| Literature DB >> 35145701 |
Biwu Chu1, Tianzeng Chen1, Yongchun Liu2, Qingxin Ma1, Yujing Mu1, Yonghong Wang1, Jinzhu Ma1, Peng Zhang1, Jun Liu1, Chunshan Liu3, Huaqiao Gui4, Renzhi Hu4, Bo Hu5, Xinming Wang6, Yuesi Wang6, Jianguo Liu6, Pinhua Xie6, Jianmin Chen6, Qian Liu7, Jingkun Jiang8, Junhua Li8, Kebin He6, Wenqing Liu6, Guibin Jiang7, Jiming Hao8, Hong He1.
Abstract
Smog chamber experimental systems, which have been widely used in laboratory simulation for studying atmospheric processes, are comprehensively reviewed in this paper. The components, development history, main research topics and main achievements of smog chambers are introduced. Typical smog chambers in the world, including their volumes, wall materials, light sources and features, are summarized and compared. Key factors of smog chambers and their influences on the simulation of the atmospheric environment are discussed, including wall loss, wall emission and background pollutants. The features of next-generation smog chambers and their application prospect in future studies of the atmospheric environment are also outlined in this paper.Entities:
Keywords: ozone; secondary aerosol; simulation; smog chamber; wall effect
Year: 2021 PMID： 35145701 PMCID： PMC8826053 DOI： 10.1093/nsr/nwab103
Source DB: PubMed Journal: Natl Sci Rev ISSN： 2053-714X Impact factor: 17.275