LI
Shengqiang
Senior
Research Scientist of Nuclear Science and Engineering
Division of Thermal Hydraulics
sqli@tsinghua.edu.cn
(+86
10) 6277-1526-8603
Education background
PhD,
Tsinghua University, Nuclear Science and Engineering, 2012
MD,
Tsinghua University, Nuclear Science and Engineering, 2001
B.S.,
Tsinghua University, Automation, 1998
Experience
12/2012-present,
Senior Research Scientist, Division of Thermal Hydraulics,
INET
11/2004-11/2012,
Research Scientist, Division of Thermal Hydraulics, INET
Social service
Major
editor, Advanced Integral Type Reactors: Passive Safety Design and Experiment.
Specia edition of Science and Technology of Nuclear Installations
Areas of Research Interests/ Research Projects
Li’s research interests are in the areas of measurement and data analysis,
etc..
Special Measurement and Data Analysis
Li has been working on the special process parameter measurement for decades. He
has more than ten patents on the integrated rod position measurement. Some
innovative techniques, such as compression coding measurement, floating adaptive
denoising, and parameter adaptive stability technology have been developed by
the team guided by Prof. Li. The prototype devices of rod position have passed
the composite environment performance test.
The new
integrated measurement technology was under development, which may decease at
least 40% total length of survey space.
Thermal Hydraulic Experiment and Simulation
Li worked on scaling analysis technology for more than eight years. He has
developed the prototype models for the large passive containment cooling test
facility, which was built for the verification test of PWR Major national
projects. He also guided the sloshing natural circulation scaling model with
department teams.
Li also concentrates on the flashing mechanism and feature recognition for
years. His has guided doctoral students who developed a unified formula to
describe flash evaporation, which may fit high-pressure situation as well as low
pressure conditions. The relationship between high and low pressure conditions
in the classical flash theory is established by this formula. The innovative
drag reduction research is on the way.
Intelligent Information Processing
Li has participated the international cooperation projects which was organized
by IAEA in Croatia. The sensitivity analysis of China's energy structure was
built with intelligent planning and optimization technology.
The
protection variable stabilization technology is under development by intelligent
information processing. The object is providing a more robust protection
mechanism for reactor safety.
Analysis
of reactor signal disturbance is another topic of interest for his team.
Research Status
2016-present
Advanced measurement of LWR
Experiment of passive residual heat removal technology for large
advanced PWR
A
large-scale experiment system was studied. The characteristic of passive heat
removal system for large-scale pressurized water reactor was simulated. The
scaling programme was built. The experiment for passive heat removal
verification of CAP1400 has been processed based on the formal scheme.
2010-Present Research on integrated rod position measurement technology
A more
integrated low power consumption and high stability rod position detection
technology was studied during the stage. The sensor parameter sensitivity and
intelligent data analysis algorithm was developed. The prototype devices have
passed the special environment test.
2008-2012 Simulation analysis of passive residual heat removal performance of
HTR
The
characteristics of passive heat removal classical IAEA HTR prototype-GT-MHR was
analyzed by full scale CFD simulation model. The model was built to meet the
requirements of real-time calculation and data accuracy at the same time. The
result was compared with several IAEA simulations. It is in good agreement with
the median results of multi group simulation.
2004-2008 Research
on integrated rod position measurement technology
2003-2004 China-France
nuclear energy cooperation project
Simulation
analysis of passive residual heat removal performance of HTR
Academic Achievement
Publications
1 | Lian, Haibo；Jiang, Shengyao; Li, Shengqiang; Zhu, Hongye; Yang,
Xingtuan. Analysis of Asymmetry Flow in Integrated Small Natural
Circulation Reactor .Yuanzineng Kexue Jishu/Atomic Energy Science and
Technology, 2019, v 53, n 8: 1410-1416. |
2 | Li, Shengqiang；Tan,
Ming; Zhang, Zhanbo. An optimization method of brachistochrone problem
with viscous friction and its application in ADS design .Qinghua Daxue
Xuebao/Journal of Tsinghua University, 2018, v 58, n
6: 563-569. |
3 | Zhang, Zhanbo;
Li,Shengqiang. Numerical simulation study of the effects of horizontal
porous baffles on liquid sloshing in a cylindrical tank .Qinghua Daxue
Xuebao/Journal of Tsinghua University, 2018, v 58, n
10: 934-940. |
4 | Li
Shengqiang,Yanping Huang,Luciano Burgazzi,Annalisa Manera. [J].
