1) Failure intensity
故障强度
1.
The rationale of failure intensity of heat-supply network is analyzed based on the reliability theory, the analysis is made on determining the principle and the method of failure intensity value of heat-supply network, and measures for decreasing failures of heat-supply network are put forward.
根据可靠性理论对热网故障强度的理论基础进行了分析,分析了热网故障强度值的确定原则与方法,提出了减少热网故障的措施。
2) failure intensity rate
故障强度率
3) failure pervasion intensity
故障扩散强度
1.
A failure pervasion model was founded-fuzzy probability Petri net(FPPN)model which depicts the propagation and pervasion relation among failures,then failure pervasion intensity was introduced,the process of failure pervasion was depicted based on k-step fault pervasion principle and the pervasion intensity was expressed by a number.
针对这一问题,建立了一种基于模糊概率Petri网的复杂系统故障扩散模型,该模型完备地描述了测试对象故障模式之间的传播扩散关系,并引入故障扩散强度概念,按分步扩散的原则对故障扩散过程进行描述,给出了每个故障的扩散强度量值。
4) fault enhanced
故障增强
1.
The test result is drawn fault enhanced tech- nology can improve distinctly the rate of fault identif.
实际测试分析表明,采用故障增强技术能够明显地提高故障识别率。
5) fault measures
故障测度
1.
This paper gives a brief analysis firstly to fault transient characteristics of these kinds of system,then utilizes wavelet transform to obtain useful fault transient components and establishes fault measures about transient characteristic so that realizes fault circuit selection.
在分析了小电流接地电网发生单相接地时暂态特征的基础上,应用小波变换提取故障暂态信息,并构造出暂态故障测度,从而实现故障选线。
6) failure frequency
故障频度
1.
The expected failure number during a given(0,t ] and the stead-state failure frequency are studied,and some important reliability results are obtained.
考虑一种新型的可修系统,即修理设备可以修理的单部件系统,通过引入“广义修理时间”的概念,在假定部件的寿命服从一般分布的条件下,通过适当的假设,讨论了系统的瞬时可用度和稳态可用度,以及(0,t]时间内系统的故障次数和稳态故障频度,得到了一些重要的可靠性结果。
2.
The life time of each unit is assumed to follow exponential distribution and the repair time of each failed unit is assumed to follow arbitrary distribution,the following reliability problems are discussed by using the renewal process:the point-wise availability and the stead-state availability;and the expected failure number during a given(?)and the stead-state failure frequency.
在假设部件的工作寿命服从指数分布,失效后的修理时间服从任意分布的条件下,使用更新过程理论讨论了系统的瞬时可用度和稳态可用度,以及(0,t]时间中系统的平均故障次数和稳态故障频度,得到一些重要的可靠性结果。
3.
By a method of adding variants, the Laplace transforms of the system availability and the system failure frequency are obtained.
利用补充变量的方法,求出了系统的可用度和故障频度的Laplace变换。
补充资料：表光合强度(见光合强度)
表光合强度(见光合强度)
forecast of sowing or transplanting time
b iaoguanghe qiangdu表光合强度见光合强度
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