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首页> 外文期刊>IEEE Transactions on Nuclear Science >Force analysis of the Advanced Neutron Source control rod drive latch mechanism
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Force analysis of the Advanced Neutron Source control rod drive latch mechanism

机译:先进中子源控制棒驱动闩锁机构的受力分析

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The Advanced Neutron Source reactor (ANS), a proposed Department of Energy research reactor currently undergoing conceptual design, will generate a thermal neutron flux approximating 10/sup 20/ m/sup -2/-s/sup -1/. The compact core necessary to produce this flux provides little space for the shim/safety control rods, which are located in the central annulus of the core. Without proper control rod drive design, the control rod drive magnets (which hold the control rod latch in a ready-to-scram position) may be unable to support the required load due to their restricted size. The force analysis performed on the control rod latch mechanism to determine the fraction of control rod weight transferred to the drive magnet is described. This information will be useful during latch, control rod drive, and magnet design.
机译:能源部正在研究的拟议中的反应堆高级中子源反应堆(ANS)目前正在进行概念设计,它将产生的热中子通量约为10 / sup 20 / m / sup -2 / -s / sup -1 /。产生磁通量所需的紧凑型磁芯为位于磁芯中心环中的垫片/安全控制杆提供了很小的空间。如果没有适当的控制杆驱动器设计,则控制杆驱动器磁体(将控制杆闩锁保持在准备就绪的位置)可能会由于尺寸受限而无法支撑所需的负载。描述了在控制杆闩锁机构上执行的力分析,以确定传递给驱动磁铁的控制杆重量的比例。该信息在闩锁,控制杆驱动和磁体设计期间将很有用。

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