化学工程师
化學工程師
화학공정사
CHEMICAL ENGINEER
2014年
8期
55-57
,共3页
冯江伟%吕朝霞%杜世新%郑晓华%曹春蕾
馮江偉%呂朝霞%杜世新%鄭曉華%曹春蕾
풍강위%려조하%두세신%정효화%조춘뢰
ZnSe纳米晶%不同形貌%纳米维数%评述%发展方向
ZnSe納米晶%不同形貌%納米維數%評述%髮展方嚮
ZnSe납미정%불동형모%납미유수%평술%발전방향
ZnSe nanomaterial%different morphologies%nanomaterial dimensions%reviewed%development trends
形貌及尺寸规整可控的ZnSe纳米晶的合成是目前非常有发展前途的研究领域。本文按纳米维数对不同形貌的ZnSe纳米晶的合成方法进行了介绍和综述，并提出了它的发展方向。
形貌及呎吋規整可控的ZnSe納米晶的閤成是目前非常有髮展前途的研究領域。本文按納米維數對不同形貌的ZnSe納米晶的閤成方法進行瞭介紹和綜述，併提齣瞭它的髮展方嚮。
형모급척촌규정가공적ZnSe납미정적합성시목전비상유발전전도적연구영역。본문안납미유수대불동형모적ZnSe납미정적합성방법진행료개소화종술，병제출료타적발전방향。
ZnSe nanomaterials which have morphology and size-controlled are research fields with develop-mental future. In this article, a variety of synthetic methods of ZnSe nanomaterials with different morphologies have been presented and reviewed by the nanomaterial dimensions, the development trends were proposed about syn-thetic methods.
