1) inertial redundancy system
惯性冗余系统
1.
Parity vector of inertial redundancy system with fault and without fault are studied to detect and recognize.
为使惯性冗余系统达到故障检测与识别的功能,对惯性冗余系统的奇偶向量在有、无故障的不一致情况下进行了研究。
3) redundant system
冗余系统
1.
Uniqueness of nonnegative solution toredundant system with several failure states;
具有几种失效状态冗余系统的非负解的存在唯一性
2.
Also the reliability of the system and the advantage of the redundant system are analyzed.
基于碱回收燃烧工段控制系统安全性的考虑,详细阐述了由西门子S7-400H来实现具有冗余及故障安全功能的控制系统,包括硬件配置及网络结构,介绍了冗余系统的优点,并对冗余系统的可靠性进行了分析,该系统在实践中的应用证明了其有效性、安全性及稳定性。
3.
Since general situation is that both environment load and component property are random variables,failure dependency is common for most redundant systems.
从可靠性数学的角度,以环境载荷与零件性能的特征及其相互关系为背景,探讨了k/n(F)冗余系统共因失效的原因与机理,并致力于冗余系统共因失效概率预测的精确方法。
4) Redundancy system
冗余系统
1.
Application of Markov chain in researching the redundancy system’s reliability;
马尔可夫链在冗余系统可靠度求解中的应用
2.
This paper discusses the reliability models of non-redundancy system,entirety redundancy system,portion redundancy system and standby system,and gives the reliability model of typical electric power communication system,which provides foundation for the reliability evaluation of electric power communication s.
从非冗余系统、完全冗余系统、部分冗余系统以及备用系统的可靠性模型出发,分析建立了典型电力通信系统的可靠性模型,对电力通信系统的可靠性评估提供了依据,并为完善电网可靠性评估方法提供了帮助。
3.
Time synchronization is an important link in power system automation,by analyzing and examining GPS system,with using synchronous clock redundancy systems as interactive backup,the system has higher reliability ,multi-functioning ,greater accuracy ,higher cost performance and easier operating .
通过对GPS系统的分析与研究,采用双机冗余系统,互为热备用,从而使系统具有可靠性高、功能多、精度高、性价比高和操作方便等特点,并就GPS同步时间冗余系统研制的相关技术问题进行了讨论。
5) system redundancy
系统冗余
1.
GA-based optimization model for multi-objective reliability design of system redundancy;
基于GA的系统冗余可靠性设计多目标优化模型
2.
According to the example of American Space Shuttle, the modes of RCS in closed loop, the system redundancy and compound mode of multi-jets were analyzed.
同时分析了RCS在回路中的各种工作模式和多推进器的系统冗余及其组合方式。
6) Redundant inertial measurement unit
冗余惯性组件
1.
Based on the six-gyroscope redundant inertial measurement unit, different performances of these methods were evaluated, and the possible factors that affect their detection power were analyzed.
以六陀螺冗余惯性组件为平台,验证了这几种方法在检测小故障时实际应用的不同效果,分析了影响各自检测能力及故障时延的原因及在工程应用中的优缺点,并对小故障检测能力、故障检测时延和实时计算量这几项指标进行了比较研究。
补充资料：惯性
惯性
inertia
惯性(inertia) 惯性是物质的一种性质，表现为物体对一其变化的阻抗。因此，当没有外力作用时，原来处止状态的物体将保持静止、而原来在运动中的将以不变的速度继续作直线运动(牛顿第一运律)。物体的质量是它的惯性的度量。参阅“寿(mass)条。 仁内代尔斯基(1.Nedelsky)动静淋淀剔阳
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