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The moleculoar sieve and the compound method, and its utilization method of designating the resistance ultraviolet ray nano- composite material as the main material

机译:以抗紫外线纳米复合材料为主要材料的分子筛及其复合方法及其利用方法

摘要

This invention, TiO2, ZnO and CeO2, is the host - guest nano- composite material which utilizes the Fe2 O3 nano- cluster as the guest X, the micro pore characteristic or the meso pore characteristic moleculoar sieve of Y, A, STI, ASM-5, MCM-41 type and the series and SBA and that series as a host, the new resistance ultraviolet ray material is offered. This mixture absorbs the ultraviolet ray of the UVA-UVB territory strongly, as the resistance ultraviolet ray medicine for the cosmetics, the paint, the rubber and plastic industry it is possible to utilize. Selective figure It is not
机译:TiO 2 ,ZnO和CeO 2 本发明是利用Fe 2 O 的主体-客体纳米复合材料。 3 纳米簇作为客体X,Y,A,STI,ASM-5,MCM-41型和系列以及SBA和该系列的微孔特性或介孔特性分子筛,提供新型的抗紫外线材料。该混合物强烈吸收UVA-UVB区域的紫外线,作为可用于化妆品,油漆,橡胶和塑料工业的抗紫外线药物。<选择图>并非如此

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