2. Basic research on key scientific problems 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). 2007-20 12.
3. The development of Monte Carlo critical burnup coupling program system and temperature-related point nuclear cross section library. Key Laboratory Fund of China Nuclear Power Research and Design Institute. February 2007 to June 2008.
4. Design of thorium-based fuel test module for nuclear heavy water reactor. Baotou's major scientific and technological project "Development of Thorium-based Nuclear Fuel Components". February 6, 2007 to March 20, 2065 438+00.
5.2008 National Postgraduate Summer School (Nuclear Energy Science and Engineering). Project of Postgraduate Education Innovation Plan of Ministry of Education/Project supported by National Natural Science Foundation (special fund project). In 2008.
6. Joint research on fast reactors with different coolants. Sino-Russian cooperation project of National Natural Science Foundation of China (National Natural Science Foundation of China -RFBR), June 5438+1October-2065438+February 2000.
7. Principles of nuclear energy engineering. National defense "Eleventh Five-Year Plan" teaching materials.
8. Study on the coupling of reactor physics and thermodynamics based on random transport theory. Final assembly fund. 2009.3-20 1 1. 12。
9. Possibility and acquisition of application of lead 208 in nuclear engineering. Sino-Russian bilateral seminar project of the National Natural Science Foundation of China. 20 10 65438+ 10-2010 65438+February.
10.Tacr research. AECL international cooperation project. 200 1.7-20 10.6。
Expansion of 1 1.MCNP nuclear slice library and research on temperature interpolation. Key Laboratory Fund of China Nuclear Power Research and Design Institute. April 2065438+00-June 2065438 +0 1.
12. Study on vibration parameter library of main nuclides in thorium-uranium cycle and reactor neutron analysis method. National Natural Science Foundation's major research project "Fuel proliferation and evolution of advanced nuclear fission energy". 20 12. 1. 1-20 14. 12.3 1。
13. Key theoretical methods and processing software of nuclear database of reactor neutron science. Tsinghua University independent scientific research project. 20 1 1 year1month to 20 14 years1February.
14. Development of a high-efficiency and high-precision thorium-based molten salt reactor burnup analysis module. Level. 201165438+February 8 to 2012 65438+1October 3 1.
15. Development of reactor Monka analysis software. Major national science and technology project of large-scale advanced PWR nuclear power plant (independent technology research sub-project of nuclear power key design software). 20 1 1-20 15.
16. Research on design technology of experimental loop for in-reactor supercritical irradiation —— Sub-topic 4 (physical and thermal safety analysis of core). Level. 20 12 1 zhuan 20 14 12.
17. Research on key application basic technology of supercritical water-cooled reactor. National special project of international scientific and technological cooperation. 20 12. 12-20 15.4。
18. agreement/work package of cooperative research between Tsinghua University and French power company on thermal hydraulics and neutronics 1: Neutronics-3D neutron transport PWR benchmark, using RMC neutron program of Tsinghua University. 20 12.5. 1- 20 13.4。
19. design and analysis of radiation field-core of material irradiated damage. Open project of key laboratory of neutron physics of China Academy of Engineering Physics. 20 13.6. 1-20 15.8.3 1。
20. Research and development of multi-group burnup module and database for molten salt cooled pebble bed reactor. Level. 2012165438+1October 28th to 20 13 12 15.
Research on 2 1. Monte Carlo source convergence and its diagnosis and improvement methods. Key laboratory fund. 20 13-20 15.
22. Research on burnup algorithm and program development of complex nuclide system. Level. 20 13.4-20 13. 12。
23. Development of stochastic simulation software. Level. 20 13-20 14.