空气气溶胶放射性监测数据可视化系统研究

Study on Visualization System of Air Aerosol Radioactivity Monitoring Data

空气气溶胶放射性核素和总α、总β活度浓度监测是环境辐射监测中的重要内容,如何直观、实时地展示监测数据变化情况,为用户和决策者提供有效参考是值得研究的重要课题。数据可视化借助图形化手段可清晰有效地传达与沟通信息。本文基于2016~2020年四川省控点监测数据(含:气溶胶放射性核素活度浓度和总α、总β活度浓度),在数据处理的基础上,利用Python语言与Echarts工具结合的可视化绘图库PyEcharts,设计和研究环境辐射监测数据可视化系统。该系统可简洁、美观地展示各监测区域的详细数据以及五年内的变化趋势等信息。在当前严峻的大气环境形势下,环境辐射监测数据可视化系统可为环境辐射评价提供重要的可视分析参考。

The monitoring of air aerosol radionuclides and total α and β activity concentrations is an important part of environmental radiation monitoring.How to display the changes of monitoring data in an intuitive and real-time manner and provide effective reference for users and decision makers is an important topic worthy of study.Data visualization uses graphical means to convey and communicate information clearly and effectively.This work is based on the monitoring data of control points in Sichuan Province from 2016 to 2020(including:aerosol radionuclide activity concentration and total α,total β activity concentration),on the basis of data processing,using PyEcharts which is a visual drawing library combined of Python language and Echarts tool to design and study environmental radiation monitoring data visualization systems.The system can simply and beautifully display the detailed data monitored in each region,the trend of changes in five years and other information.Under the current severe atmospheric environmental quality situation,the environmental radiation monitoring data visualization system can provide an important visual analysis reference for environmental radiation assessment.