煤矿瓦斯爆炸应急救援组织管理研究
发布时间：2018-09-19 07:29
【摘要】：本文首先总结了煤矿瓦斯爆炸的灾害特征及其衍变规律。其次,以时间序列为基础,构建了煤矿应急救援系统；将煤矿应急救援系统结构视为信息结构,从信息系统的角度出发,将组织结构抽象为网络,找出了煤矿应急救援系统的有序性和柔性；引入了复杂系统脆性理论,进而分析了煤矿应急救援系统的脆性；结合C2组织设计理论,提出了战时煤矿应急救援组织设计方法,并建立了煤矿应急救援组织结构C3模式；提出了煤矿应急救援组织效率的检验方法,进行了实例应用研究。最后,根据任务分解原则和分解方法,将煤矿瓦斯爆炸后的救援目标分解为多个子任务,建立子任务分级模型,确定子任务执行的优先顺序；将所有参与应急救援的作战单元都纳入战场管理,建立了井下灾害环境的动态监测和预警机制,实时获取、处理、传输和分析应急救援现场环境信息,实现了对救援力量的动态调动。
[Abstract]:In this paper, the disaster characteristics and evolution law of coal mine gas explosion are summarized. Secondly, based on the time series, the coal mine emergency rescue system is constructed, the structure of the coal mine emergency rescue system is regarded as the information structure, and the organization structure is abstracted into the network from the view of the information system. Find out the order and flexibility of coal mine emergency rescue system, introduce the brittleness theory of complex system, then analyze the brittleness of coal mine emergency rescue system, combine C2 organization design theory, put forward the design method of coal mine emergency rescue organization in wartime. The C3 model of coal mine emergency rescue organization structure is established, and the testing method of coal mine emergency rescue organization efficiency is put forward, and the practical application research is carried out. Finally, according to the task decomposition principle and the decomposition method, the rescue target after coal mine gas explosion is decomposed into several sub-tasks, the sub-task classification model is established, and the priority order of sub-task execution is determined. All the combat units involved in emergency rescue are brought into battlefield management, and the dynamic monitoring and early warning mechanism of underground disaster environment is established to obtain, process, transmit and analyze the environmental information of emergency rescue scene in real time. The dynamic mobilization of rescue forces has been realized.
【学位授予单位】：中国矿业大学（北京）
【学位级别】：博士
【学位授予年份】：2013
【分类号】：TD712.7
本文编号：2249446
[Abstract]:In this paper, the disaster characteristics and evolution law of coal mine gas explosion are summarized. Secondly, based on the time series, the coal mine emergency rescue system is constructed, the structure of the coal mine emergency rescue system is regarded as the information structure, and the organization structure is abstracted into the network from the view of the information system. Find out the order and flexibility of coal mine emergency rescue system, introduce the brittleness theory of complex system, then analyze the brittleness of coal mine emergency rescue system, combine C2 organization design theory, put forward the design method of coal mine emergency rescue organization in wartime. The C3 model of coal mine emergency rescue organization structure is established, and the testing method of coal mine emergency rescue organization efficiency is put forward, and the practical application research is carried out. Finally, according to the task decomposition principle and the decomposition method, the rescue target after coal mine gas explosion is decomposed into several sub-tasks, the sub-task classification model is established, and the priority order of sub-task execution is determined. All the combat units involved in emergency rescue are brought into battlefield management, and the dynamic monitoring and early warning mechanism of underground disaster environment is established to obtain, process, transmit and analyze the environmental information of emergency rescue scene in real time. The dynamic mobilization of rescue forces has been realized.
【学位授予单位】：中国矿业大学（北京）
【学位级别】：博士
【学位授予年份】：2013
【分类号】：TD712.7
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