High Voltage Engineering by Prof M S Naidu, Prof V Kamaraju

By Prof M S Naidu, Prof V Kamaraju

The textual content is intended for the senior Undergraduate or Postgraduate scholar of electric or electric and Electronics Engineering who has opted for a direction on High-Voltage Engineering. The booklet discusses the state-of-the artwork in HVE structures in info. Written in basic and pedagogical demeanour, the content material presents a holistic figuring out to the reader of the inception, operating rules, benefits and drawbacks of HVE ideas and structures. The e-book has been designed conserving the standards from a beginner engineer in point of view and therefore a lot care has been taken to supply the newest updates from the sphere

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IEEE Transaction on power apparatus and systems, 97, 1156–1166 (1977). 10. , Steinbirglar, H. V. Fields”, IEEE Transactions on PAS, 93 1660–1668 (1974). 11. , “A Review of Charge Simulation Method and its Applications”, IEEE Transactions on Electrical Insulation, EI-24 No. 13–20 (1989). 12. F. , Boundary Element Techniques, Springer-Verlag (1984). 13. , “Recent developments in calculation of electric and magnetic fields related to high voltage engineering”, Key Note Speech, Proc. of 12th Int. Symp.

The higher the ionization energy, the shorter will be the wavelength of the radiation capable of causing ionization. It was observed experimentally that a radiation having a wavelength of 1250 Å is capable of causing photo-ionization of almost all gases. 3 Secondary Ionization Processes Secondary ionization processes by which secondary electrons are produced are the one which sustain a discharge after it is established due to ionization by collision and photo-ionization. They are briefly described below.

5 eV, the threshold frequency will be that corresponding to a wavelength λ = 2755 Å. If the incident radiation has a greater frequency than the threshold frequency, then the excess energy goes partly as the kinetic energy of the emitted electron and partly to heat the surface of the electrode. Since ϕ is typically a few electrons volts, the threshold frequency lies in the far ultraviolet region of the electromagnetic radiation spectrum. (c) Electron Emission due to Metastable and Neutral Atoms A meta-stable atom or molecule is an excited particle whose lifetime is very large (10−3 s) compared to the lifetime of an ordinary particle (10−8 s).

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