Aking.21,
it seems to me your are constantly "moving the goal posts".
Earlier you mentioned that capacitors are no good for your type of setup (heavisite current etc.)
and i should use batteries.
Now i am using a battery and now you mention "capacitor conditioning" which can run a device by itself.
What is it please?
Itsu
It is both. EDIT: There are 2 different processes going on. The Heavyside component is always present. If you look at a a cross section of the wire - the magnetic field consists of concentric circles surrounding the wire. The dielectric field is like the spokes of a wheel going out from the wire. This comprises the Heavyside component which is trapped by the plates of the battery acting like capacitors. Works better at HV and HF as the magnetic field increases exponentially with respect to these two factors.(HF and HV) Conditioning in batteries is when you stop charging and the batteries continue to rise in voltage. Capacitor conditioning: ask Grumage. EDIT: The battery conditioning takes up to 12 hours to see. The capacitor conditioning likewise. I have done extensive research on this process which was first taught to me by Dave Lawton who is a protigee of Harold Aspden. Dave Lawton failed at first to replicate the Stanley Meyer process from the patent. After extensive testing the device suddenly worked and produced masses of HHO far in excess of the normal input required. He investigated the effect and concluded that the conditioning process created a nano coating on the water capacitor which caused it to go quasi superconductive. Dave Lawton also uses a phase locked loop to keep the device in resonance Here is Dave Lawton's video of the water capacitor when conditioned https://www.youtube.com/watch?v=pJGZ_uHgu5U
« Last Edit: 2019-08-10, 15:25:07 by Aking.21 »
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Electrostatic induction: Put a 1KW charge on 1 plate of a capacitor. What does the environment do to the 2nd plate?
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Topic: Itsu's workbench / placeholder. (Read 137150 times)
