Free Solid State/mechanical energy

[nat1971a]

Hi All,

Sounds like we are talking about scalar waves. Heres a picture of them from
Meyl - Scalar waves p470. It is interesting to compare this diagram with one from Vicktor Schaubergers "The double spiral longitudal vortex." Reference p181 The living Energies. They look the same to me.

Cheers

N.

[samebarbosi]

For incompressible fluids the longitudinal wave is manifested exactly as the water in pipes -> water hammer.
As for the rupture caused by sudden suction, decompression, I think the term is cavitation.

As I final thought, speaking about the structural modifications occurring in mater fabric, going down to atomic level, is it not what scientists today call fusion and fission? And all together in the past was called alchemy?

I need to ponder now about how this applies to our motor.

[lancaIV]

Hello again Charlie_V,

a comment between the difference of IR-lightwaves and heat :

http://www.astrofoil.net/astrofoil.insulation.r-values.html

The question is : consequence of receptor vibration,or receptor oszilation ?

S
  dL

[samebarbosi]

Back to subject, the same mechanism of induction from primary to secondary, works from secondary to D coils (rotor).
Just a rough idea, if the system (rotor & stator) is in balance (field potential and mechanical), it tends to remain in balance. However if the high potential is start flowing around the rotor, the potential balance is disturbed thus the rotor will search to reach back the balance status.

[Charlie_V]

In standard motors, the rotor spins because the coils of the stator are driving it.  There is only a single circuit in a normal motor.  The stator coils and (optionally) a capacitor.  Our motor has two circuits - that is the big difference, and an important one. 

Our Motor (464,444):
The first circuit (primary) is a small mass and a stiff spring.  The second circuit (secondary) is a large mass with a loose spring.  The primary's spring is attached to the large mass of the secondary.  They are both tuned to have the same resonant frequency.  You start tapping the primary, which has very little momentum (because the mass is so small), and at first nothing happens in the secondary.  When you reach the resonant frequency the secondary will start oscillating.  At resonance, when the spring in the primary is being compressed, the spring in the secondary is being expanded (stretched).  This causes the masses to oscillate out of sync with each other.  They will also achieve the greatest distance from one another in one instance, and be the closest in the other.  The secondary circuit has a HUGE momentum because the mass is so large.  That mass is used to drive a nail with very little effort - our little taps do not need much force!  This nail is the rotor. 

Standard Motor:
There is only one circuit, the primary.  The primary is made of a small mass and a stiff spring.  We are using this small mass to drive the nail.  The best we can do is when the mass and spring are in resonance.  So we tap the mass at that frequency - the resonant frequency.  If we want to drive the nail harder, we have to tap harder. 

I hope you see the difference now between the standard (mainstream approach) and the Tesla approach.  A caution, in our motor, it is possible to operate it in a standard motor fashion.  There will be three frequencies of optimum operation.  The first frequency (the best one) is what we are trying to do - the Tesla approach.  The other two cause the spring of the secondary to compress at the same time as the spring in the primary.  This makes both masses move together in sync.  When the masses move together, there is no point in having the secondary because the large mass will not move very far - it will not have a large momentum anymore.  It's momentum will match that of the primary.  To increase the force in this case, you have to tap harder. 

Of these three frequencies.  You will find the best one (the Tesla operating frequency) between the other two.  It is the middle.  There will be a lower, standard operating frequency, and a higher.  Stay in the middle... in the "neutral" point.  Because as Erfinder would say, this spot represents the void.  Hahaha!