摘要
薄膜法可分为形态分析法和化学试剂薄膜法。它们都基于粒子或粒子和化学试剂薄膜反应的生成物的形态特征通过电镜来确定粒子的成分、大小和形态。还可根据采集粒子时的抽气速度、采集时间和粒子的捕捉率推算出大气中粒子的分布。本文主要结合作者的研究讨论了薄膜法及其研究进展。
The thin film method is divided into morphology analysis and chemical reagent thin film method, which are all based on appearance characters of individual particle or reaction products between individual particle and chemical reagent thin film to determine the composition, size and shape of individual particle through electronic microscope. From the distributions of individual particle on the film, it was possible to deduce the distributions of the particles in the atmosphere according to the electric pump rate, the sampling time and the collection efficiency. The thin film method and its research progress were discussed in this paper based on our research.
出处
《分析测试学报》
CAS
CSCD
北大核心
2007年第6期929-932,939,共5页
Journal of Instrumental Analysis
基金
国家自然科学基金资助项目(29777009
20077009)
广东省自然科学基金资助项目(04020023)
广州市环保局科研开发基金资助项目(302B26980)
广东省教育厅科研开发基金资助项目(302B6040210)
关键词
薄膜法
单个粒子
气溶胶
研究进展
Thin film method
Individual particle
Areosol
Research progress
