科研项目 | [1]四川省“千人计划”, 2018, 50万, 在研, 主持 [2]国家自然科学基金青年基金, 21207081, 大气过氧自由基化学放大测量方法中的水效应机理研究, 2012/01月-2015/12月, 25万, 已结题, 主持 [3]公安部技术研究计划, 2017JSYJA14, 便携式电子鼻宽浓度多组分危险气体检测技术及装备研发, 2017/08-2019/12, 20万, 已结题, 主持 [4]山东省科学院科技发展计划, 科基合字(2012)06号, 二氧化氮化学发光在线测定仪器的关键技术研究, 2012/06月-2015/06月, 20万, 已结题, 主持 [5]四川省教育厅理科重点项目, 17ZA0276, 基于气液相界面化学发光原理的二氧化氮检测方法及其应用研究, 2017/01-2018/12, 3万, 已结题, 主持 |
科研成果 | [1]Z. Q. Wang, Y. S. Chen, B. Qi*, and B. Yang. (2010). Ozone production during the field campaign RISFEX 2003 in the sea of Japan: analysis of sensitivity and behavior based on an improved indicator. Atmospheric Chemistry and Physics, 10(19), 9579-9591. [2]Z. Q. Wang*, B. Yang, and T. L. Zhang. (2016). A method for the selective measurement of HO2 and RO2 radical concentrations using a Nafion-PERCA system. Journal of Atmospheric Chemistry, 73(4), 397-406. [3]Z. Q. Wang*, N. Li, L. M. Lv, Y. Q. Zhang, G. Chai, X. R. Cao, and R. Wang*. (2019). Catalytic effect of (H2O)n (n=1-3) clusters on the reaction of HNO2 + HO → H2O + NO2 under tropospheric conditions. Molecular Simulation, 45(16), 1312-1321. [4]Z. Q. Wang, Y. S. Chen, B. Qi*, B. Yang. (2010). Prediction of daytime variations of HO2 radical concentrations in marine boundary layer using BP network. Science China Chemistry, 53(12), 2616-2621. [5]Z. Q. Wang, Y. Zheng, B. Yang, Y. S. Chen, and B. Qi*. (2012). Chemistry of daytime HOx radicals in marine boundary layer in the sea of Japan: Based on the ratio between the reactivity of HC and NOx. Science China Chemistry, 55(1), 426-434. |