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Effect Of Irradiation With Low-Energy Alpha Particles On The Structural-Phase State Of Coatings Of Triple Nitride Systems Based On Titanium And Vanadium On Steel

机译:低能α粒子辐照对钢中钛钒钒三氮化物体系涂层结构相态的影响

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The paper presents the results of studies of the effect of alpha-particle irradiation on the structural-phase composition of nitride coatings CrTiN, MoTiN and NbTiN on the surface of a steel substrate. The coatings were formed by vacuum-arc condensation in a gas medium with N2 using ion bombardment with the use of Ti, Cr, and Mo cathodes. In addition, coatings in a N2 gas medium on a steel substrate were produced by magnetron sputtering from Ti and Nb metals. Experimental data and the analysis of state diagrams of ternary systems of nitrides based on titanium and vanadium with transition metals of IVA-VIA groups have allowed deriving criteria for choosing materials for production of nitride coatings with a fairly high radiation stability.
机译:本文介绍了研究α粒子辐照对钢基底表面氮化涂层CrTiN,MoTiN和NbTiN的结构相组成的影响的研究结果。涂层是在具有N的气体介质中通过真空电弧冷凝形成的 2 使用Ti,Cr和Mo阴极进行离子轰击。另外,通过磁控溅射由Ti和Nb金属在钢基材上的N2气体介质中形成涂层。实验数据和基于钛和钒的氮化物与IVA-VIA基团的过渡金属的三元体系三元态图的分析为选择具有较高辐射稳定性的氮化物涂层材料选择提供了标准。

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