Wang Kan
Wang Kan
Born in June 1965 in Xi'an, Shaanxi Province, doctor, professor. In 1993, he graduated from the Department of energy and power engineering, Xi'an Jiaotong University, majoring in reactor engineering and safety. Since October 1993, he has been teaching in the Department of Engineering Physics of Tsinghua University. From 1998 to early 2000, he has been a guest associate researcher in the engineering systems research center and the Department of nuclear engineering of the University of California, Berkeley. At present, he is deputy director of the Department of Engineering Physics, deputy director of the academic committee of the Department, and deputy director of the teaching and research section of nuclear energy utilization (Institute of nuclear energy science and Engineering Management (Preparatory)). Since studying for postgraduate, I have been engaged in the research and teaching of nuclear energy science and engineering. Since 1994, he has been responsible for the teaching of the first class course "reactor physics" in Tsinghua University. Now he is responsible for the key construction project "principles of nuclear engineering" of the undergraduate excellent course, and participates in the construction project "advanced reactor physics" of the postgraduate excellent course. The main research directions are the research of numerical calculation method and program development of reactor physics, the analysis and research of advanced and new concept nuclear reactor, and the research of nuclear fuel cycle and fuel management. At present, he is responsible for or technically responsible for the conceptual design of thorium based advanced heavy water nuclear power system, the research of long-life new concept nuclear reactor, the construction of research platform for nuclear energy discipline of engineering and physics department, and other international cooperation and 985 and 211 projects. More than 40 papers have been published.
Working experience
Doctoral supervisor, Department of Engineering Physics, Tsinghua University (07.09 – present) Professor, Department of Engineering Physics, Tsinghua University (05.12 – present) associate professor, Department of Engineering Physics, Tsinghua University (96.12-05.12) visiting associate researcher, Department of nuclear engineering, University of California, Berkeley (98.08-00.02) lecturer, Department of Engineering Physics, Tsinghua University (93.10-96.12) former: Secretary of the Party branch, member of the Party committee, deputy director of the research office, and Research Institute Deputy director, executive deputy director, deputy director of the Department, deputy director of the academic committee of the Department, and head of the teaching working group of the Department. current position: Director of Institute of nuclear energy science and engineering management, member of degree sub committee of nuclear science and technology, member of Academic Committee of the Department he has won the young teacher award of Huo Yingdong education foundation, the first outstanding young teacher award of Tsinghua University, the first prize of Beijing Higher Education teaching achievement award, advanced individual of Beijing University Teachers' morality, Beijing Patriotic model and friends of Tsinghua University Show (young) Teacher Award, etc.
Academic part time job
Vice chairman of reactor physics and nuclear materials Committee of CNP, vice chairman of Tsinghua branch of Alumni Association of Xi'an Jiaotong University from May 2004 to September 2011, executive director of nuclear power branch of CNP from April 2007 to September 2011, vice chairman of "CNP" editorial board from September 2011 to January 2008, vice chairman of cnie from May 2008 to June 2008- member of American nuclear society, 2008.7 - vice president of nuclear branch of Xi'an Jiaotong University Alumni Association, 2009.8 - editorial board member of "nuclear science and technology and application", 2011.1 - deputy director of Academic Committee of Key Laboratory of nuclear reactor system design technology, 2011.10 - member of Academic Committee of National Key Laboratory of energy and nuclear power software, 2012.9 - Academic Journal of Atomic Energy Science and technology, Journal of Tsinghua University (since) Natural science, nuclear science and engineering, review of nuclear physics, computational physics, China nuclear power, nuclear technology, nuclear engineering and design, energy, annals of nuclear energy, progressive nuclear energy, science and technology of nuclear installations, etc. chairman of many international and domestic academic conferences, branch chairman, chairman / Vice Chairman / member of Technical Committee, etc.
research field
Reactor physics, numerical calculation method and program nuclear cross section database processing application of Monte Carlo method in nuclear engineering advanced and new concept nuclear energy system analysis multi physics coupled high fidelity numerical reactor platform thorium resource utilization and thorium based fuel cycle
Research overview
1. Study on the direct simulation method of neutron continuous energy spatiotemporal dynamics. Supported by National Natural Science Foundation of China, from January 1, 2008 to December 31, 2010. 2. Basic research on key scientific issues of supercritical water reactor - Basic Research on core physical characteristics and analysis methods of supercritical water reactor under specific conditions. National key basic research and development plan (973). 2007-2012. 3. Development of Monte Carlo critical burnup coupling program system and temperature dependent point nuclear cross section library. Key Laboratory foundation of China Nuclear Power Research and Design Institute. From February 14, 2007 to June 2008. 4. Design of thorium based fuel test assembly for nuclear heavy water reactor. "Thorium based nuclear fuel element development" is a major scientific and technological project in Baotou city. From December 6, 2007 to March 20, 2010. 5. 2008 National Graduate Summer School (nuclear science and Engineering). Ministry of education graduate education innovation program / NSFC funded project (special fund project). 2008. 6. Joint study of different coolant fast reactors. Nsfc-rfbr cooperation project, January 2009 to December 2010. 7. Principles of nuclear power engineering. Teaching materials for the Eleventh Five Year Plan of national defense. 8. Research on reactor physical and thermal coupling based on stochastic transport theory. General Assembly fund. 2009.3-2011.12。 9. Application possibility and acquisition of lead 208 in nuclear engineering. NSFC China Russia bilateral seminar project. From January 2010 to December 2010. 10. TACR study. AECL international cooperation project. 2001.7-2010.6。 11. Expansion of MCNP cross section library and temperature interpolation. Key Laboratory foundation of China Nuclear Power Research and Design Institute. From April 2010 to June 2011. 12. Study on resonance parameter library of main nuclides in thorium uranium cycle and method for neutron analysis of reactor. The major research program of NSFC is "fuel proliferation and transmutation of advanced nuclear fission energy". 2012.1.1-2014.12.31。 13. Key theories, methods and processing software of nuclear database for reactor neutronics. Project of independent scientific research plan of Tsinghua University. From November 2011 to December 2014. 14. Research and development of analysis module for accurate and efficient burnup calculation of thorium based molten salt reactor. Horizontal. From December 8, 2011 to October 31, 2012. 15. Development of reactor Monka analysis software. National Science and technology major project of large advanced pressurized water reactor nuclear power plant (nuclear power key design software independent technology research sub project). 2011-2015. 16. Research on design technology of experimental loop for in core supercritical irradiation sub project 4 (physical and thermal safety analysis of core). Horizontal. From January 2012 to December 2014. 17. Research on key application basic technology of supercritical water cooled reactor. National special project of international science and technology cooperation. 2012.12-2015.4。 18．COLLABORATIVERESEARCHAGREEMENTBetweenTSINGHUAUNIVERSITYandEDFonThermohydraulicsandNeutronics/Workpackage1:Neutronics-3DNeutronTransportPWRBenchmarkwithTsinghua'sRMCneutronicscode.2012.5.1-2013.4。 19. Radiation field for material irradiation damage - core design and analysis. Key Laboratory of neutron physics, Chinese Academy of Engineering Physics. 2013.6.1-2015.8.31。 20. Research and development of multi group burnup module and database for molten salt cooled pebble bed reactor. Horizontal. From November 28, 2012 to December 15, 2013. 21. Monte Carlo source convergence problem and methods for diagnosing and improving source convergence. Key Laboratory fund. 2013-2015. 22. Burnup algorithm research and program development of complex nuclide system. Horizontal. 2013.4-2013.12。 23. Development of stochastic simulation software. Horizontal. 2013-2014.
Chinese PinYin : Wang Kan
Wang Kan
