RU2007134485A -
METHOD FOR MAGNETIZATION AND CREATION OF MAGNETIC FLOW IN A FERROMAGNETIC CORE OF ELECTRICAL DEVICE
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METHOD FOR MAGNETIZATION AND CREATION OF MAGNETIC FLOW IN A FERROMAGNETIC CORE OF ELECTRICAL DEVICE
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RU2007134485A
RU2007134485ARU2007134485/09ARU2007134485ARU2007134485ARU 2007134485 ARU2007134485 ARU 2007134485ARU 2007134485/09 ARU2007134485/09 ARU 2007134485/09ARU 2007134485 ARU2007134485 ARU 2007134485ARU 2007134485 ARU2007134485 ARU 2007134485A
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Application filed by Домаев Виталий Николаевич (RU), Домаев Виталий Николаевич, Домаева Наталь Аркадьевна (RU), Домаева Наталья АркадьевнаfiledCriticalДомаев Виталий Николаевич (RU)
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Способ намагничивания и создания магнитного потока в ферромагнитном сердечнике электротехнического устройства, при котором на ферромагнитный сердечник воздействуют источником электродинамического поля (Motional Electric Field), возникающем при условии компенсаций магнитных полей проводников с током или магнитных полей соленоидов, отличающийся тем, что для изменения намагниченности ферромагнетика, его вносят в область излучения электродинамического поля, что приводит к возрастанию намагниченности ферромагнетика в направлении распространения поля.
A method of magnetizing and creating a magnetic flux in the ferromagnetic core of an electrical device, in which the ferromagnetic core is exposed to a source of an electrodynamic field (Motional Electric Field), which occurs when the magnetic fields of the conductors with current are compensated or the magnetic fields of the solenoids, characterized in that to change the magnetization of the ferromagnet, it is introduced into the radiation region of the electrodynamic field, which leads to an increase in the magnetization of the ferromagnet in the direction I field.
RU2007134485/09A2007-09-142007-09-14
METHOD FOR MAGNETIZATION AND CREATION OF MAGNETIC FLOW IN A FERROMAGNETIC CORE OF ELECTRICAL DEVICE
RU2007134485A
(en)
Flux-focused shaped permanent magnet, magnetic unit having the magnets, device having the magnetic units and method for asymmetrically focusing flux fields of permanent magnets
SEPARATION DEVICE FOR SEPARATING MAGNETIZABLE AND NON-MAGNETIZABLE PARTICLES WHICH ARE TRANSPORTED IN A SUSPENSION FLOWING THROUGH A SEPARATION CHANNEL