28
1 Introduction
6. Shiozawa, S., S. Fujikawa, T. Iyoku, K. Kunitomi, and Y. Tachibana. 2004. Overview of httr
design features. Nuclear Engineering and Design 233 (1): 11–21. Japan’s HTTR.
7. Ogawa, Masuro, and Tetsuo Nishihara. 2004. Present status of energy in Japan and httr project.
Nuclear Engineering and Design 233 (1): 5–10. Japan’s HTTR.
8. Lohnert, G.H., and H. Reutler. 1982. The modular htr-a new design of high temperature pebble
bed reactor. Nuclear Energy 22 (3): 197–200.
9. Frewer, H., W. Keller, and R. Pruschek. 1985. The modular high-temperature reactor. Nuclear
Science & Engineering the Journal of the American Nuclear Society 90 (4): 411–426.
10. Schulten, R. 1978. Pebble bed htrs. Annals of Nuclear Energy 5 (8): 357–374. Thorium and
Gas Cooled Reactors.
11. Kadak, A.C., and M.V. Berte. 2001. Modularity in design of the mit pebble bed reactor. Reno,
Nevada: In American Nuclear Society Meeting.
12. Bilad, M.R., V. Discart, D. Vandamme, I. Foubert, K. Muylaert, and Ivo F.J. Vankelecom.
2014. Coupled cultivation and pre-harvesting of microalgae in a membrane photobioreactor
(MPBR). Bioresource Technology 155 (4): 410–417.
13. Koster, A., H.D. Matzner, and D.R. Nicholsi. 2003. PBMR design for the future. Nuclear
Engineering and Design 222 (2): 231–245. HTR-2002 1st international topical meeting on
High Temperature reactor technology.
14. Terry, W.K., H.D. Gougar, and A.M. Ougouag. 2002. Direct deterministic method for neutronics analysis and computation of asymptotic burnup distribution in a recirculating pebble-bed
reactor. Annals of Nuclear Energy 29 (11): 1345–1364.
15. Wang, Dazhong, and Lu Yingyun. 2002. Roles and prospect of nuclear power in china’s
energy supply strategy. Nuclear Engineering & Design 218 (1): 3–12.
16. Zongxin, Wu, Dengcai Lin, and Daxin Zhong. 2002. The design features of the htr-10. Nuclear
Engineering and Design 218 (1): 25–32.
17. Zhang, Zuoyi, and Yu. Suyuan. 2002. Future htgr developments in china after the criticality
of the htr-10. Nuclear Engineering and Design 218 (1): 249–257.
18. Zhang, Zhensheng, Junjie Liu, Shuyan He, Zhengming Zhang, and Yu. Suyuan. 2002. Structural design of ceramic internals of htr-10. Nuclear Engineering and Design 218 (1): 123–136.
19. Zhang, Zuoyi, Wu Zongxin, Yuliang Sun, and Fu Li. 2006. Design aspects of the chinese
modular high-temperature gas-cooled reactor htr-pm. Nuclear Engineering & Design 236
(5–6): 485–490.
20. Zongxin, Wu, Dengcai Lin, and Daxin Zhong. 2002. The design features of the htr-10. Nuclear
Engineering & Design 218 (1): 25–32.
21. Gao, Zuying, and Lei Shi. 2002. Thermal hydraulic calculation of the htr-10 for the initial
and equilibrium core. Nuclear Engineering & Design 218 (1–3): 51–64.
22. Zhang, Zuoyi, and Yuliang Sun. 2007. Economic potential of modular reactor nuclear power
plants based on the chinese htr-pm project. Nuclear Engineering & Design 237 (23): 2265–
2274.
23. Zhang, Zuoyi, Wu Zongxin, Dazhong Wang, Xu Yuanhui, Fu Yuliang Sun, and Li, Yujie Dong.
2009. Current status and technical description of Chinese 2×250 mwth htr-pm demonstration
plant. Nuclear Engineering and Design 239 (7): 1212–1219.
24. Dong, Yujie, and Gao Zuying. 2006. Thermal-hydraulic feasibility analysis on uprating the
htr-pm. Nuclear Engineering and Design 236 (5): 510–515. HTR-2004.
25. Zhang Zuoyi, Yujie Dong, Fu Li, Zhengming Zhang, Haitao Wang, Xiaojin Huang, Hong
Li, Bing Liu, Xinxin Wu, and Hong Wang. 2016. The shandong shidao bay 200 mwe hightemperature gas-cooled reactor pebble-bed module(htr-pm) demonstration power plant: An
engineering and technological innovation. Engineering.
26. Huang, C., and Y. Zhang. 2014. Calculation of high-temperature insulation parameters and
heat transfer behaviors of multilayer insulation by inverse problems method. Chinese Journal
of Aeronautics 27: 791–796.
27. Laura, Chiaramonte, White Joshua A, and Trainor-Guitton Whitney. 1985. Thermal response
of integral, multicomponent composite thermal protection systems 23 (4): 420–427.
