边浩志

Bian Haozhi, male, born in 1991, Doctor of Engineering, Associate professor, master tutor. In 2014, he received his bachelor's degree in nuclear Engineering and Nuclear Technology from Harbin Engineering University and completed his bachelor's thesis from Texas A&M University. In the same year, he was recommended to the School of Nuclear Science and Technology of Harbin Engineering University and obtained the qualification of master's and doctoral continuous study. In June 2019, he received the Doctor of Engineering degree (awarded the excellent doctoral dissertation of Harbin Engineering University). I have been working in the school since July 2019. Currently, as the project leader, he is in charge of 1 National Natural Science Foundation (youth), 1 National Key Research and Development Program sub-project, 1 national major special sub-project, 1 CNNC Youth Talent project, 1 Central university project, 3 civil products horizontal project, and 1 graduate education reform project. Completed more than 10 projects as the main participant. He has applied for more than 40 invention patents, published more than 80 academic papers (h-index 14), and registered 4 software Copyrights. He has written 1 textbook, 1 monograph and 2 translations. He won 1 first prize of Scientific and technological Progress in Heilongjiang Province, 1 second prize of Technological invention in Beijing, 1 third prize of scientific and technological progress in colleges and universities in Heilongjiang Province, organized the application of Patent Award in Heilongjiang Province (Excellence Award), and was awarded the title of "Excellent Instructor of graduation design in 2021" and "the warmest person around 2023 graduates". "Heat Transfer" (provincial first-class undergraduate courses), "thermal fluid" (Nan 'an United College, taught in English), "Advanced Nuclear Power Reactor" courses. He is a reviewer of Energy, Applied Energy, International Jounal of Heat and Mass Transfer, a member of the Chinese Nuclear Society, and a director of the Ship Nuclear Power Branch of the Chinese Nuclear Society. In 2022, it will be selected into the "Elite" plan for young talents of China National Nuclear Group, and in 2023, it will be selected into the Heilongjiang Province Youth Lifting Talent Project.

 

Research interests: CFD numerical simulation analysis of advanced nuclear energy systems; Research on heat transfer characteristics of steam condensation containing non-condensable gas; Passive safety technology research; New reactor concept study; Research on single-phase/phase-change heat transfer enhancement technology; Enhanced nuclear boiling heat transfer on 3D printed microsurfaces.

 

Enrollment: Master's degree, doctoral degree (recommended supervisor).

2010.08~2014.07: Harbin Engineering University, major in Nuclear Engineering and Nuclear Technology, Bachelor's degree;

 

January 2014 ~ July 2014: Texas A&M University, United States, completed the bachelor's thesis;

 

August, 2014 - June, 2019.06: Harbin Engineering University, majoring in Nuclear Science and Technology, was recommended for a master's degree and a PhD in engineering.

2019.07~2023.06: Associate Professor, School of Nuclear Science and Technology, Harbin Engineering University;

 

2023.06~ Now: Associate Professor, School of Nuclear Science and Technology, Harbin Engineering University

2. 含不凝性气体蒸汽冷凝传热特性研究；

3. 非能动安全技术研究；

4. 3D打印微表面强化沸腾传热特性研究；

5. 新型反应堆系统概念研究；

6. 单相/相变强化传热特性研究。

 

Email: bianhaozhi@hrbeu.edu.cn, bianhaozhi@yeah.net

 

Thermofluidics, taught, all English courses, Southampton Union College;

 

"Course design - Heat exchanger", teaching;

 

"Xinghai Academic Frontier Lecture", Assistant;

 

Reactor Thermal Hydraulics, Assistant;

 

Nuclear Power Plants and Equipment (II), Assistant.

 

2. Bian Haozhi, Zhou Shuhang, Cao Boyang, Ding Ming, Cao Xiaxin, Xing Ji, Sun Zhongning, Li Wei, ZHANG Nan, Meng Zhaoming. A kind of high efficiency heat exchanger in containment with cut blow blowing system [P]. Heilongjiang Province: CN113035392A,2021-06-25.

 

3. Bian Haozhi, Zhou Shuhang, Liu Feng, Cao Xiaxin, Ding Ming, Xing Ji, Sun Zhongning, Zhang Nan, WANG Hui, Meng Zhaoming. A Self-driven extractive passive containment heat removal system [P]. Heilongjiang Province: CN113035393A,2021-06-25.

