Titlebook: Detection of Corona Discharge in Electric Networks; Yevgen Sokol,Vitalii Babak,Ihor Karpaliuk Book 2024 The Editor(s) (if applicable) and

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Narcissus, Hazenoog en Guldenmondr transform applied to the results of experimental data processing. The application of this mathematical model allowed the development of a method for detecting the presence of corona discharge based on the spectral characteristics of acoustic radiation. Using the developed method, a technique for r

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’Dokter, mag ik u een kus geven?’tions for constructing a three-dimensional acoustic wave pressure field are presented. For constructing a three-dimensional acoustic field, the parameters of a corona discharge as a sound source are described, namely, the acoustic intensity curves for the “source—corona discharge” were taken, which

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Het lichaam is één groot verstandred. Since the method uses the spectral Fourier transform, which led to errors in the calculations, the literary sources devoted to the disadvantages of the Fourier transform method were analyzed. For using more suitable method, a review of the literature was carried out regarding the possibility of