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Education：  

PhD Safety Science and Engineering, University of Science and Technology Beijing, 2015

BS Environmental Engineering, University of Science and Technology Beijing, 2009

Academic Positions

Postdoctoral fellow, Disaster Prevention and Reduction Engineering, University of Science and Technology Beijing,  2016 – 2018

Research Interests

Refuge alternatives and emergency rescue strategies for underground mines

Oil spill modeling in rivers, and integrated risk assessment of petrol contaminants in environmentally sensitive areas

Research Publications：

Journal Papers：

 Wang S., Jin L. Z., Han Z. L., Li Y. G., Ou S. N., Gao N., & Huang Z. L. (2017). Discharging performance of a forced-circulation ice thermal storage system for a permanent refuge chamber in an underground mine. Applied Thermal Engineering, 110, 703-709.

Wang S., Jin L. Z., Ou S. N., & Li, Y. G. (2017). Experimental air curtain solution for refuge alternatives in underground mines. Tunnelling and Underground Space Technology, 68, 74-81.

Wang S., Zhang T., & Jin L. Z.(2017). Revitalization of air using a potassium superoxide plate in hypoxic space: Performance and kinetic model under natural convection conditions. Indoor and Built Environment, Published online.

Jin L. Z., Wang S., Liu S. C., & Zhang Z. (2015). Development of a low oxygen generation rate chemical oxygen generator for emergency refuge spaces in underground mines. Combustion Science and Technology, 187(8), 1229-1239.

Wang S., Jin L. Z., Ou S. N., Li F. W., & Li J. (2015). Prediction model of human comfort index in underground emergency refuge facilities. Chinese Journal of Engineering, 37(5), 551-555. (in Chinese)

Wang S., Jin L. Z., Yang Z., Huang Z. L., Li F. W., & Ou S. N. (2014). Study on air distribution characteristics and human thermal comfort of the refuge station under forced air supplying condition. Journal of China Coal Society, 39(7), 1321-1326. (in Chinese)

Wang S., Jin L. Z., Yang Z., & Han Z. (2014). Effect of ice storage air conditioning condition on human thermal comfort in refuge station living area. Journal of China Coal Society, 39(S2), 405-410. (in Chinese)

Book：

JIN L. Z., WANG S.. (2018). Safety Principle. Metallurgical Industry Press.

Grants and Contracts：

 National Key R&D Program of China grant, 2016-2020, “Risk assement of accidental leakage of oil pipelines”.

Fundamental Research Funds for the Central Universities grant, 2016-2018, “Consequence Analysis of the Leakage Accident of LNG filling stations”.

Beijing Municipal Commission of Tourism Development, 2017, “Crowd risk analysis and emergent evacuation of tourist attractions in Beijing”.