1)  fault detection
故障的检测
2)  fault detection and exclusion
故障的检测与排除
1.
Discuss the reason of this problem from some aspects,such as the produced cause in digital circuit,the fault type and the fault detection and exclusion.
从数字电路故障产生的原因、故障的类型、故障的检测与排除等方面,探讨了这个问题。
3)  Failure
故障
1.
Rapid Diagnosis of Membrane Pump Failure and its Clearing;
隔膜泵故障快速判断和排除
2.
Failure Analysis of Hydraulic System on Roller-type Tripper;
齿辊卸料机液压系统故障分析
3.
Failures Forecasting of Hydraulic Pressure Drill Carrier Based on Model GM(1,1);
基于GM(1,1)模型液压凿岩台车故障预测
4)  fault
故障
1.
Research of Fault Diagnosis and Maintenance Technique for Hydraulic System of Plastic-injection Moulding Machine;
注塑机液压系统故障诊断与维修技术研究
2.
Normal Fault Analyses of Single Spindle of ORION-M Winder;
ORION-M型络筒机单锭常见故障分析
3.
A probe to the forming causes of usual faults of GA74 series of rapier loom and its prevention;
GA74系列剑杆织机常见故障及防治措施
5)  breakdown
故障
1.
Study on breakdown of propene carburator of Propylene Oxide units;
环氧丙烷装置丙烯气化器故障的研究
2.
The discussion about the breakdown detecting and maintaining for digital controlled machine;
浅谈数控机床故障检测方法及维修要点
3.
Installation and breakdown analysis of mechanical seal of kettles;
釜用机械密封的安装及故障分析
6)  Malfunction
故障
1.
Analysis of common malfunctions of crimping machine for PET staple fiber;
涤纶短纤维卷曲机常见故障的分析
2.
Malfunction Analysis of Type 403 Pneumatic Proportional Integral Regulator;
403型气动比例积分调节器故障分析
3.
Analysis and Treatment of Several Common Malfunctions of Turbo-expander;
透平膨胀机几种常见故障的分析与处理
参考词条
补充资料：故障检测
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CAS号：

性质：对故障诊断中所需的各种信号进行检测的过程。是一门应用型的边缘学科，它的理论基础是现代控制理论、计算机工程、数理统计、信号处理、模式识别、人工智能以及相应的应用学科。主要方法分基于系统动态模型的方法和不依赖于动态模型的方法。其中后者又分为：(1)直接测量系统的输入输出；(2)基于因果关系的信号处理方法；(3)基于专家系统的方法；(4)基于故障树的诊断方法；(5)基于模式识别的诊断方法；(6)基于模糊数学的诊断方法；(7)基于人工神经元网络的方法。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。