磁场图像-行动因果关系描述的信息来源

M. Oravec, H. Pačaiová, G. Izaríková, M. Hovanec
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引用次数: 5

摘要

技术设备(机器)通过其活动产生电磁场。这一领域可用于利用因果关系原理来识别问题。磁场图像是由磁感应强度B的结果矢量在特定的时间间隔和空间内的运动来表示的,它表示一个过程中设备的状态。磁场图像既包含时域解释信息,也包含频域解释信息。频域可以用幅度谱和相位谱来解释。时域可以用统计工具来解释。在功率为0.4 MW的水力卡普兰水轮机上验证了所提出的实验测量方法。研究发现,涡轮机的磁场图像包含了系统的机械和电气元件的信息,以及它们的行为(状态),这些信息可用于识别可能出现问题的原因。
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Magnetic Field Image – Source of Information for Action Causality Description
Technical equipment (machines) create electromagnetic field (EMF) by its activity. Such field may be used for identification of problems by using of the principle of causality. Magnetic field image, presented by movement of a resulting vector of magnetic induction B, in a specific time interval and space, represents state of equipment, of a process. Magnetic field image contains the information that may be interpreted in time domain as well as frequency domain. The frequency domain may be interpreted by means of amplitude and phase spectrums. The time domain may be interpreted by means of statistic tools. Verification of the suggested process of experimental measurement was performed on water Kaplan turbine with a power of 0,4 MW. It was found out that the magnetic field image of turbine contains information about both mechanic as well as electrical elements of the system, about their behaviour (state), which may be used for identification of causes of possible problems.
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