RADIOACTIVE WASTE CONTAINER HOUSING CONDITION DECISION METHOD, RADIOACTIVE WASTE CONTAINER HOUSING METHOD, AND WASTE BODY TO BE MANUFACTURED BY THE SAME

PROBLEM TO BE SOLVED: To provide a container housing condition decision method that efficiently houses a plurality of waste pieces into a storage container as satisfying a physical constraint condition with which each waste body is required to comply.SOLUTION: A radioactive waste container housing condition decision method comprises the steps of: as to each of a plurality of layout condition candidates defining a storage container of respective waste pieces at a storage destination and a housing location in the storage container, assuming when the waste piece is arranged in the storage container according to the layout condition candidate, selecting one or more layout condition candidates satisfying a constraint condition with which the waste body is required to comply for respective storage containers; calculating the number of necessary storage containers serving as the number of storage containers required for housing the plurality of waste pieces according to the selected layout condition candidate; and specifying the layout condition candidate having the number of necessary storage containers minimized.SELECTED DRAWING: Figure 6 【課題】廃棄体毎に求められる物理的な制約条件を満たしながら複数の廃棄物ピースを保管容器に効率的に収容する容器収容条件決定方法を提供する。【解決手段】各々の廃棄物ピースの保管先の保管容器と保管容器内における収容位置を規定する複数の配置条件候補のそれぞれについて、配置条件候補に従って保管容器内に廃棄物ピースを配置した場合を仮定し、各々の保管容器について廃棄体に求められる制約条件を満たす一つ以上の配置条件候補を選定するステップと、選定された配置条件候補に従って複数の廃棄物ピースを収容するために必要な保管容器の数である必要保管容器数を算出するステップと、必要保管容器数が最小となる配置条件候補を特定するステップと、を備える。【選択図】図６