@Ion
I am not sure I would agree, and we could use a smple analogy here, I have a 100 gal tank full of water which is full of metal balls having a neutral boyancy within the water. Now if I apply a force to the tank and it moves a little bit I could "hear" metallic noises from within the tank on a hyrophone from the balls randomly hitting each other. Do you think the noise from the balls would "slow" the motion of the tank? Intuitively, we would think the sound is energy so energy has been lost but we should remember the sound is a result of completely random collisions "within" the object and that motions within objects can have no net effect external to the object itself.
If you believe that the internal random sounds generated in the core can have external effects then you must also believe the process is reversable in which case I could create random sounds inside the boundary condition of what constitutes an "object" and produce net external forces. LOL, I believe that physics states catagorically that there is no motion one could produce internal to an object that will result in a net external force. So the question remains, Do you think random internal oscillations as "noise" in the core can have an external net effect on the coil or the magnet?
Regards
AC
Unfortunately, I will have to respectfully disagree as IMHO this makes a few assumptions and analogies which don't ring true to me. Firstly Now if I apply a force to the tank and it moves a little bit I could "hear" metallic noises from within the tank on a hyrophone from the balls randomly hitting each other. Do you think the noise from the balls would "slow" the motion of the tank? Initially, the balls will not be randomly hitting each other, the balls will try to remain stationary, since they have mass, only to bunch up at the wall of the tank that the initial force was imparted to. They have not given up their mass just because they are buoyant. At some point they may decay into a chaotic condition, but at that point most of their energy will have been given up into heating the liquid from frictional losses. This would be measurable as an electromagnetic wave in the far infrared region. The a large portion of the sound of the balls hitting each other will also be converted to heat in the liquid. The hydrophone will pick up the feeble echoes of all this sound activity. Second: I believe that physics states catagorically that there is no motion one could produce internal to an object that will result in a net external force. Yes this is the action-reaction principle, and holds true for objects with mass in motion and their attendant forces. Applying this to electromagnetics is a bit of a stretch. How would radio transmitters work? Do you think random internal oscillations as "noise" in the core can have an external net effect on the coil or the magnet? These so called "random" oscillations do not arise spontaneously, but are induced and are a reaction to the energy input. Yes, they will have an effect or you would not be able to observe them as an induction in the coil. This represents the energy stored in the domains as they snap into place after having been stretched out of their rest position. It just occurs randomly. There is more, but all for now BTW..Some of us would like to comment on your double pulse circuit, can you post it?
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Topic: Bi-toroid (Read 151579 times)
