核电站堆芯多循环换料设计最优化是燃料管理研究中的一个难点。
Multi-cycle refueling design optimization in nuclear plant is a complex problem in fuel management research.
整个最优化问题被描述成一个多阶段系统优化控制问题，通过一个向前和向后的迭代循环解决。
The optimization problem was formulated as a multiple-stage optimal control problem and solved by a forward and backward iteration loop.
在对测试环采取最优分配和平衡优化的基础上，构造包含四种序列对递增生成方法的循环迭代过程。
With the optimal assignment and balance design for test wrappers, four types of incremental Sequence Pair generation methods are constructed as a cyclic iteration process.
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