The Belgian supercontainer concept: Study of the concrete buffer behaviour in service life

S. Poyet
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引用次数: 2

Abstract

The ONDRAF/NIRAS agency for radioactive waste and enriched fissile materials is in charge of the management of the radioactive wastes in Belgium. In the framework of the study of a new concept for the disposal of high level wastes, a project of a supercontainer has been considered and studied. The main goal of this study was to estimate the Thermo-Hydrological behaviour of the concrete buffer in service life. Water (liquid and vapour) and heat transfers were described through coupled differential equations by the means of the procedure THYDR developed at the Department of Physico-Chemistry of the French Commission for Atomic Energy (CEA/DPC) and implemented in the code CAST3M. Two different configurations for the concrete buffer were investigated: concrete cured with no water loss or partially dried. The simulations allowed the estimation of the evolution of both vapour pressure and liquid saturation.
比利时超级集装箱概念:混凝土缓冲性能在使用寿命中的研究
管理放射性废物和浓缩裂变材料的ondraft /NIRAS机构负责管理比利时境内的放射性废物。在研究高放废物处置新概念的框架下,考虑和研究了一个超级容器项目。本研究的主要目的是估计混凝土缓冲层在使用寿命中的热水文行为。水(液体和蒸汽)和热传递通过耦合微分方程进行描述,该过程由法国原子能委员会(CEA/DPC)物理化学部开发,并在代码CAST3M中实现。研究了两种不同结构的混凝土缓冲层:无失水固化的混凝土或部分干燥的混凝土。模拟可以估计蒸汽压力和液体饱和度的演变。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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