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On-line monitoring analysis of BEAVRS benchmark using NECP-ONION

机译:使用NECP-inion的Beavrs基准的在线监测分析

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On-line monitoring analysis has been carried out for BEAVRS benchmark using NECP-ONION, which is a 3D power distribution on-line monitoring system developed by NECP lab. Harmonics expansion method is employed to obtain the spatially continuous 3D on-line power distribution based on detector measurements in this system. Krylov subspace method is used to solve harmonics from diffusion equation. Traditional two-step method calculation has been used to afford initial predicted flux and power distributions to monitoring system. CASMO4E and NECP-SIMME have been chosen as the assembly/reflector few-group constants solution and the core fuel management solution. Boron letdown curve was calculated with HFP-ARO condition, while the detector responses with the simplified power history. Errors of boron concentration to measured values are small. Detector response differences between monitoring results and measurements are within the acceptable limits. The monitoring system has excellent accuracy.
机译:使用NECP-ONION的BEAVRS基准进行了在线监测分析,该BECP-ONION是由NECP实验室开发的3D电力分布在线监控系统。使用谐波扩展方法在该系统中基于检测器测量获得空间连续的3D在线功率分布。 Krylov子空间方法用于解决扩散方程的谐波。传统的两步方法计算已用于提供初始预测的通量和功率分布到监控系统。 Casmo4e和Necp-Simme已被选为装配/反射器几组常量解决方案和核心燃料管理解决方案。使用HFP-ARO条件计算硼腾腾曲线,而探测器与简化的电力历史响应。硼浓度对测量值的误差很小。监测结果和测量之间的探测器响应差异在可接受的限度范围内。监控系统具有优异的准确性。

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