WEN Yuquan
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Name
WEN Yuquan
-
Title
Associate professor
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Address
Room 624, Teaching building No.9, School of Mechatronical Engineering, Beijing Institute of Technology, Beijing, China
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Tel
+86-10-68915857
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Email
wyquan@bit.edu.cn
Research Interests
1. Theory and Technology of Pyrotechnic Systems
2. Reliability and Safety test and assessment of Pyrotechnic Systems
3. Quick Detection of Trace Energetic Materials
Recent interests focused on the initiation theory, system design and reliability assessment of pyrotechnic systems. Some research also focused on quick detection of trace of explosive and pyrotechnic materials.
Academic Achievements
1 . A design method of multi-selection and multi-output explosive logic circut is presented;
2 . The design methods for synchronous explosive logic circut in a rigid surface, linear
synchronous detonation network and multipoint synchronous detonation network are
proposed , meanwhile the methods for estimating the synchronization are presented;
3. Based on the Gurney formula, a new calculation method for fragments velocity of the
eccentric detonation aimed warhead is put forward, which does not depend on the test
parameters
4 . A new method a using MOF. material for the detection of trace explosives is proposed.
1. Li Yuan, Li Yan-hua, Wen Yu-quan. Radial distribution of fragment velocity of
asymmetrically initiated warhead , International Journal of Impact Engineering. V99,39-47,2017.
2. Li Yuan, Li Yan-hua, Wen Yuquan. A Method for Estimating the Synchronization of a Mild
Multipoint Synchronous Initiation Circuit. Journal of Energetic Materials. V 35(2) ,179-
187,2017.
3．Xu Zhuang, Wen Yuquan, Tian LI, Li Guangtao. Efficient and selective adsorption of
nitroaromatic explosives by Zr-MOF. Inorganic Chemistry Communications. V77,
11-13,2017.
4. Ma Li, Wen Yuquan, Yan, Nan. Pore size and channel structure study of mesoporous SiO2 films on sensing trace explosive. Journal of Sol-Gel Science and Technology. V67(1): 161-
169,2013.
5. Xu Yunxia, Wen Yuquan, Zhu, Wei, etc. Electrospun nanofibrous mats as skeletons to produce MOF membranes for the detection of explosives.Materials Letters. V87: 20-23,
2012.
6. Wen YQ, Ye YK, Yan N. Detonation velocity deficit and curvature radius of flexible
detonation fuses. Combustion Explosion and Shock Waves. V48(2):209-213,2012.
-
NameWEN Yuquan
-
TitleAssociate professor
-
AddressRoom 624, Teaching building No.9, School of Mechatronical Engineering, Beijing Institute of Technology, Beijing, China
-
Tel+86-10-68915857
-
Emailwyquan@bit.edu.cn
Research Interests
1. Theory and Technology of Pyrotechnic Systems
2. Reliability and Safety test and assessment of Pyrotechnic Systems
3. Quick Detection of Trace Energetic Materials
Recent interests focused on the initiation theory, system design and reliability assessment of pyrotechnic systems. Some research also focused on quick detection of trace of explosive and pyrotechnic materials.
Academic Achievements
1 . A design method of multi-selection and multi-output explosive logic circut is presented;
2 . The design methods for synchronous explosive logic circut in a rigid surface, linear
synchronous detonation network and multipoint synchronous detonation network are
proposed , meanwhile the methods for estimating the synchronization are presented;
3. Based on the Gurney formula, a new calculation method for fragments velocity of the
eccentric detonation aimed warhead is put forward, which does not depend on the test
parameters
4 . A new method a using MOF. material for the detection of trace explosives is proposed.
1. Li Yuan, Li Yan-hua, Wen Yu-quan. Radial distribution of fragment velocity of
asymmetrically initiated warhead , International Journal of Impact Engineering. V99,39-47,2017.
2. Li Yuan, Li Yan-hua, Wen Yuquan. A Method for Estimating the Synchronization of a Mild
Multipoint Synchronous Initiation Circuit. Journal of Energetic Materials. V 35(2) ,179-
187,2017.
3．Xu Zhuang, Wen Yuquan, Tian LI, Li Guangtao. Efficient and selective adsorption of
nitroaromatic explosives by Zr-MOF. Inorganic Chemistry Communications. V77,
11-13,2017.
4. Ma Li, Wen Yuquan, Yan, Nan. Pore size and channel structure study of mesoporous SiO2 films on sensing trace explosive. Journal of Sol-Gel Science and Technology. V67(1): 161-
169,2013.
5. Xu Yunxia, Wen Yuquan, Zhu, Wei, etc. Electrospun nanofibrous mats as skeletons to produce MOF membranes for the detection of explosives.Materials Letters. V87: 20-23,
2012.
6. Wen YQ, Ye YK, Yan N. Detonation velocity deficit and curvature radius of flexible
detonation fuses. Combustion Explosion and Shock Waves. V48(2):209-213,2012.