Advanced Integral Type Reactors: Passive Safety Design and Experiment
.Science and Technology of Nuclear Installations, 2015. |
5 | Feng, Beibei; Yang,
Xingtuan; Li, Shengqiang; Sun, Yanfei; Tu, Jiyuan; Jiang, Shengyao.
Study on thermal-hydraulic behavior of an integral type reactor under heaving
condition .Science and Technology of Nuclear Installations, 2014 |
6 | Li, Shengqiang; Yin,
Xiong; Hao, Yalei; Zhu, Hongyu; Jiang, Shengyao. Studies on source
effect in experimental design for passive cooling in large cavities under
LOCA conditions .International Conference on Nuclear Engineering,
Proceedings, ICONE, 2013. |
7 | Yin Xiong,
Shengqiang Li, Yalei Hao, Shengyao Jiang. Elementary Analysis for the
Decommissioning Schedule of High Temperature Reactors .International
Conference on Nuclear Engineering, Proceedings ,ICONE, v2, 2013 |
8 | Yin Xiong,
Shengqiang Li, Yalei Hao, Shengyao Jiang. Elementary Analysis of the
Quality Assurance for Probabilistic Safety Analysis .International
Conference on Nuclear Engineering, Proceedings ,ICONE, v2, 2013 |
9 | Shengqiang Li, Yin
Xiong, Yalei Hao, Shengyao Jiang. Scaling for Different Containment
Passive Cooling Design Under LOCA Conditions .International Conference
on Nuclear Engineering, Proceedings, ICONE, v2, 2013. |
10 | Feng, Beibei; Wang,
Shiming; Li, Shengqiang; Yang, Xingtuan; Jiang,Shengyao. Experimental
and numerical study on pressure distribution of 90° elbow for flow
measurement .Science and Technology of Nuclear Installations, 2014. |
11 | LI Shengqiang.
Sensitivity Evaluation of Experimental Conditions for Shell Passive
Cooling[C]. .Proceedings of the 5th International Symposium on
Symbiotic Nuclear Power Systems (ISSNP2013) |
12 | Zhang Dezhi.
Scaling Analysis for Passive Safety Features in Containments for Advanced
Nuclear Reactor[C]. .Proceedings of the 5th International
Symposium on Symbiotic Nuclear Power Systems (ISSNP2013) |
13 | Li, Shengqiang;
Li,Weihua; Jiang, Shengyao. Scaling for outer passive cooling channels
of an advanced reactor containment .Qinghua Daxue Xuebao/Journal of
Tsinghua University, 2012, v 52, n 2: 229-233. |
14 | Li, Shengqiang; Bo,
Hanliang; Wang, Wenran;Jiang, Shengyao. Liquid collapse level
monitoring for nuclear reactors during loss of coolant accident
.Qinghua Daxue Xuebao/Journal of Tsinghua University, 2009, v 49, n 6:
872-875. |
15 | Li, Shengqiang;
Jiang, Shengyao; Zhong, Shuoping; Wang, Wenran; Bo, Hanliang. Study of
unique foam detecting sensor .International Conference on Nuclear
Engineering, Proceedings, ICONE, 2010, v 1, 2010, 18th International
Conference on Nuclear Engineering, ICONE18 |
16 | Qi, Liang;
Xie,Xiaofeng; Li, Shengqiang; Xu, Jingming; Zhou, Qifeng. Fuel-delivery
system and control of portable direct methanol fuel cell .Qinghua Daxue
Xuebao/Journal of Tsinghua University, 2007, v 47, n 3: 436-440. |
17 | ZHANG Youjie;CAO
Dan;LIU Zhiyong;LI Jun;LI Shengqiang. Experimental Investigation on
Once-Through Steam Generator Stability Under Low Thermal Parameter
