1.
Study on MTBF Assurance Test Risks
平均故障间隔时间保证试验风险研究
2.
Research on distribution model of WEDM mean time between failures
电火花线切割机床平均故障间隔时间分布模型的研究
3.
mean time between forced outage
故障停用平均间隔时间
4.
mean time between defects
故障平均间隔时间欠缺之间平均时间
5.
mean time before failure
故障前平均时间修理间隔平均时间
6.
mean time between scram
事故停堆平均间隔时间
7.
mean time between overhaul
平均大修间隔时间大修平均间隔时间
8.
mean time between events
事件间平均间隔时间
9.
mean rise interva
平均潮升间隔平均潮升间隙
10.
observed mean failure rate
平均故障率的观察值
11.
mean time between arrivals
两次到达之间的平均间隔时间
12.
Given the failure rates for given subsystems, the Six Sigma Black Belt will be able to use reliability apportionment to set mtbf goals.
给出给定子系统的故障率，6西格玛黑带应能利用可靠性分配原则设定平均无故障时间目标。
13.
Time Interval Averaging: Theroy,Problems,and Solutions;
时间间隔平均法:理论,问题和解决办法
14.
A fault threshold expressed in terms of the number of faults in a prescribed period of time.
以“在规定的时间间隔内出现的”故障次数来表示的一种故障阀值。
15.
The study of distribution model of the forepart fault s internal time of horizontal machine center;
卧式加工中心早期故障间隔时间分布模型研究
16.
Find the magnitude of the average acceleration during the interval.
求在这段时间间隔内平均加速度的数值。
17.
Actuator fault identification for nonlinear dynamic systems using parameter interval based method
非线性系统执行器故障隔离的参数区间法探讨
18.
The Six Sigma Black Belt will be able to compute basic reliability statistics (mtbf, availability, etc.
译文：六西格玛黑带应该能够计算基础的可靠性统计（平均无故障时间、有效性等）。