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The Compactibility of Unsaturated Titanium Hydride Powders

机译:不饱和钛氢化物粉的可调性

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摘要

In this study, the effects of phase composition and hydrogen content on the compactibility of the titanium hydride powders are investigated. The crushing strength and the XRD patterns were performed. From the results of the green density, it is clear that the compressibility of the unsaturated hydride titanium powder is higher than that of TiH2. The results of the compression tests indicate that the crushing strength of unsaturated hydride titanium powder is markedly higher than that of the TiH2 and pure Ti. The relative mass fraction of each phase of the unsaturated hydride titanium powder was analyzed by Rietveld refinement of the XRD patterns. The phase composition with high compactibility of the unsaturated hydride titanium powder contains a lot of TiH1.5 and a small amount of -Ti and TiH. There is a suitable range for each phase: TiH1.5 (70-73wt.%), -Ti (13-18wt.%) and TiH (11-15wt.%).
机译:在该研究中,研究了相结合物和氢含量对氢化钛粉末的敏感性的影响。 进行破碎强度和XRD图案。 从绿色密度的结果,显然不饱和氢化物钛粉的可压缩性高于TiH2的可压缩性。 压缩试验的结果表明不饱和氢化物钛粉末的破碎强度明显高于TiH2和纯Ti的裂解强度。 通过XRD图案的RIETVELD细化分析了不饱和氢化物钛粉末的每相的相对质量分数。 具有高耐氢化氢钛粉末具有高致敏性的相组合物含有大量的TiH1.5和少量-Ti和TiH。 每个阶段都有一个合适的范围:TiH1.5(70-73wt%),-ti(13-18wt%)和TIH(11-15wt%)。

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