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压电安全管理及其模型

Piezoelectric safety&security management and its model
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摘要 为创新安全管理范式,进一步丰富安全管理理论,基于压电理论与安全管理理论,开展压电安全管理研究。首先,分析压电理论对安全管理的启示,探讨压电安全管理的内涵,并提出压电安全管理概念模型;在此基础上,结合安全管理全生命周期理论,构建与解析压电安全管理模型;最后,阐述压电安全管理的特点。结果表明:压电安全管理是一种可根据系统在一定时空内安全状态的变化而采取针对性措施并满足系统安全需求的安全管理新范式,兼备常态安全管理和非常态安全管理2种安全管理模式,同时,涵盖安全风险防控、应急响应和调整优化3种安全管理行为。 In order to innovate the safety&security management paradigm and further enrich the safety&security management theories,the research work of piezoelectric safety&security management was carried out based on the piezoelectric theory and safety&security management theory.Firstly,the inspiration of piezoelectric theory for safety&security management was analyzed,the connotation of piezoelectric safety&security management was explored,and the piezoelectric safety&security management conceptual model was proposed.On this basis,the model for piezoelectric safety&security management was constructed and explained by combining the whole life cycle theory of safety&security management.Finally,the characteristics of piezoelectric safety&security management were described.The results show that,piezoelectric safety&security management is a new paradigm,which can take targeted measures to meet the system's safety&security needs according to the changes of system's safety&security status in a certain time and space.Moreover,piezoelectric safety&security management includes two safety&security management modes(namely,normal safety&security management and non-normal safety&security management),and covers three safety&security management behaviors(namely,safety&security risk prevention and control,emergency response,as well as adjustment and optimization).
作者 王秉 王渊洁 张志宏 WANG Bing;WANG Yuanjie;ZHANG Zhihong(School of Resources and Safety Engineering,Central South University,Changsha Hunan 410083,China;Safety&Security Theory Innovation and Promotion Center(STIPC),Central South University,Changsha Hunan 410083,China;Safety&Security Science and Emergency Management Center,Central South University,Changsha Hunan 410083,China)
出处 《中国安全科学学报》 CAS CSCD 北大核心 2023年第9期1-9,共9页 China Safety Science Journal
基金 国家社会科学基金重大项目资助(22ZDA121)。
关键词 压电安全管理模型 压电理论 压电效应 安全风险防控 系统安全 piezoelectric safety&security management model piezoelectric theory piezoelectric effect safety&security risk prevention and control system safety&security
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