Counter Rotating Coaxial Cylinder HPG

[gravityblock]

I described how to generate AC with the HPG.  The frequency of the AC will be proportional to the rate the magnet is oscillating at.  This will put a tremendous strain on the bearings at a high rate of speed.  There is a possible solution to this.

Replace the radial magnets with two circular halbach arrays.  The arrays can be made where the magnetic field is uniform.  This uniform field will rotate.  It has to, because they use the halbach arrays in magnetic coupling.  You could place two halbach arrays on the same axle with their like poles facing outwards in a "S/S or N/N" configuration.  This will get rid of the counter rotating discs.  It also allows slip rings to be on the axis with no brushes needed on the rims.

Each disc will have an opposite polarity to the other disc.  If the axle went completely through both discs and the magnet, while the magnet is on bearings and can freely rotate in either direction, the counter torque will cancel the magnet from rotating or oscillating.  The magnet won't be attached to the discs or any part of the external circuit and the counter forces on the magnet will cancel each other.

This will produce a constant DC without the magnet oscillating back and forth and will eliminate the stress on the bearings.

It can be done with radial magnets to produce an AC or with two halbach arrays to produce a constant DC.

I'll work on an illustration.  I may not be able to finish the drawing right away due to other things needing to be done at the moment.  I should have it posted within the next 24 hours.

[gravityblock]

I guess we need to perform your experiment in order to know the results.  If there is no net EMF, then we need to look at this in a different light.  If there is an EMF with the counter force still present, then we need to look at this in a different light.  The different light may be a combination between regular induction and the HPG in order to rid ourselves of this unwanted force.

[gravityblock]

Broli,

I already know you will say there is no voltage or EMF in the drawings below.  The thing to remember is either your drawing will have an EMF or my drawing will have an EMF.  You're drawing doesn't meet the requirements of either of the two laws below in order to generate an EMF.  The real test is to perform the experiment in your drawing and my drawings below and compare the results.

There are two laws for induction.  These two laws are flipped mirror images of each other.  One law is a conductor moving relative to a changing magnetic field ( a magnetic field increasing or decreasing in strength relative to the conductor).  The other law is a conductor moving through a uniform magnetic field not changing in strength.

There is no requirement in a HPG for there to be relative motion between the disc and external circuit as most is led to believe.  What is required with either law, is relative motion between the conductor and the magnetic field.

Our enemy, Lenz arises from the differences between these two laws.  Using one law causes the other law to oppose the one that is being used.  We can defeat Lenz in a HPG/HPM configuration by uniting the two laws together.

Below are a few illustrations showing how this can be done.  Notice there is no relative motion between the disc and external circuit.  There are no brushes or slip rings.  There is no counter torque, yet it doesn't break any laws of physics and it meets the requirements of one of the laws above without the other law being used against it because there united together (no longer a flipped mirror image of each other).

I want to draw your attention to illustration B the most.  We will more than likely need to bolt the stationary discs to the floor or wall so the discs won't rotate.

[exnihiloest]

Did you read my last post?  ...

Yes I did. It is irrelevant.
To sustain the helicopter a vertical force is needed. This force is the resulting component of the forces from each prop. These linear forces are created from the torque applied by the motor to each propeller, thanks to the intermediate of the blades. It follows that contra-torques are exerted against each prop. Thus they do not cancel, they add against the motor torque! And so it is in the case of the cylinders.

[angryScientist]

You guys are so close.

You know every microwave oven has two toroid shaped magnets that might be useful.

It might be wise to have some kind of paper or insulation between the plates and the magnet.