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Hi.
As of 11.1.11 I am starting my new project of a motionless electromagnetic generator. I will be disrupting magnetic field of a permanent magnet placed within a Rodin coil wound on toroidal core made from ferrofluid. This core material will provide almost no hysteresis lossess to a high voltage pulse and it will respond to high frequencies of switching carrying magnetic mometum along the N-S axis and at 90 deg. around the toroidal core... I'm going to make ferrofluid first and then I plan to construct the core's shell from fiber glass stripe and some resin to form multilayered laminate on a wax donut model...
My logo for this project incorporates the starting date and somewhat resembles the device... :]_.o0
OK. So, here it is:
The idea is as follows: when a Rodin coil is not being energized the magnetic flux is focused within the closed loop core (4), fixed around a permanent magnet (1). When a Rodin coil (2) is energized it creates a twisted magnetic field gradient around it and saturates the donut core inside (3) at 90 deg. angle. It affects the closed loop core in such a way that the field from a permanent magnet now has to find some other route. The inner part of a Rodin coil (wires close to the permanent magnet) creates magnetic field of the same orientation as permanent magnet's field. So those two vectors add up an now the lines of force go through the core in the shape of a triangle with a powerful magnetic momentum, inducing voltage in the output coils (5) of that core. Then we stop the current flowing through a Rodin coil and the system seeks equilibrium state finding the shortest routes to balance itself. Closed loop core's particles rotate back 90 deg., which induces voltage on the output coil (5) around the outer edge of a Rodin coil.
As of 11.1.11 I am starting my new project of a motionless electromagnetic generator. I will be disrupting magnetic field of a permanent magnet placed within a Rodin coil wound on toroidal core made from ferrofluid. This core material will provide almost no hysteresis lossess to a high voltage pulse and it will respond to high frequencies of switching carrying magnetic mometum along the N-S axis and at 90 deg. around the toroidal core... I'm going to make ferrofluid first and then I plan to construct the core's shell from fiber glass stripe and some resin to form multilayered laminate on a wax donut model...
My logo for this project incorporates the starting date and somewhat resembles the device... :]_.o0
OK. So, here it is:
The idea is as follows: when a Rodin coil is not being energized the magnetic flux is focused within the closed loop core (4), fixed around a permanent magnet (1). When a Rodin coil (2) is energized it creates a twisted magnetic field gradient around it and saturates the donut core inside (3) at 90 deg. angle. It affects the closed loop core in such a way that the field from a permanent magnet now has to find some other route. The inner part of a Rodin coil (wires close to the permanent magnet) creates magnetic field of the same orientation as permanent magnet's field. So those two vectors add up an now the lines of force go through the core in the shape of a triangle with a powerful magnetic momentum, inducing voltage in the output coils (5) of that core. Then we stop the current flowing through a Rodin coil and the system seeks equilibrium state finding the shortest routes to balance itself. Closed loop core's particles rotate back 90 deg., which induces voltage on the output coil (5) around the outer edge of a Rodin coil.
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