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首页> 外文期刊>Journal of Solid State Chemistry >5TiO7” is Ni5TiO4(BO3)2]]>
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5TiO7” is Ni5TiO4(BO3)2]]>

机译:“=”POST“> 5 TIO 4 (BO 3 2 ]]>

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Abstract It is shown that the compound known as Ni5TiO7 and considered as a promising catalyst and oxidation product of alloys does not exist and its XRD pattern actually corresponds to Ni5TiO4(BO3)2 Graphical abstract XRD pattern of “Ni5TiO7” (top) is identical to that for Ni5TiO4(BO3)2 (bottom) based on single-crystal structural data Display Omitted Highlights ? Popular catalyst known as Ni5TiO7 is actually Ni5TiO4(BO3)2. ? B2O3 came from the flux used for crystal growth. ? Some authors reporting this phase did not use any boron compounds. ]]>
机译:<![cdata [ 抽象 显示该化合物称为ni 5 tio 7> 7 并认为合金的有希望的催化剂和氧化产物不存在,其XRD图案实际上对应于NI 5 TIO 4 (BO 3 2 图形摘要 xrd模式”ni 5 tio 7 “(顶部)与...相同这对于NI 5 TIO 4 (BO 3 2 (底部)基于单晶结构数据 省略显示 亮点< / CE:章节标题> 流行的Catalyst称为NI 5 TIO 7 实际上是NI 5 TiO 4 (BO 3 2 B 2 O 3 来自用于晶体增长的磁通量。 一些作者报告此阶段没有使用任何硼化合物。 ]]>

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