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Characterisation of ternary TixV1-xNy nitride prepared by mechanosynthesis

机译:机械合成法制备三元TixV1-xNy氮化物的表征

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摘要

In the present manuscript the authors have systematically investigated the composition and microstructure of a series of ternary nitrides (Ti xV1-xNy) (0.0 ≤ x ≤ 1.0) prepared by mechanosynthesis, using XRD, SEM, EELS, XAS and TGA. The ternary titanium-vanadium nitride (TixV1-xNy) has been obtained in all range of compositions by the mechanical treatment of the two metals under nitrogen pressure in a planetary mill with a maximum milling time of 3 h and without any post-heating treatment. The materials' microhardnesses were measured after sinterisation and compared to those reported in the literature for these types of materials. When compared with the previously reported data for bulk samples, these values are similar or higher for compositions within the range x = 0.5 to x = 0.77 (TixV 1-xN). © 2011 Elsevier Ltd and Techna Group S.r.l. All rights reserved.
机译:在本手稿中,作者使用XRD,SEM,EELS,XAS和TGA系统地研究了通过机械合成制备的一系列三元氮化物(Ti xV1-xNy)(0.0≤x≤1.0)的组成和微观结构。通过在行星式研磨机中在氮气压力下对两种金属进行机械处理,最长研磨时间为3 h,并且不进行任何后热处理,即可在所有组成范围内获得三元钛钒氮化物(TixV1-xNy)。在烧结后测量材料的显微硬度,并与文献中针对这些类型的材料所报告的显微硬度进行比较。与先前报告的大宗样品数据进行比较时,对于x = 0.5至x = 0.77(TixV 1-xN)范围内的成分,这些值相似或更高。 ©2011 Elsevier Ltd和Techna Group S.r.l.版权所有。

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