The demand for cable diagnostics and monitoring techniques has increased significantly in
recent decades. Various diagnostic tests such as partial discharge, dielectric loss, and …

This article proposes a cable defect location method based on the power spectral density
(PSD) to improve the accuracy of the existing frequency-domain reflection (FDR) method …

The traditional steam power system operation condition assessment method relies on expert
knowledge and is difficult to achieve complete objectivity. Most data-driven methods require …

Obtaining real time quantitative condition assessment results is a focus in the field of nuclear
power system PHM. The existing researches on the nuclear power system condition …

Due to the spurious peaks caused by multireflection and the randomness of the cable
transfer function, the frequency domain reflectometry (FDR) method based on Fourier …

The phase of the reflected wave at the defect can characterize the change type of the defect.
The frequency domain reflection (FDR) method can be used to locate cable defects based …

Cable fault location is generally much more difficult if cable defect has not reached the level
of serious breakdown. Traditional methods such as time domain reflectometry (TDR) and …

Time–frequency domain reflectometry (TFDR) is a highly sensitive method to locate the
defects of cables. However, there are cross terms when a multicomponent signal is …

Operating performance assessment of gold flotation process plays an important role in
improving the metallurgical performances and pursues the best comprehensive economic …

The generation of series arc fault (SAF) within DC grids poses a significant hazard,
potentially leading to electrical fires. However, developing a diagnostic method that is robust …