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首页> 外文期刊>Inorganic materials >Structure of (ZrTi)_(0.5)(VCrFe(Ni_(0.9)Cu_(0.1))_(0.5)- and (ZrTi)_(0.5)(VMoFeNi)_(0.5)-Based Deuterides
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Structure of (ZrTi)_(0.5)(VCrFe(Ni_(0.9)Cu_(0.1))_(0.5)- and (ZrTi)_(0.5)(VMoFeNi)_(0.5)-Based Deuterides

机译:(ZrTI)_(0.5)(VCRF(Ni_(0.9)Cu(0.1))_(0.5) - 和(ZrTi)_(0.5)(Vmofenes)_(0.5) - 基于氘甲醚

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摘要

We have synthesized (ZrTi)(0.5)(VCrFe(Ni0.9Cu0.1))(0.5) and (ZrTi)(0.5)(VMoFeNi)(0.5) pseudobinary high-entropy compounds and related deuterides. According to neutron and X-ray diffraction results, the deuterides have the same hexagonal Laves phase structure as the parent alloys. We have determined the position of the deuterium atoms and their atomic position coordinates. The results indicate that the deuterium atoms reside predominantly in positions 24l and 12k(2), typical of hydrogen in hexagonal Laves phases.
机译:我们合成(ZRTI)(0.5)(VCRFe(Ni0.9Cu0.1))(0.5)和(ZrTi)(0.5)(Vmofeni)(0.5)伪血管高熵化合物和相关的氘。根据中子和X射线衍射结果,氘氘具有与亲本合金相同的六边形熔融液相结构。我们确定了氘原子的位置及其原子位置坐标。结果表明,氘原子主要存在于六边形疏浚阶段的典型氢的位置24L和12K(2)中。

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