1 Introduction
6. Shiozawa, S., S. Fujikawa, T. Iyoku, K. Kunitomi, and Y. Tachibana. 2004. Overview of httr
design features. Nuclear Engineering and Design 233 (1): 11–21. Japan’s HTTR.
7. Ogawa, Masuro, and Tetsuo Nishihara. 2004. Present status of energy in Japan and httr project.
Nuclear Engineering and Design 233 (1): 5–10. Japan’s HTTR.
8. Lohnert, G.H., and H. Reutler. 1982. The modular htr-a new design of high temperature pebble
bed reactor. Nuclear Energy 22 (3): 197–200.
9. Frewer, H., W. Keller, and R. Pruschek. 1985. The modular high-temperature reactor. Nuclear
Science & Engineering the Journal of the American Nuclear Society 90 (4): 411–426.
10. Schulten, R. 1978. Pebble bed htrs. Annals of Nuclear Energy 5 (8): 357–374. Thorium and
Gas Cooled Reactors.
11. Kadak, A.C., and M.V. Berte. 2001. Modularity in design of the mit pebble bed reactor. Reno,
Nevada: In American Nuclear Society Meeting.
12. Bilad, M.R., V. Discart, D. Vandamme, I. Foubert, K. Muylaert, and Ivo F.J. Vankelecom.
2014. Coupled cultivation and pre-harvesting of microalgae in a membrane photobioreactor
(MPBR). Bioresource Technology 155 (4): 410–417.
13. Koster, A., H.D. Matzner, and D.R. Nicholsi. 2003. PBMR design for the future. Nuclear
Engineering and Design 222 (2): 231–245. HTR-2002 1st international topical meeting on
High Temperature reactor technology.
14. Terry, W.K., H.D. Gougar, and A.M. Ougouag. 2002. Direct deterministic method for neutronics analysis and computation of asymptotic burnup distribution in a recirculating pebble-bed
reactor. Annals of Nuclear Energy 29 (11): 1345–1364.
15. Wang, Dazhong, and Lu Yingyun. 2002. Roles and prospect of nuclear power in china’s
energy supply strategy. Nuclear Engineering & Design 218 (1): 3–12.
16. Zongxin, Wu, Dengcai Lin, and Daxin Zhong. 2002. The design features of the htr-10. Nuclear
Engineering and Design 218 (1): 25–32.
17. Zhang, Zuoyi, and Yu. Suyuan. 2002. Future htgr developments in china after the criticality
of the htr-10. Nuclear Engineering and Design 218 (1): 249–257.
18. Zhang, Zhensheng, Junjie Liu, Shuyan He, Zhengming Zhang, and Yu. Suyuan. 2002. Structural design of ceramic internals of htr-10. Nuclear Engineering and Design 218 (1): 123–136.
19. Zhang, Zuoyi, Wu Zongxin, Yuliang Sun, and Fu Li. 2006. Design aspects of the chinese
modular high-temperature gas-cooled reactor htr-pm. Nuclear Engineering & Design 236
(5–6): 485–490.
20. Zongxin, Wu, Dengcai Lin, and Daxin Zhong. 2002. The design features of the htr-10. Nuclear
Engineering & Design 218 (1): 25–32.
21. Gao, Zuying, and Lei Shi. 2002. Thermal hydraulic calculation of the htr-10 for the initial
and equilibrium core. Nuclear Engineering & Design 218 (1–3): 51–64.
22. Zhang, Zuoyi, and Yuliang Sun. 2007. Economic potential of modular reactor nuclear power
plants based on the chinese htr-pm project. Nuclear Engineering & Design 237 (23): 2265–
2274.
23. Zhang, Zuoyi, Wu Zongxin, Dazhong Wang, Xu Yuanhui, Fu Yuliang Sun, and Li, Yujie Dong.
2009. Current status and technical description of Chinese 2×250 mwth htr-pm demonstration
plant. Nuclear Engineering and Design 239 (7): 1212–1219.
24. Dong, Yujie, and Gao Zuying. 2006. Thermal-hydraulic feasibility analysis on uprating the
htr-pm. Nuclear Engineering and Design 236 (5): 510–515. HTR-2004.
25. Zhang Zuoyi, Yujie Dong, Fu Li, Zhengming Zhang, Haitao Wang, Xiaojin Huang, Hong
Li, Bing Liu, Xinxin Wu, and Hong Wang. 2016. The shandong shidao bay 200 mwe hightemperature gas-cooled reactor pebble-bed module(htr-pm) demonstration power plant: An
engineering and technological innovation. Engineering.
26. Huang, C., and Y. Zhang. 2014. Calculation of high-temperature insulation parameters and
heat transfer behaviors of multilayer insulation by inverse problems method. Chinese Journal
of Aeronautics 27: 791–796.
27. Laura, Chiaramonte, White Joshua A, and Trainor-Guitton Whitney. 1985. Thermal response
of integral, multicomponent composite thermal protection systems 23 (4): 420–427.