研究联络线故障水平对电力系统暂态稳定性的影响，对于电力系统的安全稳定评估与校核，以及暂态稳定预防控制都有着重要意义。
The research on the fault level of tie line is of significance for the security and stability evaluation of power system as well as the preventive control of transient stability.
在具体设计风险评估方法时，采取故障树和风险模式影响分析相结合的方式对BS 7799进行了实施与应用。
As designs a risk assessment method, the paper adopts method combining with fault tree analysis and risk model contribution analysis to put into effect and applies BS7799.
可通过故障树分析及评估控制系统部件失效所产生的影响，确保始终维持安全状态。
A fault tree can be developed to evaluate the impact of the failure of a control system component and to ensure that safe conditions are maintained.
风险评估应当评价产品或过程中有可能出现的故障或失效及其影响。
Risk assessment should be undertaken to assess the potential for, and the effect of, possible failures or faults in products or processes.
配电系统风险评估的研究目的是向电力用户提供安全可靠的电力供应，并且显示出系统发生故障给用户带来不利影响的程度。
Study of distribution system risk level aims to provide safe and reliable power supply, and to show the adverse impact on users by power system failure.
风险评估的方法可包括：故障模式和影响分析； 故障树分析；关联图；模拟技术；可靠性预计。
Examples of tools for risk assessment include fault modes and effects analysis, fault tree analysis, relationship diagrams, simulation techniques, and reliability prediction.
为斜盘泵滑靴磨损故障程度的影响因素分析及液压泵健康状态评估方法的研究奠定理论基础。
This study establishes a theoretical basis for the analysis of the degree of slipper wear factors and the research of hydraulic pump's health status assessment.
为斜盘泵滑靴磨损故障程度的影响因素分析及液压泵健康状态评估方法的研究奠定理论基础。
This study establishes a theoretical basis for the analysis of the degree of slipper wear factors and the research of hydraulic pump's health status assessment.
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