183(1): Resonant Amplification of Electromagnetically Induced Torque

Feed: Dr. Myron Evans
Posted on: Wednesday, May 18, 2011 5:20 AM
Author: metric345
Subject: 183(1): Resonant Amplification of Electromagnetically Induced Torque

This is a mechanism for resonant amplification of electromagnetically induced torque when a natural angular frequency of the catalyst is tuned to a natural angular frequency of the e / m radiation. This note starts with the strongest, simplest and most direct mechanism, the torque between the electric field of circularly polarized electromagnetic radiation, and a permanent electric dipole moment, simulated and animated by Pelkie and myself on www.aias.us. The extra ingredient here is dissociation by resonance, when the molecule or ion spins itself apart. The torque caused by the B(3) field is that between the magnetic dipole moment induced by the B(3) field and the B(1) = B(2)* component of the electromagnetic field. So UFT 183 will develop these various mechanisms. They are the theoretical basis of the Kurata dissociation process.

a183rdpapernotes1.pdf

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