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 …

The reflection coefficient of reflected wave is one of the most important parameters to
characterize the damage degree of power cable defect. However, due to the attenuation and …

Complex dielectric spectrum sums up the electrical properties that can infer a material's
composition. Among various dielectric spectroscopy methods, time-domain reflectometry …

A pragmatic approach to probe setup is desired for broadband dielectric measurement and
monitoring. We propose and validate the utilization of a single probe that integrates two …

The time–frequency-domain reflection method (TFDR) based on the Wigner–Ville
distribution (WVD) is confronted with the problem of cross-term interference in existing …

Reflection coefficient is important to evaluate the characteristics of power cable soft faults.
Thus, a reflection coefficient estimation method based on sliding-window total least squares …

Frequency domain reflectometry (FDR) has been proved promising to locate the defect of
power cables, yet the traditional fast Fourier transform (FFT)-based algorithm faces problems …

The frequency‐domain reflection (FDR) has been demonstrated to be a trustworthy
technique in solving the defect location of power cable by field experiments. However, the …

The electrical properties of soil can be known by measuring the complex dielectric
spectroscopy. However, the engineering community lacks a convenient tool for measuring …