首页> 外文期刊>Health Physics: Official Journal of the Health Physics Society >Modeling a potential atmospheric release from a waste disposal facility at the savannah river site as an area source.
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Modeling a potential atmospheric release from a waste disposal facility at the savannah river site as an area source.

机译:模拟萨凡纳河站点作为区域源的废物处理设施的潜在大气释放。

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摘要

The Saltstone Facility was designed at the Savannah River Site (SRS) to treat and dispose of certain low-level liquid radioactive wastes. The final product of Saltstone is several large concrete vaults. As part of the performance assessment for Saltstone, reduction of dose to receptors downwind of the vaults have been estimated for treating the vaults as an area atmospheric source as opposed to a point source. The CAP88 model has the ability to handle area sources, but the methods are not appropriate for receptors close to the source such as those modeled at 100 m. Use of the area source as opposed to the point source can reduce the dose by as much as a factor of 5 depending on vault size. A method for quickly assessing the dose from an area source for near-in exposures is demonstrated here.
机译:盐石场设施是在萨凡纳河站点(SRS)设计的,用于处理和处置某些低含量的液态放射性废物。 Saltstone的最终产品是几个大型混凝土拱顶。作为对Saltstone进行性能评估的一部分,已估算出降低拱顶顺风向接收器的剂量,以便将拱顶视为区域大气源而不是点源。 CAP88模型具有处理面源的能力,但该方法不适用于靠近源的接收器,例如在100 m处建模的接收器。相对于点光源,使用面积源可以将剂量减少多达5倍,具体取决于保管库大小。本文演示了一种快速评估来自区域源的近距离照射剂量的方法。

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