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首页> 外文期刊>Journal of the British Interplanetary Society >IMPLEMENTATION OF A SAGE-BASED STIRLING MODEL INTO A SYSTEM-LEVEL NUMERICAL MODEL OF THE FISSION POWER SYSTEM TECHNOLOGY DEMONSTRATION UNIT
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IMPLEMENTATION OF A SAGE-BASED STIRLING MODEL INTO A SYSTEM-LEVEL NUMERICAL MODEL OF THE FISSION POWER SYSTEM TECHNOLOGY DEMONSTRATION UNIT

机译:基于SAGE的斯特林模型在裂变电力技术示范单位系统级数值模型中的实现

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摘要

The Fission Power Systems (FPS) project is developing a Technology Demonstration Unit (TDU) to verify the performance and functionality of a subscale version of the FPS reference concept in a relevant environment and to verify component and system models. As hardware is developed for the TDU, component and system models must be refined to include the details of specific component designs. This paper describes the development of a Sage-based pseudo-steady-state Stirling converter model and its implementation into a system-level model of the TDU.
机译:裂变动力系统(FPS)项目正在开发技术演示单元(TDU),以验证相关环境中FPS参考概念的小规模版本的性能和功能,并验证组件和系统模型。在为TDU开发硬件时,必须完善组件和系统模型,以包括特定组件设计的细节。本文介绍了基于Sage的伪稳态Stirling转换器模型的开发及其在TDU的系统级模型中的实现。

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