General > General Discussion
why Stanley used Higher Voltage....
russrHHO:
I remember reading , way back in time, about the electrostatic spray on coating for Meyer's set of SS electrodes - matching use surfaces only.. He had tested various forms such as flat plates, tall concentric single tube set, and shorter sets of multiple concentric tubes. Efficiency changed with the form.being bench tested. I will check my files on Meyer cell for further data. He may have used the coating on just certain designs.
sebosfato:
I wish i could feel só sure…
Só far o know nothing About stanley cell since o Didnt meet him in life
Isdifrerent than havingsmall electrodes pretry much different
The resistances are diferent in different parta Of the cell depending what conduction mechanism is in place
And specially when resonance take placê in relacione with the magnética firlds
uziao:
--- Quote from: sebosfato on September 05, 2024, 02:19:33 am ---I wish i could feel só sure…
Só far o know nothing About stanley cell since o Didnt meet him in life
Isdifrerent than havingsmall electrodes pretry much different
The resistances are diferent in different parta Of the cell depending what conduction mechanism is in place
And specially when resonance take placê in relacione with the magnética firlds
--- End quote ---
Well, physics says that when you charge a capacitor, the dielectric gets polarized and displace chages to the other side. If he coated the tubes in order to increase resistance, it is the coating that is beign polarized, not the water.
All I know about the real work I got from the guys who went to Stans estate and took the pictures. In the flat vic transformer, the wires were copper, and the electrodes were plain 304 SS, no coating. As he had 10 cells wires in series, and 10 flat vic transformers in the car module, he probably connected all the 10 transformers in series in order to drive the 10 series cells.
sebosfato:
The Nice part here is that both Will get polarized! Walter Will have more than one electric field acting on
tur55:
--- Quote from: uziao on September 03, 2024, 21:24:43 pm ---
--- Quote from: tur55 on September 03, 2024, 18:34:44 pm ---
--- Quote from: uziao on September 02, 2024, 22:36:38 pm ---If you have low current at the cell, the voltage at the cell will be Current (I) x Cell resistance (R).
For an 100Ohms cell, you need 1 amp to give you 100V.
Someone need to demonstrate how to violate ohms law first to assure that he had high voltage at the cell.
It is impossible to reach kV ratings in an 80Ohms cell using miliamps... And there is no phase shift between current and voltage at the cell...
--- End quote ---
You are thinking correctly.
Watch Ravi's channel where he shows the white coating on the pipes. This plaque, or rather its resistance, increases the voltage at low current.
There are about 5 methods to reduce the current to 0.001 ampere, but they must be used all together and synchronize their work with each other
--- End quote ---
You are right, I already saw that at Ravi's channel, but all of Stans tubes have no white coating on it, so he must be using another technique...
Another point is that we cant use anything between the tubes and the water as insulator. A capacitor polarization occurs at the dieletric. Our aim here is to have displacement charges at the water, which should be our "dielectric". Anything in between will be charged instead of charging the water.
--- End quote ---
Water cannot be a dielectric all the time. Since it is saturated with ions. And therefore becomes a conductor.
In other words, water changes its physical properties 'dielectric-conductor'.
Stan Meyer said in one of the videos that the longer a fuel cell runs, the better it works.
It can only be one thing, calcium oxide buildup on the electrodes
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