钍基熔盐核能系统嘉定园区放射性设施改造环境影响评价数据集

该数据集主要面向钍铀职业健康与环境影响的研究和许可证申请需求，主要记录了场所位置信息、平均风速玫瑰图、嘉定区2009-2011年各类稳定度联合频率、环境辐射监测数据、设备布置、工艺流程、辐照钍靶中各核素含量等。在该数据集中，对场所位置信息描述，对于场所的整体特征具有重要参考价值。此外，数据集中包含的平均风速玫瑰图和嘉定区2009-2011年各类稳定度联合频率，是环境影响评价的输入参数。同时，环境辐射监测数据，是进行场所环境影响评价对比的依据。设备布置信息是进行布置合理性评价的基础，数据集中包含的各实验室操作的工艺流程图是进行不仅展示了处理步骤和工作原则，还明确了不同实验操作管理中的差异。数据集中包含的辐照钍靶各核素含量，是进行辐射防护和环境影响评价的依据，用来判断是否安全达标。总体而言，该数据集的数据体量丰富，适用于科研人员和工程师在钍铀职业健康与环境影响的研究和许可申请中使用。

This dataset is mainly developed for research on occupational health and environmental impacts of thorium and uranium, as well as license application requirements. It primarily records site location information, average wind rose diagrams, joint frequency of various stability categories in Jiading District from 2009 to 2011, environmental radiation monitoring data, equipment layout, process flows, and radionuclide contents in irradiated thorium targets. The site location information described in this dataset is of important reference value for understanding the overall characteristics of the site. In addition, the average wind rose diagrams and the joint frequency of various stability categories in Jiading District from 2009 to 2011 included in the dataset serve as input parameters for environmental impact assessments. Meanwhile, the environmental radiation monitoring data act as the basis for comparative analysis in site environmental impact assessments. Equipment layout information is the foundation for conducting reasonableness assessments of layouts. The process flow diagrams for each laboratory operation included in the dataset not only demonstrate the processing steps and working principles, but also clarify the differences in management across different experimental operations. The radionuclide contents in the irradiated thorium targets included in the dataset serve as the basis for radiation protection and environmental impact assessments, and are used to determine whether safety compliance is achieved. Overall, this dataset has a rich volume of data, and is suitable for researchers and engineers to use in their research on occupational health and environmental impacts of thorium and uranium, as well as license application processes.