Lower Confidence Limit for the Reliability of a Standby System with Lognormal Distribution Components 对数正态型元件贮备系统可靠性的置信下限
It's better data gathering and transmission network or standby channels in power distribution network automation. 在电力配电自动化系统中,它是一种理想的数据采集和传输的通信网络或备用通道。
Abstract In this paper, availability models are developed for emergency standby equipment with general distribution of time to failure and time to repair. 建立了应急备用装置在常见的工作模式下的可用度模型,并建立了:(a)当备用装置处于储备待命状态、不进行检测试验模式下的维修策略;
Arrangement for Auto - put - in to Device of standby Power Source in Distribution Substation 变(配)电所备用电源自动投入装置的装设
In this paper, reliability of some typical non-Markov repairable systems, including series, parallel, m-out-of n : G, and standby redundant system with general repair-time distribution, are studied by means of generalized Markov renewal processes. 本文应用可修系统可靠性分析的GMRP模型,研究了修理时间服从一般分布的串联、并联、n中取m表决、贮备冗余可修系统的可靠性。