 

4. Bian Haozhi, CAO Boyang, LI Gonglin, Ding Ming, CAO Xiaxin, Xing Ji, Sun Zhongning, Li Wei, WANG Hui, MENG Zhaoming. A kind of high efficiency heat exchanger in containment with gas storage compartment [P]. Heilongjiang Province: CN113035394A,2021-06-25.

 

5. Bian Haozhi, Zhou Shuhang, CAO Boyang, Ding Ming, CAO Xiaxin, Sun Zhongning, Xing Ji, Meng Zhaoming, ZHANG Nan, LI Wei. A kind of high efficiency heat exchanger in containment with self-flow blowing system [P]. Heilongjiang Province: CN113035395A,2021-06-25.

 

6. Bian Haozhi, CAO Boyang, LI Gonglin, Ding Ming, CAO Xiaxin, Sun Zhongning, Xing Ji, Wang Hui, ZHANG Nan, MENG Zhaoming. A kind of high efficiency heat exchanger in containment with double wheel and double blade compound dynamic blowing type [P]. Heilongjiang Province: CN113035396A,2021-06-25.

 

7. Bian Haozhi, Zhou Shuhang, CAO Boyang, Ding Ming, CAO Xiaxin, Xing Ji, Sun Zhongning, Meng Zhaoming, WANG Hui, Zhang Nan. A kind of high efficiency heat exchanger in containment with cut and stroke suction system [P]. Heilongjiang Province: CN113035397A,2021-06-25.

 

8. Bian Haozhi, Zhou Shuhang, Liu Feng, CAO Xiaxin, Ding Ming, Sun Zhongning, Xing Ji, Wang Hui, ZHANG Nan, Li Wei. A kind of high efficiency heat exchanger built into Self-driven induced flow containment [P]. Heilongjiang Province: CN113035399A,2021-06-25.

 

9. Bian Haozhi, Zhou Shuhang, Liu Feng, Ding Ming, Cao Xiaxin, Sun Zhongning, Xing Ji, Li Wei, MENG Zhaoming, Zhang Nan. A kind of passive high efficiency heat exchanger for membrane phobic containment [P]. Heilongjiang Province: CN113035400A,2021-06-25.

 

10. Bian Haozhi, Peng Xiang, LI Gonglin, Ding Ming, CAO Xiaxin, Sun Zhongning, Xing Ji, Zhang Nan, MENG Zhaoming, Wang Hui. A kind of PCS long-term heat exchange water tank with parallel channel [P]. Heilongjiang Province: CN112951457A,2021-06-11.

 

11. Bian Haozhi, SUN Zhongning, Sun Qiunan, Meng Zhaoming, Zhang Nan, Ding Ming, ZHOU Yanmin, GU Haifeng. A time-free passive combined heat removal system with integrated heat release trap [P]. Heilongjiang Province: CN112053791A,2020-12-08.

 

12. Ding Ming, BIAN Haozhi, SUN Jianchuang, Li Chun, Li Wei, SUN Zhongning, Meng Zhaoming, Zhang Nan, FAN Guangming, YAN Changqi. A passive air cooling system for PCCS heat exchange water tank [P]. Heilongjiang: CN108877965A,2018-11-23.

 

13. Ding Ming, BIAN Haozhi, SUN Jianchuang, Li Chun, Li Wei, SUN Zhongning, Meng Zhaoming, Zhang Nan, FAN Guangming, YAN Changqi. A closed passive containment cooling system for floating nuclear power plant [P]. Heilongjiang: CN108877966A,2018-11-23.

 

14. Ding Ming, BIAN Haozhi, SUN Jianchuang, LI Chun, Li Wei, SUN Zhongning, Meng Zhaoming, Zhang Nan, FAN Guangming, YAN Changqi. An external displacement hot water tank for integrated passive containment cooling system [P]. Heilongjiang: CN108877967A,2018-11-23.

 

15. Ding Ming, BIAN Haozhi, SUN Qiunan, Zhang Nan, MENG Zhaoming, Zhou Yanmin, FAN Guangming, GU Haifeng, SUN Zhongning, YAN Changqi. A long-term efficient passive containment cooling system using jet technology [P]. Heilongjiang: CN106782698A,2017-05-31.

