参与IEA聚变材料实施协议活动汇报（IEAImpleme.pptx

与IEA科技合作工作研讨会参与IEA 聚变材料实施协议活动汇报（IEA Implementing Agreement on Fusion Materials） 许增裕核工业西南物理研究院2010.1.19 北京内 容IEA IA for FM 简介 (IEA Implementing Agreement (IA) for Fusion Materials) 中国参与IEA 聚变材料合作情况汇报IEA IA for FM 简介 IEA Implementing Agreement (IA) for a Programme of Research and Development on Radiation Damage in Fusion Materials, which became a new IA in October 1980 The IA was signed on 21 October, 1980, with EURATOM, JAERI-Japan, USDOE-USA, FOES-Switzerland, NRCD-Canada as signatories. Russia and China later joined as OECD non-member countries in September 1995 and July 1997. （2005 年之后韩国、印度申请加入）IEA FM ExCo 组成The FM-IA has seven members. The Executive Committee consists of representatives Canada (D. Jackson), China (Z. Xu), The European Union (S. Paidassi, acting), Japan (S. Jitsukawa), Russia (A. Kalashnikov), Switzerland (N. Baluc) USA (S. Zinkle) Communities 【 Korea (Dr. Yu)? India Dr. Khirwadkar 】 Dr. F. Tavassoli, CEA, France (Chairman) Dr. R. Kurtz, PNNL, United States (Secretary) Work Program Annex I: Fusion Materials Irradiation Test Facility FMIT-like facility called the International Fusion Materials Irradiation Facility (IFMIF) Annex II: Experimentation on Radiation Damage in Fusion Materials Annex III: Fast Flux Neutron Irradiation of Candidate Fusion Breeder Blanket Materials Li2ZrO3. Li2O Breeder Exchange Test Matrix (known as BEATRIX) USs Fast Flux Test Facility (FFTF) Ferritic/martenstic steels (mostly Fe, with Cr, Ti, W, V, and Ta as alloying elements), vanadium alloys (mostly V, with Cr, Ti, and Si as alloying elements), and SiC/SiC composites, in which SiC is used for both the fiber and matrix of the composite.In the topical areasUnder Annex II, the CPs have carried out information exchange, workshops and collaborative research Low Activation Structural Materials Ferritic/Martensitic Steels , Vanadium Alloys, SiC/SiC Composites Special Application Materials Cu, 316 SS, Be and Insulating Ceramics for ITERTheory a