Development of a field system for measurement of tropospheric OH radical using laser-induced fluorescence technique

Fengyang Wang(Chinese Academy of Sciences), Renzhi Hu(Chinese Academy of Sciences), Hao Chen(Chinese Academy of Sciences), Pinhua Xie(Chinese Academy of Sciences), Yihui Wang(Chinese Academy of Sciences), Zhiyan Li(Chinese Academy of Sciences), Huawei Jin(Chinese Academy of Sciences), Jianguo Liu(Chinese Academy of Sciences), Wenqing Liu(Chinese Academy of Sciences)
Optics Express
March 19, 2019
Cited by 45Open Access
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Abstract

D) was also observed in this field campaign. The relationship between OH concentration and NOx was attentively discussed. The deployment of AIOFM-LIF system in STORM campaign has demonstrated its capability of measuring tropospheric OH radical with high sensitivity and accuracy in a polluted environment.


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