Registration Number
0223U002574,
0117U007714
, R & D reports
Title
Development of the theory of electrophysical processes in impulse systems of electromagnetic treatment of electrically conductive medium
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Head
Kondratenko Ihor P., Доктор технічних наук
Registration Date
23-02-2023
Organization
Institute of Electrodynamics of the National Academy of Sciences of Ukraine
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The object of research is mathematical models for calculating pulsed electromagnetic fields and methods for determining the force action of a pulsed electromagnetic field on solid conductive media, electrophysical processes during a pulsed barrier discharge of the water surface.
The purpose of the research is to develop the scientific principles of using pulsed electromagnetic force action on electrically conductive media to transform their mechanical characteristics and impulse barrier discharge of the surface of a conductive liquid, optimization of the technology of direct water purification with such a discharge.
A study of a pulsed barrier discharge on the surface of water, which moves in the discharge gap in the form of a thin film (≈0.15 mm), droplets with a diameter of 1−1.7 mm and in the form of an aerosol under on the voltage pulses of duration ≈100 ns and a repetition frequency of 10 -500 Hz. The conditions for the existence of such a discharge in a spatially uniform form have been determined. On the example of processing a model solution of methylene blue with a concentration in water of up to 100 mg/l, it is shown that the discharge has the highest energy efficiency in the case when water moves in the form of submillimeter-sized droplets. Under such conditions, the energy output of the discharge at a 90% degree of impurity decomposition reaches ≈60g/kWh. The mechanism of decomposition of methylene blue and the influence of various factors on it are considered.
The methods of calculating the components of the pulsed electromagnetic field in the system electromagnetic inductor - conductive medium and determining the conditions for the existence of the magnetoplastic effect under which the transformation of the mechanical properties of thermally stressed areas of welded products is achieved have been developed. Constructive implementations of electromagnetic inductors and defined parameters of pulsed power sources, which are expected to produce a magneto
Product Description
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Belokur Natalia V.
Bereka Vladislav O.
Bozhko Ihor V.
Vyshtak Tetyana V.
Zhiltsov Andriy V.
Karlov Oleksiy M.
Kondratenko Ihor P.
Kryshchuk Roman S.
Lypkivskyi Kostiantyn O.
Mozharovsky Anatoliy G.
Ovadchuk Sergey P.
Rashchepkin Anatolii P.
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2023-02-23
