首页> 外文期刊>Annals of nuclear energy >A 3D nodal mixed dual method for nuclear reactor kinetics with improved quasistatic model and a semi-implicit scheme to solve the precursor equations.
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A 3D nodal mixed dual method for nuclear reactor kinetics with improved quasistatic model and a semi-implicit scheme to solve the precursor equations.

机译:具有改进的准静态模型和半隐式方案的核反应堆动力学的3D节点混合对偶方法,用于求解前体方程。

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摘要

The mixed dual nodal method MINOS is used to solve the reactor kinetics equations with improved quasistatic IQS model and the 0 method is used to solve the precursor equations. The speed of calculation which is the main advantage of the MINOS method and the possibility to use the large time step for shape flux calculation permitted by the IQS method, allow us to reduce considerably the computing time. The tIQS/MINOS method is implemented in CRO- NOS 3d reactor code. Numerical tests on different transient benchmarks show that the results Obtained with the IQS/MIOS method and the direct numerical method used to solve the Kinetics equations, are very close and the total computing time is largely reduced.
机译:混合双节点方法MINOS用于改进准静态IQS模型的反应堆动力学方程,而0方法用于求解前体方程。计算速度是MINOS方法的主要优点,并且可以使用IQS方法允许的较大时间步长进行形状通量计算,这使我们可以大大减少计算时间。 tIQS / MINOS方法在CRO-NOS 3d反应堆代码中实现。在不同瞬态基准上进行的数值测试表明,用IQS / MIOS方法和用于求解动力学方程的直接数值方法获得的结果非常接近,并且大大减少了总的计算时间。

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