2) self-organizing rehabilitation
自组织系统修复
3) Self-Repairing Flight Control System
自修复飞控系统
1.
Self-Repairing Flight Control System (SRFCS) is a kind of active and passive failure tolerant control based on the Fly-by-Ewire flight control system, and it is also an important tendency of the future flight control system.
故障检测与隔离是自修复飞控系统的核心技术之一，它能及时判断故障发生的原因和部位，预测潜在故障的发生，进而为及时预警以及进行飞行控制律重构和自主维护诊断提供相关信息和依据。
4) Rehabilitation river natural ecosystem
河流自然生态系统修复
6) repairable system
可修复系统
1.
Some methods of estimation of future failure hour for a repairable system which can be described by Weibull process are studied.
分析研究了可修复系统故障时刻可用威布尔过程描述的情况下，进行系统后续故障时刻估评的几种方法。
2.
A repairable system consisting of different machines and maintainers with mixed skills is presented.
为分析工程中较大的可修复系统的工作状态、可靠性和修理工的工作强度,提出了一类由不同机器和具有混合技能的不同维修人员所组成的可修复系统,引进了状态转移是Markov过程的随机Petri网,对系统进行建模,通过实例分析系统的状态空间、各状态在稳态下的期望频率、期望持续时间、系统的可靠性和维修人员的工作强度,分析了随机C/E网和随机P/T的适用范围。
3.
This paper discribes some models of reliability and statistical test based on the stochastic process and the theory of statistical hypothesis, as well as the failure data of repairable systems.
根据随机过程与统计假设理论 ,在分析可修复系统故障数据特点的基础上 ,阐述了可修复系统故障数据的可靠性分析模型。
补充资料：多样化半导体无创激光治疗修复系统
多样化半导体无创激光治疗修复系统｜英语解释：SmoothBeam 它针对的是青春痘的根源－皮脂腺过度旺盛的分泌，是一种温和、安全且有效的激光治疗方法。
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