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张国书
发布人:核工学院  发布时间:2023-09-13   动态浏览次数:5713

张国书

 

基本情况:

博士,四川成都人,19659月出生现任东华理工大学核科学与工程学院研究员,博士/硕士生导师,主要专业工作聚变堆物理和核工程设计研发。1987年获清华大学反应堆工程专业学士学位1993年获硕士学位获核工业西南物理研究院核能科学与工程专业2007年获核工业西南物理研究院核能科学与工程专业博士学位。2004年被聘为研究员。至今在国内外杂志及国际学术会议发表学术论文80余篇获部级二等奖二次,三等奖7次。参加IAEAISFNTSOFT及中-俄、中-日、中-美及ITER TBM等聚变相关国际会议20余次,参加全国聚变反应堆设计与材料相关的国内会议50余次。中国核数据委员会委员,中国核学会反应堆数值计算与粒子输运专委会,四川省核学会反应堆工程专委会,四川省动力工程学会反应堆工程专委会委员。《Nuclear Fusion》,《Fusion Nuclear Science and Technology,Chinese Physics Letter》及《Fusion Engineering & Design》,《核聚变与等离子体物理》,《核科学与工程》及《中国物理学特约审稿人。

 

承担主要科研项目:

  1. 江西省科技厅重点研发计划项目“偶极场聚变物理实验装置设计及技术可行性研究”,2019-2013300万,项目编号:20192ACB80006,在研;主持。

  2. 江西省创新型领军人才项目,2019-2024300万,在研;主持。

  3. 国家自然基金“聚变堆用高温超导体的中子辐照特性研究(2002-2004)”,编号10175018,批准经费约30万元,已结题;主持

  4. 总装备部国防基础研究探索基金“毫米波耦合腔行波管可行性研究”,2000-2003年,15万,已结题;主持

  5. 科技部973ITER国内配套课题固态增殖剂TBM设计与关键工艺研究2009-2012年,课题编号2009GB108001504万,已结题;主持

  6. 科技部973ITER国内配套课题“CFETR堆芯参数设计优化研究”,2014-2019年,课题编号:2014GB110004,课题经费585万元,进行中;主持

  7. 国家自然基金“混合堆裂变燃料管理与关键技术探索研究”,1993-1996年,基金号10275017,约10万,已结题;主要

  8. 国家自然基金“聚变堆偏滤器物理与结构问题设计研究”,1996-1999年,基金号19685007,约15万,已结题;主要

  9. 国家自然基金“混合堆高功率密度包层/第一壁设计”,1998-2001年,基金编号1988500112万,已结题;主要

  10. 科技部863重大专项“托卡马克聚变增殖堆概念设计”,1996-2000年,项目编号18670205,大约300万,已结题;主要

  11. 科技部973重大专项子课题“ADS启明星洁净能源系统堆芯物理概念设计”,1996-2000年,约150万,已结题;主要

  12. 科技部973ITER国内配套项目氚增殖包层设计与技术可行性研究2013-2018年,项目编号2013GB108000,约5000万,未结题;主要

     

    发表论文论著:

  13. 张国书陈骝赵开君肖池阶卢新培孙占学汤彬李福生刘义保刘云海杜俊杰江嘉铭陈俞钱张斌刘腾王清亚等,偶极场磁约束聚变装置性能特征及研究现状。《中国核电》,12卷,第5期,201910月;

  14. 张国书,中国聚变能源的开发现状及新进展《中国核电》,V.11; No.41126-29, 2018

  15. 张国书,偶极场聚变堆概念特征及研究现状中国核能技术暨军民融合技术创新发展高端论坛大会特邀报告,海南省海口市,2019.3.21-22

  16. 张国书,聚变-裂变混合堆在我国核能发展的地位及应用前景,福州核能发展技术创新高峰论坛大会特邀报告,2018.6.5-6,福建福州;

  17. 张国书,聚变堆中子输运数值模拟技术现状及进展, 2017年核电新技术交流研讨会大会特邀报告,2017.9.14-15,山东威海

  18. 张国书,冯开明,“中国HCSB TBM模块的优化与设计进展”。《核动力工程》第31卷增刊2107-110页(201011月)。

  19. K.M.Feng, C.H.Pan, G.S.Zhang,etc.Progress on solid breeder TBM at SWIP.Fusion Engineering and Design (2010)2132-2140.

  20. K.M. Feng, G.S. Zhang, T.Y. Luo Bin Xiang et al. Progress on Solid Breeder TBM in SWIP. Eighth International Symposium on Fusion Nuclear Technology (ISFNT9), Dalian, China, Oct. 12-Oct. 16, 2009.

