1) Wang,. 2 1 Century Advanced Automobile Technology: Development and Future of Hybrid Electric Vehicles. See: Frontier of Contemporary Science, Collection of Popular Science by Chinese American Scientists, edited by Liu Guokui. Volume II: Emerging interdisciplinary subjects: 20 1-2 17. Tsinghua University Publishing House, 2003.
2) Hao Jiming, Fu Lixin, He Kebin and Wu Ye. Pollution control of urban motor vehicle emissions. Beijing: China Environmental Science Press, 200 1.
Representative works:
1) Zhang Shengjun, Wu Yongli *, Hu Jianjun, Huang Ruigen, Zhou Yongli, Dr. Xiaofeng Bao, Fu Lixing, Hao. Can Euro V heavy-duty diesel engines, diesel hybrids and alternative fuel technologies reduce NOx emissions? New evidence from bus road test in China. Applied energy, 20 14, 132, 1 18- 126.
2) Zhang Shijun, Wu Yulian, Liu Hong, Huang Ruigen, Yang, Li, Fu Lixia, Hao. Actual fuel consumption and carbon dioxide emissions of urban buses in Beijing. Applied energy, 20 14, 1 13, 1645- 1655.
4) Zhang Shijie, Wu Yu *, Liu H, Huang RK, United Nations PK, Zhou Y, Fu Lixin, Hao. Actual fuel consumption and CO2 emission of light passenger cars in China under driving conditions. Energy, 20 14, 69,247-257.
5) Zhang Shengjun, Wu Yuli, Wu X, Li, Ge, Liang, Xu, Zhou, Liu, Fu and Hao. The History and Future Trend of Motor Vehicle Emissions in Beijing, 1998-2020: Policy Evaluation of the Strictest Motor Vehicle Emission Control Plan in China. Atmospheric environment, 20 14, 89, 2 16-229.
6), *, Zhang Shaojun, Song, Fu Lixin,. Characteristics of black carbon emission and concentration of motor vehicles under typical road traffic environment in Beijing. Journal of Environmental Science, 2014,34 (8), 189 1- 1899.
7) Song Shengjun, Wu Yuying *, Xu, Ohara T, Hasegawa S, Li, Yang L, Hao. Black carbon at roadside stations in Beijing: time variation and its relationship with carbon monoxide and particle size distribution, atmospheric environment, 2013,77,213-221.
8) Zhang Shengjun, Wu Yuling, Liu H, Wu X, Zhou Y, Yao, Fu LX, He KB and Hao. Historical evaluation of vehicle emission control in Guangzhou based on multi-year emission inventory. Atmospheric environment, 20 13, 76, 32-42.
9) Wu Y, Zhang SJ, Li ML, Ge, Shu, Zhou Y, Xu, Hu Jianmin, Liu H, Fu Lixin, He Kebin, Hao. Challenges of NOx emission control for heavy-duty diesel vehicles in China. Atmospheric chemistry and physics, 20 12, 12, 9365-9379.
10) Wu Y *, Yang, Lin BH, Liu H, Wang, Zhou BY, Hao. Influence of energy consumption and CO2 emission of automobile electrification in three developed areas of China. Energy policy, 20 12, 48, 537-550.
1 1) Du X, Wu Y *, Fu LX, Wang, Zhang SJ, Hao. Inhalation fraction of PM2.5 and nitrogen oxides in motor vehicle exhaust in Beijing based on personal exposure data. Atmospheric environment, 20 12, 57, 233-243.
12) Song Xiaojun, Wu Yu, Jiang Jiangang, Yang Lei, Cheng Yu, Hao. Chemical characteristics of size-resolved PM2.5 in roadside environment of China and Beijing. Environmental pollution, 20 12, 16 1, 2 15-22 1.
(13) Wu Yong, Wang, Zhou Yong, Lin Binghui, Fu Lixing, He Jianbin, Hao. The past, present and future of road vehicle emission control in Beijing. Environmental science and engineering. Technology, 20 1 1, 45, 147- 153.
14) Wu Y *, Wang, Jie DG, Hao, Chen m1995-2003 trend of anthropogenic mercury emission in China. Environmental science and engineering. Technology, 2006, 40: 53 12-53 18.
15) Wu Y *, Wang MQ, Vyas A, Wade D, Taiwo T. well-to-round analysis of energy utilization and greenhouse gas emission by using nuclear energy, nuclear technology, 2006, 155, 192-207.
16)Wu Y, Wang MQ, Sharer P, Rousseau A. Results of energy use, greenhouse gas emission and standard air pollutant emission of selected vehicle/fuel system. Journal of American Society of Automotive Engineers in 2006, Engine Journal, 2006, 2 10-222.
17) Street DG, Hao, Wu Y, Jiang Jiguo, Chen Min, Tian HZ, Feng. Man-made mercury emissions in China. Atmospheric Environment, 2005, 39: 7789-7806.
(18) Wu Yu, Hao, Fu Lixia, Hu Jianning, Wang, Tang. Chemical characteristics of particulate matter in the air near the main roads and in the background of China and Macau. Total environmental science, 2003,317 (1-3):159-172.
19) Wu Y, Hao, Fu Lixin, Wang, Tang. Vertical and horizontal distribution of airborne particles near main roads in China and Macau. Atmospheric Environment, 2002,36 (31): 4907-4918.
20) Hao, Wu Yuying, Fu Lixin, He, He Jianbo. Source COntribution of co and NOX concentrations in the atmosphere of Beijing urban area. Journal of Environmental Science and Health, 200 1, A36(2): 2 15-228.