FIELD: physics.
SUBSTANCE: method of energy generation consists in that, within some segment of space L, the saturating magnetic field is generated for magnet-viscous substance which is shifted within the specified space segment at speed V value of which is matched with time constant τ of magnet-viscous substance viscosity, e.g. by formula L/V≈2.5τ. As a result, mechanical energy is generated due to arising force, attached to magnet-viscous substance saturating magnetic field at collinear orientation to vector of speed V. The device contains constant magnet and associated magnet-viscous substance made in the form of disk of radius R connected with its rotation axis. The disk edge is placed in localised space of length L by tangent to disk of saturating magnetic field of constant magnet. Device start-up is carried out by single application of pulse moment from external source sufficient enough to provide device start-up. Time constant of magnet-viscous substance is selected from the expression τ=0.36L/ω0R, where ω0 is value of disk angular speed corresponding to maximum rotary moment.
EFFECT: generation of energy due rotation.
2 cl, 19 dwg
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| DEVICE TO MEASURE DYNAMIC DISTRIBUTION OF MAGNETIC SUSCEPTIBILITY OF FERROMAGNETIC | 2011 | 
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Authors
Dates
2008-08-27—Published
2006-12-14—Filed