The values of fee-lattice period and diffraction maxima half-width of titanium and alloy (Ti + 3%Mo) tritide, measured with the help of X-ray structure analysis, at the variation of generated ~3He amount in the range of the a.r. He_(gen)/M = 0.001/0.7, are given in this paper. Assuming that ~3He atoms are sited in octapores of the fee-lattice, helium amount in the octapores was evaluated at a.r. He_(gen)/M < 0.3. The increase of tritide diffraction lines half-width at the initial storage stage is mostly connected with the generation of helium-vacancy complexes. It is shown, that at a.r. He_(gen)/Ti≈0.3, the size of titanium tritide coherent scattering units decreases.
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机译：在X射线结构分析的帮助下，在X射线结构分析的帮助下测量的钛和合金（Ti + 3％Mo）Tritide的费用晶格周期和衍射最大值半宽的值AR.本文给出了HE_（GEN）/ M = 0.001 / 0.7。假设〜3HE原子在收费晶格的八大岩中围起，在A.R的八大岩中的氦量评估。 He_（Gen）/ m <0.3。初始储存阶段的半宽度的延长衍射线的增加主要与氦气空位复合物的产生相连。它显示在A.R. He_（Gen）/ti≈0.3，钛氚化相干散射单元的尺寸降低。
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