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通过对九种国产电化石墨电刷的层间距、衍射线半高宽度、石墨化度、X射线衍射法密度、X射线衍射强度比、压力面和则压力面的002衍射线的积分强度比和异向度指数等X射线衍射参数的测定以及粉末样全扫描X射线衍射图、压力面和侧压力面的块样全扫描X射线衍射图和002衍射线图形等X射线衍射图的分析,从原材料组成方面研究了它们的石墨化程度和各向异性,试图探索一条分析和研究电化石墨电刷性能的有效途径。
Based on the integral intensities of the interlayer spacing, half-height width of diffraction lines, graphitization degree, X-ray diffraction density, X-ray diffraction intensity ratio, and the 002 diffraction line of pressure surface and pressure surface of nine kinds of domestic electrified graphite brushes Anisotropy index and other X-ray diffraction parameters as well as the powder-like full-scan X-ray diffraction pattern, the pressure surface and lateral pressure surface of the block-like full scan X-ray diffraction pattern and 002 diffraction line pattern X-ray diffraction pattern analysis, from In the aspect of raw material composition, their degree of graphitization and anisotropy are studied, and an effective way to analyze and study the performance of electrochemical graphite brush is explored.