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Mxed-metal templated phosphate phases

机译:混合金属模板磷酸阶段

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In an effort to direct the structure formation and subsequently the catalytic properties of novel materials, both organic molecules and transition metals have been systematically incorporated into zinc phosphate materials, and various transition metals into zirconium phosphate materials. The resultant phases in the Zn/P experiments are determined not by the organic template, but by the type and stoichiometric amount of metal incorporated and by the organic template's anion. Furthermore, only one of the phases, a Ni/Zn/P, shows any acidic catalytic behavior. Similarly, the transition metals incorporated in stoichiometric amounts into the catalytically active novel zirconium phosphate are highly structure directing. Their presence inhibits the formation of the phosphate phase, instead promoting the formation of tetragonal ZrO_2. The catalytic activity of the products are greatly diminished from the basseline material.
机译:在努力指导结构形成和随后的新材料的催化性质,有机分子和过渡金属的系统地被系统地掺入磷酸锌材料中,以及各种过渡金属进入磷酸锆材料。 Zn / P实验中的所得相位不是由有机模板确定的,而是通过掺入的类型和化学计量的金属和通过有机模板的阴离子。此外,只有其中一种阶段,Ni / Zn / p显示任何酸性催化行为。类似地,在化学计量的量中掺入催化活性新的磷酸锆中的过渡金属是高度结构的引导。它们的存在抑制磷酸阶段的形成,而是促进四边形ZrO_2的形成。产品的催化活性大大减少了巴西尔州材料。

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