 

16. Ding Ming, BIAN Haozhi, Sun Qiunan, Zhang Nan, MENG Zhaoming, Zhou Yanmin, FAN Guangming, GU Haifeng, SUN Zhongning, YAN Changqi. A passive containment cooling system for floating nuclear power plant [P]. Heilongjiang: CN106531244A,2017-03-22.

 

17. Ding Ming, SUN Jianchuang, BIAN Haozhi, CAO Xiaxin, Ran Xu, ZHANG Zhuohua, Sun Zhongning, FAN Guangming, YAN Changqi, CUI Feng. A Steam condensation induced water hammer elimination device based on Rotary twist belt [P]. Heilongjiang Province: CN109595422A,2019-04-09.

 

18. Ding Ming, SUN Jianchuang, BIAN Haozhi, CAO Xiaxin, Ran Xu, ZHANG Zhuohua, Sun Zhongning, FAN Guangming, YAN Changqi, CUI Feng. A Low Pressure and low height Difference natural circulation test device [P]. Heilongjiang Province: CN109520915A,2019-03-26.

 

19. Ding Ming, SUN Jianchuang, BIAN Haozhi, CAO Xiaxin, Ran Xu, ZHANG Zhuohua, Sun Zhongning, FAN Guangming, YAN Changqi, CUI Feng. A steam condensation induced water hammer elimination device based on Fixed twisted belt [P]. Heilongjiang Province: CN109340501A,2019-02-15.

 

20. Ding Ming, Hu Jian, BIAN Haozhi, Yu Xinli, Zhou Xuhua, Cao Xiaxin, Meng Zhaoming, Zhang Nan, SUN Zhongning, YAN Changqi. An efficient passive spent fuel pool cooling system using jet technology [P]. Heilongjiang: CN107578828A,2018-01-12.

 

21. Meng Zhaoming, Ai Peng, Qi Xiangjie, Sun Zhongning, Zhang Nan, Ding Ming, Zhou Yanmin, Bian Haozhi, Gu Haifeng. A device for preventing flying out of thermocouple through casing with multi-stage adjustment of insertion depth [P]. Heilongjiang Province: CN113624353A,2021-11-09.

 

22. Meng Zhaoming, Ai Peng, Qi Xiangjie, Sun Zhongning, Zhang Nan, Ding Ming, Bian Haozhi, Zhou Yanmin, Gu Haifeng. Thermocouple through casing anti-flight, self-compression, adjustable insertion depth device [P]. Heilongjiang Province: CN113624354A,2021-11-09.

 

23. Cao Xiaxin, Peng Xiang, LI Gonglin, Ding Ming, Bian Haozhi, Sun Zhongning, Xing Ji, Meng Zhaoming, Zhang Nan, Li Wei. A kind of PCS long-term cooling water tank with high efficiency [P]. Heilongjiang Province: CN113035387A,2021-06-25.

 

24. Cao Xiaxin, Peng Xiang, LI Gonglin, Ding Ming, Bian Haozhi, Sun Zhongning, Xing Ji, Meng Zhaoming, Zhang Nan, Wang Hui. A simple and efficient PCS long-term cooling water tank [P]. Heilongjiang Province: CN113035388A,2021-06-25.

 

25. Cao Xiaxin, Zhou Shuhang, Cao Boyang, Bian Haozhi, Ding Ming, Xing Ji, Sun Zhongning, Zhang Nan, Meng Zhaoming, Li Wei. A kind of high efficiency heat exchanger in containment with self-flow suction system [P]. Heilongjiang Province: CN113035391A,2021-06-25.

 

26. Ding Ming, LI Gonglin, Peng Xiang, BIAN Haozhi, Cao Xiaxin, Xing Ji, SUN Zhongning, Meng Zhaoming, Zhang Nan, Wang Hui. An efficient passive containment cooling system with transmission device [P]. Heilongjiang Province: CN113035398A,2021-06-25.

 

27. Ding Ming, LI Gonglin, Peng Xiang, Bian Haozhi, Cao Xiaxin, Sun Zhongning, Xing Ji, Zhang Nan, MENG Zhaoming, Li Wei. An energy recovery and utilization System using condensate water collection device [P]. Heilongjiang Province: CN112992391A,2021-06-18.

 

28. Ding Ming, SUN Jianchuang, Ran Xu, Yang Fan, Li Feng, Xia Shuang, Cao Xiaxin, Bian Haozhi. A passive safety system for eliminating water hammer induced by steam condensation [P]. Heilongjiang Province: CN112595135A,2021-04-02.

