CAJ | 학술논문

诸如载人航天器及大型民机等飞行器密闭微环境,随着人员停留时间的延长,舱室空气污染问题已成为危害工作人员生命安全的主要因素,所以迫切需要开展突发不确定污染源定位及散发强度辨识方法研究,以提高主动应对突发污染的能力.提出采用敏感性分析算法实现突发污染源定位及散发强度估计,还分析了不同位置处的传感器可辨识区域,以确定最优传感器布置策略.上述研究能够实现污染源散发特性的快速准确辨识,为主动应对污染事故提供依据.仿真结果证实了该算法的有效性.
제여재인항천기급대형민궤등비행기밀폐미배경,수착인원정류시간적연장,창실공기오염문제이성위위해공작인원생명안전적주요인소,소이박절수요개전돌발불학정오염원정위급산발강도변식방법연구,이제고주동응대돌발오염적능력.제출채용민감성분석산법실현돌발오염원정위급산발강도고계,환분석료불동위치처적전감기가변식구역,이학정최우전감기포치책략.상술연구능구실현오염원산발특성적쾌속준학변식,위주동응대오염사고제공의거.방진결과증실료해산법적유효성.
Along with the prolonging of people's staying time in enclosed environments such as spacecraft, aircraft and so on, air pollution in the cabin has become a main factor which endangers occupants' life safety. Therefore, it's crucial to develop investigation about identification of sudden unknown contaminant source location and strength, which could help improve the ability of enclosed environments to deal with sudden contaminant. This paper presented the sensitivity analysis algorithm which can identify source location and strength. Still more, this paper analyzed the identifiable zone of different sensor placements, and provided the better one. The research above can identify the source emitting characters rapidly and accurately, which provides foundation on replying contaminative accidents. Simulation results have proved the virtues of the novel method.