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A unique mode of dynamic electrical possibilities. Page 3 Asymmetrical Plasma Electrolysis page 1 Asymmetrical Plasma Electrolysis page 2 Asymmetrical Plasma Electrolysis page 3 Asymmetrical Plasma Electrolysis page 4
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Further Examination of
APE Rather than a superficial examination I feel it is a requirement to break this process down so that more specific information can be presented and used in other applications.
What I have done is begin with a chart that provides the fundamental physical level of what happens at the Cathode.
I may remark now that I did notice the Anode dissolving over time however I do not find this fact to be important now other than to mention that it takes place. Later if we find it relevant we can examine that closer.
1. Solution is conductive, conductive media makes the connection between electrodes. 2. The Asymmetry is otherwise just a condenser implementation to increase the current per unit of surface area for the Cathode. 3. The increase charge per surface area is such that a low level gas plasma begins to heat the Cathode until it is red hot. 4. At the point where the Cathode gets hot enough an envelope I have labeled the 'Plasma Sheath' is created as the solution is no longer in direct contact with the tungsten. 5. This envelope provides an air gap for the high energy to ionize the gap and develop a plasma. 6. Contact cooling occurs above the 'Solution Level' from the boiling of the solution around the submerged tungsten Cathode. 7. This 'Contact Cooling' also appears to leave a deposit that is so far is un-identified but appears in ranges of color from gold to red or even purple. 8. The contact cooling also provides a golden light (the postulate as to why later even though Hydrogen ignition seems an obvious educated guess there appears to be more to it) 9. 2 Primary Modes of running the APE seem clearly defined. i. Low power
ii. High power.
10. It appears a requirement of proper low power running to first set the process in high power mode for the singular purpose of heating the Cathode sufficiently to create the plasma sheath and the low power mode appears to be required for the 'transmutation' potential. In all I had about 6 runs each with a new tungsten rod. The last of these runs I added 50ml of 3% H202 to see what would happen. The best results came from the last run where I began to understand what conditions provided the 'gold like' deposit best. This is what we shall examine in the next page. |
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All content and photos copyright (c) 2005,2006,2007 Karl Reinhart of The Shekinahguild. |