 

29. Ding Ming, Sun Jianchuang, Ran Xu, Yang Fan, Li Feng, Xia Shuang, Cao Xiaxin, Bian Haozhi. A passive safety system for inhibiting water hammer induced by steam condensation [P]. Heilongjiang Province: CN112577333A,2021-03-30.

 

30. Meng Zhaoming, Sun Qiunan, Sun Zhongning, Ding Ming, Bian Haozhi, Zhang Nan, ZHOU Yanmin, Gu Haifeng. A multifunctional double-layer concrete containment system for pressurized water reactor [P]. Heilongjiang Province: CN112071451A,2020-12-11.

 

31. Sun Zhongning, Sun Qiunan, Bian Haozhi, Meng Zhaoming, Zhang Nan, Ding Ming, ZHOU Yanmin, GU Haifeng. A passive combined heat removal system with integrated heat release trap [P]. Heilongjiang Province: CN112071454A,2020-12-11.

 

32. Meng Zhaoming, LI Weichao, Zhang Nan, Ding Ming, Sun Zhongning, Fan Guangming, Zhou Yanmin, Gu Haifeng, CAO Xiaxin, Bian Haozhi. A kind of portable glass window defogging system for pressure vessel [P]. Heilongjiang: CN107548175A,2018-01-05.

 

33. Sun Tianye, XIAO Jiayu, Zuo Tian-ying, LIU Yongyao, CHENG Jiahao, LI Rongji, Bian Haozhi, GUO Zehua, DING Ming, SUN Zhongning. A kind of PCS built-in high efficiency heat exchanger using micro-wave heat transfer tube [P]. Heilongjiang: CN15312217A,2022-11-08.

 

34. Xiao Jiayu, BIAN Haozhi, LI Wentao, Wang Jianwei, Sun Zhongning, Ding Ming, Li Wei, GAO Li, GUO Zehua, LV Dufeng. A kind of PCS built-in high efficiency heat exchanger with serpentine heat transfer tube [P]. Heilongjiang: CN115019984A,2022-09-06.

 

35. Zhang Nan, LIU Feng, Zhangjiahui, DING Ming, MENG Zhaoming, LI Wei, BIAN Haozhi, SUN Zhongning. A test device for studying multi-component gas transport behavior in containment compartments [P]. Heilongjiang: CN115312220A,2022-11-08.

 

36. Zhang Nan, Zhangjiahui, LIU Feng, Ding Ming, LI Wei, MENG Zhaoming, BIAN Haozhi, SUN Zhongning. Test device and test method for influence of containment spray system on hydrogen mixing [P]. Heilongjiang: CN115274153A,2022-11-01.

 

37. Cao Xiaxin, LIU Jiabao, Yang Peixun, Ding Ming, BIAN Haozhi, Jiang Boyang. A detachable circum-directional multi-measuring point pure steam condensation heat transfer experimental device [P]. Heilongjiang: CN114624284A,2022-06-14.

 

38. Cao Xiaxin, LIU Jiabao, Yang Peixun, Ding Ming, BIAN Haozhi, Jiang Boyang. An experimental device for steam condensing heat transfer in horizontal pipe with circumdirectional displacement [P]. Heilongjiang: CN114199932A,2022-03-18.

 

39. Guo Zehua, Man Tianming, WANG Jincheng, Ding Ming, Bian Haozhi, Sun Zhongning, Zhang Nan, Meng Zhaoming. A kind of hydrogen recombination assembly unit with hollow structure spherical bed [P]. Heilongjiang: CN114093531A,2022-02-25.

 

40. Guo Zehua, WANG Jincheng, Man Tianming, Ding Ming, Bian Haozhi, Sun Zhongning, Zhang Nan, Meng Zhaoming. A kind of Reinforced Heat Exchange Tube with Hollow structure spherical bed [P]. Heilongjiang: CN113899237A,2022-01-07.

 

41. Guo Zehua, WANG Jincheng, Man Tianming, Ding Ming, Bian Haozhi, Sun Zhongning, Zhang Nan, Meng Zhaoming. A kind of micro-fin heat exchange tube filled with spherical particles [P]. Heilongjiang: CN113899236A,2022-01-07.

