首页> 外文会议>IEEE Particle Accelerator Conference >RADIATION SIMULATIONS AND DEVELOPMENT OF CONCEPTS FOR HIGH POWER BEAM DUMPS, CATCHERS AND PRE-SEPARATOR AREA LAYOUTS FOR THE FRAGMENT SEPARATORS FOR RIA
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RADIATION SIMULATIONS AND DEVELOPMENT OF CONCEPTS FOR HIGH POWER BEAM DUMPS, CATCHERS AND PRE-SEPARATOR AREA LAYOUTS FOR THE FRAGMENT SEPARATORS FOR RIA

机译:用于RIA的片段分离器的高功率束,捕获器和预分离器区域布局的辐射模拟和开发

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The development of high-power beam dumps and catchers, and pre-separator layouts for proposed fragment separators of the Rare-Isotope Accelerator (RIA) Facility are important in realizing how to handle the 400 kW in the primary beam. Examples of pre-conceptual designs of the pre-separator area and components, along with examples of ongoing radiation simulations with results characterizing the secondary radiation are given. These initial studies will yield insight into the impact of the high-power dissipation on fragment separator design, remote handling concepts, nuclear safety and potential facility hazard classification, shielding design, civil construction design, component design, and material choices. Furthermore, they will provide guidance on detailed radiation analyses as designs mature.
机译:用于稀有同位素促进剂(RIA)设施的所提出的片段分离器的高功率束倾卸液和捕获器的开发以及预分离器布局在实现如何在主梁中处理400 kW时很重要。给出了预分离器区域和组分的前概念设计的实例以及具有表征二次辐射的结果的持续辐射模拟的示例。这些初步研究将介绍高功耗对碎片分离器设计,远程处理概念,核安全和潜在设施危险分类,屏蔽设计,民用建筑设计,组件设计和材料选择的影响。此外,它们将提供关于设计成熟的详细辐射分析的指导。

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