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首页> 外文期刊>Inorganic Chemistry: A Research Journal that Includes Bioinorganic, Catalytic, Organometallic, Solid-State, and Synthetic Chemistry and Reaction Dynamics >Topotactic Oxidation of TiGaPO-1,a Pyridine-Templated Titanium Gallophosphate with a New Octahedral-Tetrahedral 3-D Framework Structure Containing Ti~III/Ti~(IV)
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Topotactic Oxidation of TiGaPO-1,a Pyridine-Templated Titanium Gallophosphate with a New Octahedral-Tetrahedral 3-D Framework Structure Containing Ti~III/Ti~(IV)

机译:含Ti〜III / Ti〜(IV)的新型八面体-四面体3-D骨架结构TiGaPO-1(一种吡啶模板化的镓磷酸钛)的全阳离子氧化

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摘要

The first 3-D open-framework TiGaPO complex,constructed from Ti~IIIO_6,Ti~IVO_6,GaO_4,and PO_4 polyhedra,contains pyridinium cations in a 1-D pore network and can be oxidized in air at 543 K with retention of the original framework structure.Microporous materials attract tremendous research interest because of their applications as molecular sieves,ion exchangers,and catalysts in a range of technologically and commercially important processes.
机译:由Ti〜IIIO_6,Ti〜IVO_6,GaO_4和PO_4多面体构成的首个3-D开放框架TiGaPO络合物在1-D孔网络中包含吡啶鎓阳离子,可在543 K的空气中被氧化,并保留由于其作为分子筛,离子交换剂和催化剂在一系列技术和商业上重要的过程中的应用,微孔材料吸引了巨大的研究兴趣。

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