Ti(NCO) type can be produced on high speed steel using a gaseous atmosphere of the organic titanium compound Ti(OiC3H7)4 and discusses the influence of the carbon and oxygen contents in the Ti(NCO) layer on its properties such as hardness and wear resistance. The mechanism of formation of the composite layers is also proposed.
机译:CVD方法发展的前景在于,使用有机化合物代替形成至今的卤化物以及形成化学反应前体的气态介质进行电活化,以形成表层的元素来源。保证表面层的形成。本文规定了在有机钢钛化合物Ti(OiC3H7)4的气态气氛下在高速钢上可以生产氮化+ Ti(NCO)型复合层的条件,并讨论了碳和氧含量的影响在Ti(NCO)层上具有诸如硬度和耐磨性的特性。还提出了复合层的形成机理。

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