基于轨迹交叉理论的高校实验室安全管理研究

Research on the Safety Management of University Laboratories Based on Trajectory Intersection Theory

在目前的高校实验室安全管理研究中,对事故事件的数据进行轨迹分析的轨迹交叉理论是应对实验室安全时间的主要手段。然而,现有研究鲜有将危险源识别和风险链挖掘与轨迹交叉理论相综合。基于此,在致灾危险源风险链的挖掘研究的基础上,深入剖析了轨迹交叉理论在高校实验室安全管理的交互影响,并以之为理论基础,设计了事故交叉模型及安全管理模型。模型旨在从根源上降低甚至杜绝实验室不安因素的滋生及发展,提高实验室应对突发事件的反应及处理能力,增强日常管理效能。

In current research on safety management in university laboratories,trajectory intersection theory,which analyzes accident data through trajectory analysis,is the main means of addressing laboratory safety issues.However,few studies have integrated hazard identification,risk chain mining,and trajectory intersection theory.Based on the mining of disaster-causing hazard risk chains,this study analyzed the interactive effects of trajectory intersection theory on safety management in university laboratories and designed accident intersection models and safety management models based on this theory.The models aim to fundamentally reduce or even eliminate the breeding and development of unsafe factors in laboratories,improve the laboratory’s response and processing capabilities in emergencies,and improve daily management efficiency.