现代技术陶瓷
現代技術陶瓷
현대기술도자
ADVANCED CERAMICS
2015年
2期
26-30
,共5页
Ag3 PO4%复合材料%制备%光催化
Ag3 PO4%複閤材料%製備%光催化
Ag3 PO4%복합재료%제비%광최화
silver phosphate%composites%preparation%photocatalysis
能源与环境已成为当前亟需解决的问题，半导体光催化技术因具有氧化降解有机污染物完全、不产生二次污染、易操作等优点，在环境治理和新能源开发领域成为热点研究课题之一。Ag3 PO4因具有高量子效率、可见光响应及较高的光催化效率等特点而引起了广大研究者的关注，并具有广泛的应用前景。本文总结了Ag3 PO4的制备方法、不同形貌Ag3 PO4的可控合成及其复合材料的研究进展。
能源與環境已成為噹前亟需解決的問題，半導體光催化技術因具有氧化降解有機汙染物完全、不產生二次汙染、易操作等優點，在環境治理和新能源開髮領域成為熱點研究課題之一。Ag3 PO4因具有高量子效率、可見光響應及較高的光催化效率等特點而引起瞭廣大研究者的關註，併具有廣汎的應用前景。本文總結瞭Ag3 PO4的製備方法、不同形貌Ag3 PO4的可控閤成及其複閤材料的研究進展。
능원여배경이성위당전극수해결적문제，반도체광최화기술인구유양화강해유궤오염물완전、불산생이차오염、역조작등우점，재배경치리화신능원개발영역성위열점연구과제지일。Ag3 PO4인구유고양자효솔、가견광향응급교고적광최화효솔등특점이인기료엄대연구자적관주，병구유엄범적응용전경。본문총결료Ag3 PO4적제비방법、불동형모Ag3 PO4적가공합성급기복합재료적연구진전。
It is urgent to solve the energy crisis and environmental problem . T he semiconductor photocatalytic technology has been a hot research topic in the field of improvement of environment and development of new energy due to its high photocatalysis efficiency ,polution free and easy operation . The silver phosphate has drawn great attention due to its high quantum efficiency ,visible light re‐sponse and photocatalysis efficiency .The silver phosphate has wide application in the future .In the paper ,the development of the preparation methods of silver phosphate ,the controllable synthesis of silver phosphate with various morphologies and silver phosphate composites were concluded .
