实施串件拼修对策是提高装备保障效能的有效途径，能够在现有保障条件下使装备可用度达到上限。
Cannibalization policy is an effective approach to improve support effectiveness, under the current support condition, it can make equipment availability reach the upper limit.
通过实验设计，确定初始备件库存方案，在给定的方案下，对不同串件对策下装备的可用度进行评估。
In a given example, we get the initial spare parts inventory project, under which the equipment availability is analyzed with different cannibalization policy.
要在有限的保障经费下实现高可用度要求，就必须建立装甲装备的使用可用度与维修保障费用的优化模型。
Optimization models of armored equipment operational availability and maintenance support cost must be established in order to achieve availability objective under limited support cost.
要在有限的保障经费下实现高可用度要求，就必须建立装甲装备的使用可用度与维修保障费用的优化模型。
Optimization models of armored equipment operational availability and maintenance support cost must be established in order to achieve availability objective under limited support cost.
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