1) Accident Causation Sequence Theory
事故因果连锁论
1.
This paper analyses the traffic safety actuality of our country,applies the principle of Accident Causation Sequence Theory,sets up the expressway traffic accident-causing model from the aspects of people,vehicles,expressway environment and management,and profoundly discusses the influential factors of the expressway traffic safety.
在分析我国高速公路交通安全现状的基础上,运用事故因果连锁论的原理,从人、车、道路环境、管理这四个方面,建立了高速公路交通事故致因模型,对影响高速公路交通安全的因素进行了探讨。
2) cause-effect chain model
事故因果连锁模型
1.
Based on the compilation of many "accident s causes theory", the author establishes the "cause-effect chain model" on tour security accidents.
文章在综合各种事故致因理论的基础之上,通过建立事故因果连锁模型来进行事故成因分析,并进一步阐述旅游安全事故发生机制、原理。
3) cause and effect theory
因果连锁理论
1.
The article analyzes the safety risk factors by the cause and effect theory and regards that the key of controlling design safety risk is to develop safety awareness among all the staff,build up a specialized safety management department and set up safety management codes.
通过对近年来轨道交通安全事故的统计分析,指出设计是造成轨道交通建设安全风险的重要原因,运用因果连锁理论对设计安全风险因素进行分析,提出树立全员安全意识、建立专门安全管理组织、建立完善的设计安全管理制度是控制设计安全风险的关键,并以设计的生命周期为主线提出了设计安全风险的具体控制措施。
4) Accident Cause-and-Chain Theory
因果链锁论
5) cascading faults
连锁反应事故
1.
The studies of models and algorithms for evaluating cascading faults in com plicated power systems are given.
对评估复杂电力系统连锁反应事故的模型进行了研究。
2.
The elementary studies of cascading faults in com plicated power systems are given in this paper.
对电力系统中易引起恶性连锁反应事故的研究进行了初步探讨 ,分析总结了国内外电力系统连锁反应事故研究的现状 ,提出了衡量连锁反应事故的确定性指标及概率性指标 ,讨论了评估连锁反应事故的要求和评估理论。
6) causal chain model
因果连锁模型
1.
Analyzing with the theory of the causal chain model of an accident and the social combustion theory of socio-physics,we get the conclusion that anything happens with three necessary basic conditions:burning material,combustion-supporting agent and the ignition temperature.
在因果连锁模型中把社会环境不稳定状态视为"燃烧物质",而信息熵视为"助燃剂",群体性突发事件视为"点火温度"。
补充资料：无因果外道
【无因果外道】
（流派）十种外道之一。计草木自生自死，人亦同之者也。见行事钞下四之二。
（流派）十种外道之一。计草木自生自死，人亦同之者也。见行事钞下四之二。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条