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目的依据辐射防护最优化的原则,结合建筑成本,探讨多台加速器机房布局方案的优化方法。方法以两个和四个加速器机房的布局方式为例,结合单个机房的基本设计,在确保个人剂量的限值,建筑成本两个方面,相互比较。结论在多个加速器机房的设计中,只要充分利用机房与机房之间共用墙的特点,选择合理的布局方案,就能在确保辐射防护与安全最优化和个人剂量当量限值的原则下,尽量的减少基建的成本;同时减少墙体的建筑面积,也就是增加机房的使用面积。
Objective According to the principle of radiation protection optimization, combined with the construction cost, to explore the optimization of multi-accelerator room layout scheme. Taking the layout of two and four accelerator rooms as an example, combining with the basic design of a single engine room, the methods are compared with each other in terms of ensuring the limits of personal dose and the cost of construction. Conclusion In the design of multiple accelerator rooms, as long as the characteristics of common walls between the engine room and the engine room are fully utilized and a reasonable layout plan is selected, as far as possible under the principle of ensuring radiation protection and safety optimization and individual dose equivalent limits Reduce the cost of infrastructure; while reducing the building area of the wall, which is to increase the use of engine room area.