.Atomic Energy Science and Technology, 2006, v 40, n 1: 1-4. |
18 | Li Sheng-qiang;Zhong
Shuo-ping Development of kind of foam level detecting sensor. Instrument
Techniques and Sensor, 2002. |
19 | Zhang Youjie; Wu
Xinxin; Jiang Shengyao; Xu Xianqi; Li Shengqiang. Experimental
Confiremation on the Natural Ciructation Valve of Research Reactor
.Nuclear Power Engineering, 2002, v25,n2: 1-4.. |
20 | Jia, Haijun;Jiang,
Shengyao; Wu, Shaorong; Li, Yi; Xiao, Zhi; Li, Shengqiang; Zhong, Shuoping;
Zhang, Youjie; Yang, Jinnong;. Dual-tower vertical evaporation tube
high-temperature MED seawater desalination test unit .Qinghua Daxue
Xuebao/Journal of Tsinghua University, 2003, v 43, n
10: 1336-1338+1358. |
21 | Zha, Meisheng;
Zhong, Shuoping;Chen, Renchang; Li, Shengqiang. Temperature measuring
system of the in-core components for Chinese 10 MW High Temperature
Gas-Cooled Reactor .Journal of Nuclear Science and Technology, 2002, v
39, n 10: 1086-1093. |
Patents
Li
Shengqiang, Jiang Shengyao, Bo Hanliang, etc. A rod position measuring device
based on differential pressure variation, CN101794627B, 2012.07.25.
Li
Shengqiang, Zhang Yajun, Jiang Shengyao, etc. Rod position measurement system
based on error band correction method, CN101794628B, 2012.07.25.
Li
Shengqiang, Jiang Shengyao, Bo Hanliang, etc. Position measurement device based
on two dimensional pseudo random code, CN101852584B, 2011.11.09.
Li
Shengqiang, Jiang Shengyao, Bo Hanliang, etc. A rod position measuring device
with double spiral coil cascade structure, CN101794630B, 2012.02.08.
Li
Shengqiang, Jiang Shengyao, Bo Hanliang, etc. A self
calibration rod position measuring device, CN101794631B,
2012.02.08.
Li
Shengqiang, Jiang Shengyao, Bo Hanliang, etc. A
digital differential pressure rod position measuring device, CN101794629B,
2012.02.08.
Li
Shengqiang, Zhang Youjie, Li Dezhong, etc. A control rod position measurement
system based on coil self induction principle, CN100483561C,
2009.04.29.
Zhang
Youjie, Li Shengqiang, Li Dezhong, etc. A
single stage coil control rod position measurement sensor based on self
induction principle, CN100483562C, 2009.04.29.
Li
Shengqiang, Zhang Youjie, Li Dezhong, etc. A control rod position measurement
system based on coil self induction principle, CN100483561C,
2009.04.29.
Li
Shengqiang, Zhong Shuoping, A temperature sensor for measuring the difference
between the sensor temperature under heating and the ambient temperature,
CN1185472C, 2005.01.19.
Zhong
Shuoping, Li Shengqiang, A double parameter measuring device for measuring the
dryness and flow rate of saturated steam, CN2566233Y, 2003.08.13.
Zhong
Shuoping, Zha Meisheng, Li Shengqiang, On line measuring device of saturated
steam dryness with conductance, CN2755609Y, 2006.02.01.
Zhong
Shuoping, Li Shengqiang, Method for judging foam interface in medium,
CN1246689C, 2006.03.22.
Li
Shengqiang, Zhong Shuoping, Calorimetric sensor for judging the state of foam
medium, CN2520502Y, 2002.11.13.
Last updated：2020-10-09
