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Five Factors That Make the Gray System Work
From: Gary Magratten There are 5 major factors that make the Gray Motor Circuit and the Gray Circuit , 'Efficient Power Supply Suitable for Inductive Loads' important in motor circuit design work. 1) The 'Radiant Event' which is developed from the H.V. steel anode and coupled to the load circuit by the copper collection tubes appears to provide a large increase in energy. I attribute this to the ionization of air molecules in the spark gap. Each bound electron gains a quanta of electromagnetic radiation during the ionization process. As there is a multiplication of free electrons due to avalanche the release of quanta of electromagnetic radiation when the free electrons strike the H.V. anode is proportional to the increase in free electrons. The process by which electrons release EMR on impact to the H.V. anode is refered to as the "Inverse Photoelectric Effect" 2) The increase in 'free electrons' due to avalanche is directed back to the primary and secondary batteries. See schematic and trace the circuit path back to the neg. terminal of the batteries. 3) The current in the circuit is recycled back to the negative terminals of the batteries. 4) The power pulse delivered to the electromagnet load is [ in phase] high voltage, high current for the optimum duration at the optimum time. 5) The collapsing EMF of the electromagnets is utilized to recharge the secondary batteries. Not shown in the schematic but stated in the Tech. Discussion and Patents. As I am very busy with bringing this to market, I will not have time to answer questions from those simply curious. If someone is actually working on the circuit or working on the recreation of the 'Radiant Event' , then I will try to make time. Does the ER on the power supply have errors? Yes, it does. It was my first attempt at the recreation. That is the nature of R&D , trial and error. If someone wants to actually do work and make constructive contributions, that is very welcome. I am sorry that I can not answer all questions for all interested but I simply do not have time. If there is someone who is knowledgeable in this area of physics who wants to
make a contribution, ie.; avalanche, inverse photoelectric effect, 'Radiant
Event' or 'positron / electron annihilation' - P.A.M. Dirac Theory , quantum
theory in relation to air molecule ionization and 'bound state' to 'free state'
and back again, then we can talk. See also
Page posted by Sterling
D. Allan, June 15, 2004 |
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