@article {26155,
	title = {Atmospheric Chemistry of Nitryl Chloride},
	journal = {Progress in Chemistry},
	volume = {32},
	number = {10},
	year = {2020},
	note = {Pb8jrTimes Cited:0Cited References Count:75},
	month = {Oct 24},
	pages = {1535-1546},
	abstract = {As an important reactive trace gases in the troposphere, nitryl chloride (ClNO2) has significant impacts on atmospheric oxidation capacity , the degradation of primary pollutants and the formation of secondary pollutants, and plays indispensable roles in global cycles of both nitrogen and chlorine. In this paper, we introduce basic properties of ClNO2 as well as its formation and removal mechanisms in the troposphere, and describe in brief techniques currently used in laboratory and field work to measure ClNO2. In addition , we review spatial and temporal distributions of tropospheric ClNO2 over the globe as reported in the last 10 similar to 20 years , discuss in a systematical manner chemical mechanisms and environmental factors which determine its heterogeneous formation in the atmosphere via critical analysis of important results from laboratory studies and field measurements, and summarize impacts of ClNO(2 )on chlorine radicals, atmospheric oxidation capacity as well as the formation of O-3 and nitrate aerosol. We emphasize that ClNO2 couples gas phase chemistry and heterogeneous chemistry , and also couples nocturnal atmospheric chemistry with daytime photochemistry , thus very likely playing an important role in the formation of air pollution complex in China. Important questions which remain to be answered to better understand atmospheric chemistry of ClNO2 are outlined at the end, and we also discuss in brief how these questions can be addressed in future work.},
	keywords = {atmospheric oxidation, boundary-layer, chlorine chemistry, clno2 production, dinitrogen pentoxide, gaseous n2o5, heterogeneous n2o5 uptake, heterogeneous reaction, mass-spectrometer, nighttime reactive nitrogen chemistry, nitrate, nitrate formation, nitryl chloride, ozone, ozone production, power-plant, uptake coefficients},
	isbn = {1005-281x},
	author = {Wang, H. C. and Tang, M. J. and Tan, Z. F. and Peng, C. and Lu, K. D.}
}
