专利
一种飞机发动机舱哈龙替代灭火系统最低性能试验舱，ZL201910360273.X，授权时间：2020.06
一种氟硅烷表面改性超细聚磷酸铵的制备方法，ZL201810130736.9，授权时间：2020.06
一种烟雾粒子消光及散射特性测量装置，ZL201610999500.X，授权时间：2020.05
一种用于灭火剂浓度测量实验的飞机发动机舱模拟装置，ZL201811274225.0，授权时间：2020.05
改性剂、双疏BC类超细干粉灭火剂及其制备方法，ZL201811248844.2，授权时间：2020.01
一种散射型火灾烟雾探测器及其聚光器，ZL201510547326.0，授权时间：2017.11
一种用于飞机干舱灭火的气体推进式灭火剂，ZL201410582015.3，授权时间：2017.10
一种用于飞机低速灭火系统的可拆卸限流装置，ZL201410693592.X，授权时间：2017.09
一种可调节双反射红外气体浓度探测窗口结构， ZL201410480649.8，授权时间：2017.08
一种飞机货舱灭火系统状态的转换控制阀，ZL201410187208.9，授权时间：2016.09
一种采用烟雾气体传感的吸气式飞机货舱火灾探测器，ZL201410200879.4，授权时间：2016.08
一种用于研究诱导排烟系统的实验装置及其实验方法，ZL201310366351.X，授权时间：2016.08
一种用于飞机货舱特殊环境的复合火灾探测器，ZL201410146960.9，授权时间：2016.07
一种含有组合条状喷嘴的消防水幕喷头， ZL201310371545.9，授权时间：2016.07
一种高灵敏度火灾烟雾报警器的光学接收组件，ZL201410166770.3，授权时间：2016.06
飞机灭火系统滤湿调节器性能测试设备，ZL201310646918.9，授权时间：2016.03
一种基于复合探测技术的吸气式飞机货舱火灾探测装置，ZL201310713260.9，授权时间：2016.03
专著：
《飞机防火技术概论》, 张和平，陆松，张丹，刘长城，付阳阳，科学出版社，2017.
论文：
S. Lu, C. Liang, W. Song, H. Zhang* (2013). “Frequency-size distribution and time-scaling property of high-casualty fires in China: Analysis and comparison.” Safety Science 51: 209-216.(SCI)
S. Lu, P. Mei, J. Wang, H. Zhang* (2012). “Fatality and influence factors in high-casualty fires: A correspondence analysis.” Safety Science 50: 1019-1033. (SCI)
Lu, S., G. Li, P. Mei and H. Zhang* (2016). Suppressive effects of fire prevention campaign in China: A time series analysis. Safety Science 86: 69-77. （SCI）
Lu, S., D. Zhang and C.-c. Liu (2018). Provincial Fire Characteristics in China 2002 to 2010. Procedia Engineering 211: 521-530. (EI)
Guan, Y., S. Lu*, D. Zhang, Y. Hu and W. Yuan (2018). A Fast and Easily-Realized Concentration Sensor for Binary Gas Mixtures and Its Design Analysis. Sensors 18(4): 12. （SCI）
Yang, S. L., S. Lu*, X. Cheng, R. Zheng and R. K. K. Yuen (2016). Smoke Production and Fractal Structure Properties of Soot from n-Heptane Pool Fires Under Low Pressures. Fire Technology 52(6): 1915-1937. （SCI）
Yu, G., L. Song*, Y. Wei and Q. Hanjie (2017). The study on gaseous extinguishing agent sensing with a simple measurement method. Measurement Science and Technology. （SCI）
Cao, C.-Y., S. Lu*, D. Zhang, L.-L. Gong and H.-P. Zhang* (2017). Effects of nitroguanidine on the thermal behavior and burning characteristics of 5-amino-1H-tetrazole-based propellants. RSC Advances 7(23): 13808-13816. （SCI）
Liu, C. C., S. Lu*, C. Cao and H. P. Zhang (2018). Experimental study on the effects of low air pressure on the magnesium alloy fires. 2018 Joint Thermophysics and Heat Transfer Conference. (EI)
Wei, Y., L. Song*, Z. He-Ping and G. Yu (2018). Rapid-response measurement system of the halon replacement agent pentafluoroethane (HFC-125) based on QCL-TDLAS. 2018 34th Aerodynamic Measurement Technology and Ground Testing Conference: 11 pp.-11 pp. (EI)
Fu, Y., S. Lu*, L. Shi, X. Cheng and H. Zhang* (2016). Combustion characteristics of electrolyte pool fires for lithium ion batteries. Journal of the Electrochemical Society 163(9): A2022-A2028. （SCI）
Cao, C.-Y., D. Zhang, S. Lu and H.-P. Zhang (2016). A study on basic copper nitrate as catalyst for 5AT/Sr (NO3)2 propellant. 2016 IEEE/CSAA International Conference on Aircraft Utility Systems, AUS 2016, October 10, 2016 - October 12, 2016, Beijing, China, Institute of Electrical and Electronics Engineers Inc. (EI)
Fu, Y., S. Lu, L. Shi, X. Cheng and H. Zhang* (2018). Ignition and combustion characteristics of lithium ion batteries under low atmospheric pressure. Energy 161: 38-45. （SCI）
Guan, Y., S. Lu, H. Jieqian, W. Yuan and H. Zhang (2018). Study on the response/recovery properties of the gas sensing technique based on the detection of pressure difference. IET Conference Publications.
Lu, K. H., S. H. Mao, J. Wang and S. Lu (2017). Numerical simulation of the ventilation effect on fire characteristics and detections in an aircraft cargo compartment. Applied Thermal Engineering 124: 1441-1446. （SCI）
