@article {24951,
	title = {A Comprehensive Model Test of the HONO Sources Constrained to Field Measurements at Rural North China Plain},
	journal = {Environmental Science \&amp;amp; Technology},
	volume = {53},
	year = {2019},
	pages = {3517-3525},
	abstract = {As nitrous acid (HONO) photolysis is an important source of hydroxyl radical (OH), apportionment of the ambient HONO sources is necessary to better understand atmospheric oxidation. Based on the data HONO-related species and various parameters measured during the one{\textendash}month campaign at Wangdu (a rural site in North China plain) in summer 2014, a box model was adopted with input of current literature parametrizations for various HONO sources (nitrogen dioxide heterogeneous conversion, photoenhanced conversion, photolysis of adsorbed nitric acid and particulate nitrate, acid displacement, and soil emission) to reveal the relative importance of each source at the rural site. The simulation results reproduced the observed HONO production rates during noontime in general but with large uncertainty from both the production and destruction terms. NO2 photoenhanced conversion and photolysis of particulate nitrate were found to be the two major mechanisms with large potential of HONO formation but the associated uncertainty may reduce their importance to be nearly negligible. Soil nitrite was found to be an important HONO source during fertilization periods, accounted for (80 {\textpm} 6)\% of simulation HONO during noontime. For some episodes of the biomass burning, only the NO2 heterogeneous conversion to HONO was promoted significantly. In summary, the study of the HONO budget is still far from closed, which would require a significant effort on both the accurate measurement of HONO and the determination of related kinetic parameters for its production pathways.},
	author = {Yuha Liu and Lu, Keding and Xin Li and HuaBin Dong and Zhaofeng Tan and Haichao Wang and Qi Zou and Yusheng Wu and LiMin, Zeng and Min Hu and Kyung-Eun Min and Kecorius, Simonas and Alfred Wiedensohler and Yuanhang Zhang}
}
