Planned Experimentation
Dear Wonju,
O.K. now I am getting a better idea as to what you are doing. So, you have written this theory paper and are now in the process of building the apparatus to test the theory. In the mean time you would like a peer review of your concepts. Fair enough.
I'm not much of a theory person. I struggled with vector mechanics in college and failed EM theory on my first go around. (however I got an "A' in the laboratory). I feel like I don't really have the skill set you need to evaluate such a detailed composition. I'm sure there are forum members that do, I'm just not one of them.
Now if you need simple engineering help with the power supply or how to evaluate strange waveforms from an oscilloscope, then I might be able to lend some assistance there.
Sounds like you are starting to collect your apparatus. Your 15 KV transformer might be to high and leave you short on avaliable current. The Blue engine power supply had DC meters that maxed out at 5 KV, so I suppose that the power supply didn't go above that. I suspect the normal operating voltage was between 3-4 KV.
Do your theory at what ever voltage you can secure equipment with and let us know how well the calculations match with measurements. You can always adjust the voltage down once you see how things are working.
Keep in mind that the sucessful power supply had two out of phase outputs. It appears that the converter part of the circuit (the single turn FFF) was a push - pull kind of operation. Right now I view it as a Tesla transmitter with the secondaries removed so that now there are only two primaries. One acts as a transmitter and the other as a receiver. They switch roles ever other cycle. I suspect that the missing and overlooked component is the kind of dielectric that was placed between these two windings - but this is all pure speculation and doesn't even have a theoritical basis. I'ts just the E.V. Gray was very fond of Delrin as the core of his electromagnet demonstrations in 1986. Why was that? He certainly didn't figure that out on his own. Sombody must have told him that this particular dielectric was important.
Keep in mind that the foundation of this technology is the "Electrostatic Generator" not electromagnetic generation. Who knows what they were really talking about back then. But, it implies that an electrostatic process was involved. Nobody has come up with a clue yet as to how that was used. But if it was I think Delrin was employed.
Also, a lead-acid battery is vital to the operation of the circuit and not as a power supply, but as a functional component. It seems that some kind of ion sink was necessary.
I also think that the collection of anomalus particles was done with an open loop method - like the Dollard-Lindemann-Brown experiment. In that demonstartion a NE-34 lamp was used on one end. I think the Gray team used one side of the battery (most likely positive) to take the place of the neon lamp. Once a standing wave was established the positive side of the battery would capture the remaining free conduction electrons as they sloshed back and forth in the open secondary. Eventually all the free electrons would be absorbed by the battery and the only energy left would be the pure electrostatic standing wave. But this idea is one of many possibilities to explore.
Spokane1
Originally posted by wonju
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O.K. now I am getting a better idea as to what you are doing. So, you have written this theory paper and are now in the process of building the apparatus to test the theory. In the mean time you would like a peer review of your concepts. Fair enough.
I'm not much of a theory person. I struggled with vector mechanics in college and failed EM theory on my first go around. (however I got an "A' in the laboratory). I feel like I don't really have the skill set you need to evaluate such a detailed composition. I'm sure there are forum members that do, I'm just not one of them.
Now if you need simple engineering help with the power supply or how to evaluate strange waveforms from an oscilloscope, then I might be able to lend some assistance there.
Sounds like you are starting to collect your apparatus. Your 15 KV transformer might be to high and leave you short on avaliable current. The Blue engine power supply had DC meters that maxed out at 5 KV, so I suppose that the power supply didn't go above that. I suspect the normal operating voltage was between 3-4 KV.
Do your theory at what ever voltage you can secure equipment with and let us know how well the calculations match with measurements. You can always adjust the voltage down once you see how things are working.
Keep in mind that the sucessful power supply had two out of phase outputs. It appears that the converter part of the circuit (the single turn FFF) was a push - pull kind of operation. Right now I view it as a Tesla transmitter with the secondaries removed so that now there are only two primaries. One acts as a transmitter and the other as a receiver. They switch roles ever other cycle. I suspect that the missing and overlooked component is the kind of dielectric that was placed between these two windings - but this is all pure speculation and doesn't even have a theoritical basis. I'ts just the E.V. Gray was very fond of Delrin as the core of his electromagnet demonstrations in 1986. Why was that? He certainly didn't figure that out on his own. Sombody must have told him that this particular dielectric was important.
Keep in mind that the foundation of this technology is the "Electrostatic Generator" not electromagnetic generation. Who knows what they were really talking about back then. But, it implies that an electrostatic process was involved. Nobody has come up with a clue yet as to how that was used. But if it was I think Delrin was employed.
Also, a lead-acid battery is vital to the operation of the circuit and not as a power supply, but as a functional component. It seems that some kind of ion sink was necessary.
I also think that the collection of anomalus particles was done with an open loop method - like the Dollard-Lindemann-Brown experiment. In that demonstartion a NE-34 lamp was used on one end. I think the Gray team used one side of the battery (most likely positive) to take the place of the neon lamp. Once a standing wave was established the positive side of the battery would capture the remaining free conduction electrons as they sloshed back and forth in the open secondary. Eventually all the free electrons would be absorbed by the battery and the only energy left would be the pure electrostatic standing wave. But this idea is one of many possibilities to explore.
Spokane1
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