 

1. Bian H, Lu Y, Li C, Liang T,  Ding M. Comprehensive parameter analyses on steam-air condensation at pressures up to 1.6MPa [J]. Nuclear Engineering and Design, 2021, 385: 111536.

 

2. Bian H, Sun Z, Zhang N, Meng Z,  Ding M. A new modified diffusion boundary layer steam condensation model in the presence of air under natural convection  conditions[J]. International Journal of Thermal Sciences, 2019, 145: 105948.

 

3. Bian H, Sun Z, Zhang N, Meng Z,  Ding M. Numerical investigations on steam condensation in the presence of air on external surfaces of 3×3 tube  bundles[J], Progress in Nuclear Energy (2018) 111 (2019) 42-50. (SCI: 000456638100004)

 

4. Bian H, Sun Z, Cheng X, Zhang N, Meng Z,  Ding M. CFD evaluations on bundle effects for steam condensation in the presence of air under natural convection  conditions[J]. International Communications in Heat and Mass Transfer, 98 (2018) 200-208. (SCI: 000449129200023, JCR:  Zone 1)

 

5. Bian H, C. Kurwitz, Sun Z, Cheng K,  Chen K. Enhanced nucleate boiling on 3D-printed micro-porous structured surface[J]. Applied Thermal Engineering,  141 (2018) 422-434. (SCI: 000440958800040;  JCR: Zone 1)

 

6. Bian H. Sun Z, Zhang N, Meng Z,  Ding M. A preliminary assessment on a two-phase steam condensation model in nuclear containment applications[J]. Annals  of Nuclear Energy 121 (2018) 615-625. (SCI: 000444668200059;  JCR: Zone 1)

 

7. Bian H, Sun Z, Zhang N, Meng Z,  Ding M. Sensitivity analysis of the diffusion boundary layer steam condensation model[J],  International Journal of Nuclear Safety and Simulation 9 (2018) 61-75.

 

8. Bian H, Sun Z, Ding M, Zhang N. Local phenomena analysis of steam condensation in the presence of air[J],  Progress in Nuclear Energy. 101 (2017) 188-198. (SCI: 000412261300002)

 

9. Liu F, Sun Z, Cao B, Bian H*,  Dimg M. Experimental investigations on steam-air-hydrogen condensation and corresponding component separation  phenomenon[J]. International Communications in Heat and Mass Transfer, 2021, 128: 105630.

 

10. Liu F, Sun Z, Ding M,  Bian H*. Research progress of hydrogen behaviors in nuclear power plant containment under severe accident conditions[J].  International Journal of Hydrogen Energy, 2021, 46(73): 36477-36502.

 

11. Cao B, Li Y, Lu Y, Zhou S, Bian H*,  Ding M. Experimental study of air–steam condensation on the influence of tube diameter and inclination angle[J]. Nuclear  Engineering and Design, 2021, 381: 111357.

 

12. Li G, Cao B, Zhou S, Bian H*,  Ding M. Effects of inclination and flow velocity on steam condensation consisting of air on tube bundle external  surfaces[J]. Progress in Nuclear Energy, 2021, 136: 103722.

 

13. Zhou S, Li Y, Sun Y, Bian H*,  Ding M. Evaluations and classifications of the bundle effects on steam condensation based on broad pressure range  experiments[J]. Progress in Nuclear Energy, 2021, 135: 103695

 

14. Ding M, Zhou X, Zhang H, Bian H,  Yan Q. A review of the development of nuclear fuel performance analysis and codes for PWRs[J]. Annals of Nuclear Energy, 2021, 163:108542.

 

15. Wang J, Bian H, Cao X,  Ding M. Numerical performance analysis of a novel shell-and-tube oil cooler with wire-wound and crescent baffles[J].  Applied Thermal Engineering, 2021, 184: 116298.

 

16. Zhou J, Ding M, Bian H, Zhang Y,  Sun Z. Characteristics of flow distribution in central-type compact parallel flow heat exchangers with modified inlet  and header[J]. Applied Thermal Engineering, 2020, 166: 114636.

 

17. Zhou J, Ding M, Bian H, Zhang Y,  Sun Z. Characteristics of flow distribution in central-type compact parallel flow heat exchangers with modified inlet  and header [J], Applied Thermal Engineering, 2019, 1-9.

