Updated 3D structural-geological model of the HLW deep repository potential locality Hrádek

The updated 3D structural geological model of the Hrádek locality was created in the MOVE software, primarily to provide a user-friendly access to the geological interpretations of an extensive geophysical and geological research conducted at this site in the recent years. The possibility of using the model in subsequent hydrogeological and transport models was taken into account during its creation. For the purposes of 3D models of potential localities for deep repository of HLW, faults of categories I, II and III according to SKB classification and boundaries of rock bodies of size corresponding to the scale of 1: 25,000 are created . Perspective areas for design work are also proposed. The model serves for the needs of evaluation of the potential locality of the deep HLW repository, as a basis for subsequent hydraulic and transport models, technical solution of the repository, location of perspective areas for design and geological characterization works, determination of the size and shape of usable rock massif, and for the long-term safety analysis of the given candidate site of the HLW Repository.本数据集包含赫拉代克（Hrádek）场址的更新版三维构造地质模型，该模型基于MOVE软件构建，主要目的是为用户便捷获取近年在该场址开展的大规模地球物理与地质研究的地质解译成果提供友好途径。模型构建过程中，已充分考量其可适配后续水文地质与输运模型的应用需求。针对高放废物（High-level Waste, HLW）深层地质处置库候选场址的三维建模需求，本次构建了符合SKB分类标准的Ⅰ、Ⅱ、Ⅲ级断层，以及与1:25000比例尺对应规模的岩体边界；同时还提出了可供设计工作开展的远景场址区域。本模型可服务于多项核心工作需求：用于高放废物深层地质处置库候选场址的潜力评估，作为后续水力模型、输运模型的构建基础，支撑处置库的技术方案设计、设计用远景区域选址与地质表征工作，确定可用岩体的规模与形态，并开展该高放废物处置库候选场址的长期安全分析。