Charging water with singing bowl.
Tibetan singing dragon bowl.
In addition to the resonance of the system, the Faraday's Ice Pail experiment, the Kelvin's Water Dropper experiment, and a short video on static electricity and water, is helpful in understanding this effect.
Maybe use two singing bowls of opposite charges to charge the top "induction rings" of a Kelvin water generator at a faster rate. This would also greatily minimize the amount of water needed to fall through the induction rings in order to generate a spark. With a correctly designed system, the induction rings and the singing bowls may be able to self-excite each other into a runaway state. A continuous or a near continuous spark!
It would be great if we could get the amperage up in a system like this to make it more useful. Please feel free to post any and all ideas you may have to make this possible.
Thanks,
GB
Tibetan singing dragon bowl.
In addition to the resonance of the system, the Faraday's Ice Pail experiment, the Kelvin's Water Dropper experiment, and a short video on static electricity and water, is helpful in understanding this effect.
Maybe use two singing bowls of opposite charges to charge the top "induction rings" of a Kelvin water generator at a faster rate. This would also greatily minimize the amount of water needed to fall through the induction rings in order to generate a spark. With a correctly designed system, the induction rings and the singing bowls may be able to self-excite each other into a runaway state. A continuous or a near continuous spark!
It would be great if we could get the amperage up in a system like this to make it more useful. Please feel free to post any and all ideas you may have to make this possible.
Thanks,
GB
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