Nuclear Engineering and Design ( IF 1.7 ) Pub Date : 2021-07-19 , DOI: 10.1016/j.nucengdes.2021.111377 Yu.B. Shmelkov 1 , Yu.A. Zvonarev 1 , N.V. Shutov 1 , L.V. Petrov 1
This paper provides information on the models of the MAVR-TA code, associated with modeling of the fission products transport in the primary circuit and inside the containment. The paper provides information on the system of the equations which is solved to describe the fission products transport in the primary circuit and inside the containment. The velocity equations for 6 deposition processes (sedimentation, thermophoresis, diffusiophoresis, Brownian diffusion, turbulent diffusion and turbulent impaction) and 4 agglomeration processes (Brownian agglomeration, gravitational agglomeration, turbulent shear and inertial agglomerations) are provided. This paper also provides information about MAVR-TA code validation for MARVIKEN ATT-2b experiment and FALCON ISP-1 and ISP-2 experiments for the primary circuit and MAVR-TA code validation for PHEBUS-FP and VANAM-M3 experiments for the containment.
中文翻译:
用于分析 VVER 核电厂严重事故期间裂变产物释放和运输的 MAVR-TA 代码的开发和验证。第 2 部分 – 一次回路和安全壳内裂变产物传输的建模
本文提供了 MAVR-TA 代码模型的信息,与初级回路和安全壳内部裂变产物传输的建模相关。该论文提供了有关方程组的信息,该方程组被求解以描述初级回路中和安全壳内部的裂变产物传输。提供了6种沉积过程(沉积、热泳、扩散泳、布朗扩散、湍流扩散和湍流碰撞)和4个团聚过程(布朗团聚、重力团聚、湍流剪切和惯性团聚)的速度方程。