 

18. Guo Z, Sun Z, Zhang N, Ding M, Bian H,  Meng Z. Computational study on fluid flow and heat transfer characteristic of hollow structured packed bed[J]. Powder  Technology, 344 (2019) 463-474.

 

19. Zhou J, Ding M, Bian H, Zhang Y,  Sun Z. CFD simulation for the effect of the header match on the flow distribution in a central-type parallel heat  exchanger[J]. Chemical Engineering Research and Design, 136 (2018) 144-153. (SCI: 000442334500014)

 

20. Zhou J, Sun Z, Ding M, Bian H, Zhang N,  Meng Z. CFD simulation for flow distribution in manifolds of central-type compact parallel flow heat exchangers[J]  Applied Thermal Engineering, 126 (2017) 670-677. (SCI: 000412251200063)

 

 

 

EI

 

1. Bian Haozhi, Sun Zhongning, Ding Ming, Zhang Nan, MENG Zhaoming, Wang Lu. Numerical simulation of heat transfer characteristics of air-containing vapor condensation [J]. Journal of Harbin Engineering University, 2019, 40(02): 1-7. (EI: 20191606777170)

 

2. Liu Feng, Sun Zhongning, Ding Ming, Bian Haozhi *. Stratification characteristics of helium driven by steam condensation in containment [J]. Journal of Harbin Engineering University, 2019,42(12):1786-1791.(EI)

 

3. Liu Shiwen, LI Yi, Cheng Xiang, Bian Haozhi, Cao Boyang, Ding Ming. Effect of pipe diameter and inclination Angle on heat transfer of condensing steam containing air outside tube bundle [J]. Nuclear Power Engineering,2022,43(01):92-96. (EI)

 

4. Cao Boyang, LI Yi, Bian Haozhi, CAO Xiaxin, Ding Ming. Experimental study on the influence of pipe diameter and inclination Angle on steam-air condensing characteristics [J]. Chinese Journal of Engineering Thermophysics,2021,42(07):1851-1857.

 

5. Quan Biao, BIAN Haozhi, Ding Ming, Luo Hanyu, Zou Zhiqiang, LI Feng, Sun Zhongning. Numerical analysis of heat transfer characteristics of air-containing steam condensation outside vertical tube bundle, Nuclear Power Engineering, 2019, 29-34.

 

6. Quan Biao, BIAN Haozhi, Ding Ming, LI Yi, Cheng Xiang, Peng Hang, Sun Zhongning. Numerical analysis of tube bundle effect on heat transfer of air-containing steam condensation, Nuclear Power Engineering, 2019, 61-66.

 

 

 

Meetings:

 

1. Bian H, Sun Z, Ding M, Zhang N,  Meng Z. Application and evaluation of automatic wall treatment on diffusion boundary layer based steam condensation  model in presence of air[C]. International Topical Meeting on Nu

 

2. Nuclear Power Plant Research Institute Tutor Team, Harbin Engineering University Graduate Student Guidance Ideological and political team, university level, 2021.

 

3. Nuclear Power Plant Research Institute Tutor team, Harbin Engineering University excellent graduate Student Guide team, university level, 2021.

 

4. Research on Vapor Condensation Characteristics of non-condensable Gas Contained outside Vertical round pipe/tube bundle, Excellent Doctoral Dissertation of Harbin Engineering University, University level, 2020.

 

2. Innovative Containment Passive Cooling Technology and Application, Second Prize of Beijing Science and Technology Invention Award, Provincial (6), 2022.

 

3. Passive Containment Heat Extraction System, Second Prize of CNNC Science and Technology Award, Group Award (6), 2022.

 

4. Key Technologies of Passive containment heat extraction System, Heilongjiang University Science and Technology Award (3), 2022-12.

 

5. Containment Cooling System and Combined containment and Reactor Pressure Vessel cooling System, Heilongjiang Patent Excellence Award (Organizer), 2022-9.

 

6. Provincial first-class course "Heat Transfer", first-class undergraduate course of Heilongjiang Province, Provincial and ministerial level (5), 2021.

 

7. "Nuclear force" cleaning after "lazy cancer" operation, second prize of "Nuclear +X" Creative Contest for college students in Heilongjiang Province, Provincial (tutor), 2022.

 

8. Advanced Pressurized water Reactor (PWR) Long-term efficient passive containment heat export System, Third Prize of the 27th "May 4 Cup", school-level (tutor), 2021.