  21. G.Zhang,Z.Zhou,K.Feng.A new modular design concept for Chinas HCSB TBM in ITER. Fusion Engineering and Design (2010)1819-1823.

  22. K.M.Feng,C.H.Pan, G.S.Zhang, X.Y.Wang, G.Hu, Z.Chen, Z.Zhao, T.Yuan, H.B.Liu, Z.Q.Li, C.M.Gao, Q.X.Cao, T.F.Hao, L.H.Ma,J.W.Yang,  D.L.Luo, H.Y. Wang, X.J.Chen, Y.M.Luo, Z.Y.Wen, C.A.Chen, Z.Y.Huang, C.X.Liu, Y.F.Xiong, Y.Shi, Q.H.Lei, Z.W.Zhou, H.Xie, Y.W.Yang, Y.Q.Jing, J.J.Xiao, X.B.Jia. Design Description Document (DDD) for the Chinese Helium Cooled Solid Breeder (CH HCSB) Test Blanket Module (Version II) (Z). Oct. 20, 2005.

  23. G.S. Zhang, Z.Q. Li, K.M. Feng, Z. Zhao. Investigation of Neutronics for China ITER TBM and CH DEMO Blanket with Helium-cooled Ceramics Breeding Concept, Dissertation for Ph.D. Fusion Engineering and Design (2007.7) (To be published).

  24. G. S. Zhang, K.M. Feng, Z.Q. Li , Z. Chen, T.Yuan. Recent Neutronics Analysis and comparison for China ITER HCSB TBM, 21st IAEA Fusion Energy Conference, October 16-212006Chengdu, China.

  25. G.S. Zhang K.M. FengZ.Q. Li, Z. Chen, T. Yuan, Calculation of 3-D          Neutronics for China HCSB TBM Module with 3x3 Sub-modules, Nuclear Physics Review,        Vol. 23. No.2, Jun, 2006.

  26. G.S. ZhangK.M. FengZ. ChenR.G. ChenT. YuanZ.Q. Li Calculations of the 3-D Neutronics for CH HCSB TBM with 3x3 Sub-modules, Nuclear Fusion and Plasma Physics, Vol.26No.3Sept. 2006.

  27. G.S. Zhang, K.M. FengT. Yuan, Z. Chen. Neutronics Analysis for CH HCSB TBM, Nuclear Fusion and Plasma Physics, Vol.25No.2Sept. 2005. P.93-98

  28. K.M. Feng, C.H. Pan, G.S. Zhang etc. Preliminary Design for China ITER Test Blanket Module [J], 21st  IAEA Fusion Energy Conference.October 16-212006Chengdu, China.

  29. K.M. Feng, C.H. Pan, G.S. Zhang etc. Preliminary Design for China ITER Test Blanket Module [J], Nucl. Eng. Design, 2005.

  30. K.M. Feng, G.S. Zhang, X.Y. Wang, G. Hu, T. Yuan, Preliminary Design for an ITER Test Blanket Module, Nuclear Physics Review,Vol.23, No.2, Jun.,2006.

  31. G.S. Zhang, Z. Chen, T. Yuan. Neutronics Design of Chinese Helium-cooled Solid       Blanket (HCSB)Test Blanket Module[A]. Symposium on the first Numerical Calculation       & Materials [C](2004). Huangshan, Anhui, China.

  32. Z. Chen, K.M. Feng, G.S. Zhang, T. Yuan, X.Y. Wang, Z. Zhao. Calculation and Analysis of Environment safety for ITER HCSB TBM, Nuclear Fusion and Plasma Physics, Vol. 25, No.3, 183-188, September, 2005.   

  33. Z.Q. Li, K.M. Feng, G.S. Zhang, T. Yuan. Optimization of tritium production for China ITER HCSB TBM, Nuclear Fusion and Plasma Physics, Vol.21, No.5, Sept.2005.

  34. K.M. Feng and G.S. Zhang,Tansmutation of transuranic actinides in a spherical torus tokamak fusion reactorNuclear Fusion 43(2003) Page 756-760

  35. K.M. Feng, G. S. Zhang, M.G. Deng.Transmutation of minor actinides in a spherical torus tokamak fusion reactor, FDTR, Fusion Engineering and Design 63-64 (2002) 127-132.

