当代化工
噹代化工
당대화공
CONTEMPORARY CHEMICAL INDUSTRY
2014年
11期
2415-2416,2420
,共3页
ZnO%制备%方法
ZnO%製備%方法
ZnO%제비%방법
ZnO%Preparation%Method
ZnO作为优良的半导体材料，其纳米材料（如纳米线、纳米棒等）在光、电、磁等方面因具有独特的性能而被广泛的应用于各个领域，因此，纳米ZnO的制备在近些年得到充分的发展，主要的制备方法分为固相法、液相法和气相法三大类。就气相法和液相法中常用的几种方法进行研究进展分析，指出每类方法的优势和存在问题，并对纳米ZnO制备技术的发展趋势进行展望。
ZnO作為優良的半導體材料，其納米材料（如納米線、納米棒等）在光、電、磁等方麵因具有獨特的性能而被廣汎的應用于各箇領域，因此，納米ZnO的製備在近些年得到充分的髮展，主要的製備方法分為固相法、液相法和氣相法三大類。就氣相法和液相法中常用的幾種方法進行研究進展分析，指齣每類方法的優勢和存在問題，併對納米ZnO製備技術的髮展趨勢進行展望。
ZnO작위우량적반도체재료，기납미재료（여납미선、납미봉등）재광、전、자등방면인구유독특적성능이피엄범적응용우각개영역，인차，납미ZnO적제비재근사년득도충분적발전，주요적제비방법분위고상법、액상법화기상법삼대류。취기상법화액상법중상용적궤충방법진행연구진전분석，지출매류방법적우세화존재문제，병대납미ZnO제비기술적발전추세진행전망。
ZnO is an excellent semiconductor material; its nanomaterials (such as nanowires, nanorods and so on) have been widely used in various fields because of its unique properties in optical, electronic, and magnetic and other aspects. Therefore, preparation methods of nanometer ZnO have been fully developed in recent years, and these preparation methods include solid phase method, liquid phase method and gas-phase method. In this paper, research progress in several usual methods in gas-phase method and liquid phase method was analyzed, advantages and existing problems of each method were discussed, and development trend of nanometer ZnO preparation technology was prospected.
