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Engineering, safety, and economic evaluations of aspire

D.K. Sze, J. Gordon, S. Piet, E.T. Cheng, A. Klein1989年Fusion Engineering and DesignIF 1.7出版社

A preconceptual design of a Tokamak fusion reactor concept called ASPIRE (Advanced Save Pool Immersed Reactor) has been developed. This concept provides many of the attractive features that are needed to enhance the capability of fusion to become the power generation technology for the 21st century. Specifically, these features are: inherent safety, low pressure, environmental compatibility, moderate unit size, high availability, high thermal efficiency, simplicity, low radioactive inventory, Class C radioactive waste disposal, and low cost of electricity. We have based ASPIRE on a second stability tokamak. However, the concept is equally applicable to a first stability tokamak or to most other magnetic fusion systems.

日本語訳

トカマク核融合炉概念であるASPIRE(Advanced Save Immersed Reactor)の概念設計前段階の設計が開発された。この概念は、核融合を21世紀の発電技術としての能力を高めるために必要とされる多くの魅力的な特徴を提供する。具体的には、これらの特徴は次の通りである:本質的安全性、低圧力、環境適合性、適度なユニット規模、高い稼働率、高い熱効率、単純性、低放射性インベントリ、クラスC放射性廃棄物処分、および低い発電コスト。ASPIREは第二安定性トカマクに基づいている。しかしながら、この概念は第一安定性トカマクやその他のほとんどの磁気核融合システムにも同様に適用可能である。

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