  36. G.S. Zhang, J.H. Huang, Z.Y.Xie.Three-Dimensional Neutronics Design and Calculation for FEB-EProceedings of the Fifth China-Japan Symposium on Materials for Advanced Energy Systems and Fission & Fusion Engineering,  pp.262-265. November 2-6,1998, Xian, China.

  37. G.S. Zhang, J.H. Huang, P.Z.Deng, J.Wang,Three-Dimensional Neutronics Shielding Analysis and Calculation for Engineering Design of Fusion Experimental Breeder, Chinese Physics Letter, Proc. APFA & APPTC 42-44(ISSN 0256-307X), September,1998

  38. G.S. Zhang, G.Z.Sheng, G. Hu. Study of system parameters and economics for a pulsed slender tokamak fusion reactor, Nuclear Fusion and Plasma Physics, Vol.19,No.3,P.134-140. Sep 1999.

  39. G.S. Zhang, K.M. Feng Z.J.Guo. Study of Effect of Neutron Irradiation of Center-post for ST-based Transmutation reactor,  Nuclear Fusion and Plasma Physics, Vol.22, No.1, P.25-29. March 2002.

  40. X.Y. Wang, G.S. Zhang, Calculation of Keff and optimized parameters for China accelerator-driven system, Nuclear Fusion and Plasma Physics, Vol. 24, No. 2. 123-128. Jun, 2004.

  41. G.S. Zhang, A.P. Sun. 3-D simulation of electric-magnetic field of slow wave system of TWT with millimeter wave, Chinese Nuclear Science and Technology, CNIC-01691,  SWIP-0161. July, 2002.

  42. B.Q.Deng, G.S. Zhang, M.Wang, P.Z. Deng. Inventory and recycle of tritium for fusion experimental breeder (FEB), Nuclear Fusion and Plasma Physics, Vol.18,No.2,P.18-24.June 1998   

  43. K.M. Feng, G.S. Zhang, Z.J.Guo. Neutronics Design for ST-based Transmutation reactor, Nuclear Fusion and Plasma Physics, Vol.21, No.1P.13-20. March 2001

  44. H.Yang, G.S. Zhang, A.P. Sun, X.D. Peng, J.Y. Cao. Numerical simulation of slow wave structure with coupled chamber for TWT, Nuclear Fusion and Plasma Physics. Vol. 24, No. 1, P.53-57, March 2004.                  

  45. J.H. Huang, G.S. Zhang, Y.X.Yang. A Computational tool of neutronics for a fast thermal-coupled core system of ADS by adopting deterministic theory, Atomic Energy Science and Technology, Vol.40, No.2, 186-188, Mar, 2006.

  46. J.H. Huang, Z.Y.Xie, G.S. Zhang. Application of new evaluated nuclear data library to design of the blanket for fusion-fission hybrid reactor, Computer Application in Nuclear Field, Vol. No.2, 93-97. 1997.

  47. J.H. Huang, G.Z. Sheng, K.M. Feng, H.W. Shi, S.L. Xue, Z.Y. Xie, B.Q. Deng, T.Y. Yu, X.B. Zhou, G.S. Zhang, X.R. Wang, H. Zhang, G.P. Zhang, P.Zi Deng, G. Hu, J. Wang, T.J. Huo, J.L. Liu, X.L. Nu. Detailed Conceptual Design for Fusion-fission Experimental Hybrid Reactor, Internal report in SWIP, Mar, 1996.

  48. G.S. Zhang. Development of simplified system code for a tokamak fusion-fission hybrid reactor - SYSTOK, Dissertation for Master Degree, 1993.

  49. J.H. Huang, G.Z. Sheng, K.M. Feng, H.W. Shi, B. Zhang, Z.Y. Xie, B.Q. Deng, X.R. Wang, G.S. Zhang, T.J. Huo. Conceptual Design for Tokamak fusion-fission Engineering Test Breeder, Internal report in SWIP, Mar, 1990.

     

    目前主要研究方向:

  50. 聚变堆堆芯物理设计

  51. 聚变堆包层/屏蔽核工程设计

  52. 聚变堆系统参数优化与设计

  53. 聚变堆经济性分析与研究

  54. 聚变堆氚自持分析与燃料循环系统设计

     

    负责项目和课题:

  55. 中国天环一号(CAT-1)偶极场聚变大科学装置概念设计

  56. 偶极场实验装置关键技术研究

  57. 偶极场聚变等离子体输运与稳定性软件研发

  58. PnFEM三维有限元聚变中子学输运程序应用开发

     

    联系方式:

    E-mailzhanggs@swip.ac.cn442068584@qq.com

    话:13666137981



 
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