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Discussion on fast track and impact on materials R&D strategy - fusion material issues for the energy systems in future

机译:讨论快速轨道及其对材料研发战略的影响-融合未来能源系统的材料问题

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摘要

The requirements for fusion reactor materials and the impact of reactor study on these requirements are discussed within the strategy for early generation tokamak plants, often called the 'fast track' approach. Two major features of the fusion materials, high operating temperatures and reduced activation, are considered as examples. When the entire plant is designed, the use of high temperature materials does not guarantee high thermal efficiency, and selection of reduced activation material does not necessarily lead to reduction of waste quantity. In order to achieve these goals, careful coordination of the thermal design of the blanket and generating turbine systems for efficiency, and coordination of nuclear analysis and waste management policy for waste reduction, are respectively needed. These considerations show the importance of integration of materials development and system design. (C) 2004 Elsevier B.V. All rights reserved.
机译:聚变反应堆材料的要求以及反应堆研究对这些要求的影响已在早期托卡马克工厂的策略(通常称为“快速通道”方法)中进行了讨论。熔融材料的两个主要特征,即较高的工作温度和降低的活化性,被认为是示例。在设计整个工厂时,使用高温材料并不能保证较高的热效率,选择减少活化的材料并不一定会减少废物量。为了实现这些目标,分别需要仔细协调橡皮布的热设计和发电涡轮系统以提高效率,并需要协调核分析和废物管理政策以减少废物。这些考虑表明了材料开发和系统设计集成的重要性。 (C)2004 Elsevier B.V.保留所有权利。

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