| 1. | Then we look for the minimal segmental sets of the created fault tree
然后对建好的故障树寻找最小割集。 |
| 2. | Finally , the realization algorithm is accomplished according to the minimal segmental sets
最后根据最小割集确定故障诊断的实现算法。 |
| 3. | The minimal path sets and the minimal cut sets are the key tools to evaluate the network reliability , which divide the system states into two : success ( s = 1 ) and failure ( s = 0 )
网络的最小路集和最小割集分别从成功( s = 1 )和失败( s = 0 )的不同角度描述了网络的不同状态，是网络可靠度求解的关键。 |
| 4. | The paper proposes a method for reliability evaluation of distribution systems which takes many real factors into consideration , and then programs relevant software
本文是在综合考虑影响配电系统可靠性各种因素的基础上，提出了一种基于最小割集的配电系统实用的可靠性评估方法，并编制了相应的应用程序。 |
| 5. | The paper proposes a method for reliability evaluation of distr i but ion systems , which takes many real factors into consideration , and then programs relevant software
本论文是在综合考虑影响配电系统可靠性各种因素的基础上，采用了一种基于最小割集的配电系统实用的可靠性评估方法，并编制了相应的应用程序。 |
| 6. | The theory of minimum cut sets and its application in accident analysis are described with emphasis on putting forward the importance analysis of the weighted structure in sequence gradation of the bottom events of the fault tree
阐述最小割集理论及其在事故分析中的作用，着重提出了对故障树底部事件进行排序分级的加权结构重要度分析法。 |
| 7. | The assessment method integrates the series equivalent approach and minimal cut - set to evaluate the reliability of electrical distribution net which consists of mid - voltage and low - voitage net on the assumption that there are sufficient and accurate datum
评估计算中，假设所获得的数据和资料充足、准确，采用串联等值法与最小割集法结合，进行包括中、低压的供电网络的可靠性评估。 |
| 8. | Abstract : the complexity of tree set analysis for network was compared with that of minimum cut set analysis . if was illustrated by an example that the analysis method based on minimum cut set is the best approach for the availability analysis of network
摘要：对网络分析的树集分析法与最小割集分析法的复杂性进行了比较，并示例说明以最小割集为基础进行网络可用性分析是最佳的技术途径。 |
| 9. | This paper describes a method in environmental risk assessment ( era ) - fault tree analysis ( fta ) , and applies it to an oil - fuel depot at sheshan township of nanjing city , in close vicinity of the yangtze river
摘要将故障树分析法应用于南京摄山油库火灾爆炸事故的环境风险评价，构建了油库火灾爆炸故障树，确定最小割集，进行结构重要度分析，计算汽油罐发生火灾爆炸的概率，并对各基本事件的概率重要度进行了分析。 |
| 10. | After then , a new method of solving the minimal cuts of s - coherent tree based on bdd and prime number was given in the qualitative analysis of fta based on bdd , the prime implicant sets of non s - coherent tree was calculated by an iterative method
再次，在基于bdd的故障树定性分析研究中，提出并实现了基于bdd和素数法相结合的单调关联故障树最小割集求解的新方法，用迭代法实现了非单调关联故障树质蕴含的求解。 |
