CAJ | 학술논문

作为一种非硅基介孔材料,介孔金属氧化物在工业催化、光电领域及太阳能电池等领域有着潜在的应用价值.从制备、分类、制备过程中面临的问题以及其应用领域等方面对近年来介孔金属氧化物的研究进展作了总结,指出目前介孔金属氧化物的研究中存在的主要难点是如何提高热稳定性、孔壁的结晶性及介孔的长程有序性.
작위일충비규기개공재료,개공금속양화물재공업최화、광전영역급태양능전지등영역유착잠재적응용개치.종제비、분류、제비과정중면림적문제이급기응용영역등방면대근년래개공금속양화물적연구진전작료총결,지출목전개공금속양화물적연구중존재적주요난점시여하제고열은정성、공벽적결정성급개공적장정유서성.
As a kind of non-siliceous mesoporous material, mesoporous metal oxides have potential application in industrial catalysis, photoelectronic,solar cell and so on. In this article, the synthesis method, category, the main difficulties existing in synthesis and the application area of mesoporous metal oxides are reviewed. It's pointed out that the main problem in mesoporous metal oxides research is how to improve the stability, hole-wall crystallization and long-range order properties.