Phenomenological Modelling of Polywell(Trademark)/SCIF Multi-Cusp Inertial-Electrostatic Confinement Systems
ENERGY/MATTER CONVERSION CORP MANASSAS VA
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In an earlier paper, a comprehensive study was made of the recirculation and losses of electrons in their flow through simple inverse power-law potential wells bounded by similarly inverse power-law dependent magnetic fields. This study examined electron flow and loss behavior in the simplest approximation invoked to describe Polywelltm confinement systems. The importance of this study, and of the present paper, is that the power balance in Polywelltm systems is determined entirely by the rate of electron losses if these are large, then the system can not yield net power. As noted in I, a large body of work has been undertaken over the past 35 or so years in the study of general cusp confinement of plasmas. Nearly all of this has examined single particle electron or ion motion or the motion of particles in neutral plasmas within cusped magnetic systems, generally without internal electric potential fields. Furthermore, almost all of this work on plasmas has been limited to plasmas in local thermodynamic equilibrium LTE non applied to non-neutral systems.
- Electricity and Magnetism
- Atomic and Molecular Physics and Spectroscopy
- Nuclear Physics and Elementary Particle Physics
- Plasma Physics and Magnetohydrodynamics