沉浸式地下实验室三维数据可视化系统研究

Research on 3D Immersive Underground Laboratory Visualization System

高放废物深地质处置是高放废物安全处置国际上公认的唯一可行方式,建造地下实验室是开发高放废物处置库的关键步骤。地下实验室工程建设结构复杂,为提高地下实验室数据综合分析的直观性与准确性,构建了沉浸式高放废物处置地下实验室三维数据可视化系统。该系统包括地表场景和地下实验室巷道、硐室等场景模型,设计了场景漫游和三维数据可视交互等工程建设预选方案评估交互方式。实际应用表明,该系统能够便于设计人员对地下实验室设计方案进行快速构建和评价,为地下实验室工程建设方案快速决策提供科学依据。

Deep geological disposal of high-level radioactive waste is the only internationally recognized and feasible method. The construction of underground laboratories is a complex engineering. To improve the intuitiveness and accuracy of comprehensive data analysis, an immersive underground laboratory 3 D data visualization system is constructed. The system includes surface scenes, scene models with laboratory lanes and bedrooms, and designs scene roaming and visual interactive interaction of 3D data. The practical application shows that this system can not only facilitate the rapid construction and evaluation of underground laboratory design schemes, but also provide scientific basis for rapid decision-making of engineering construction programs.