High Frequency and Radiant Energy reaction in water. Further testing showed the ability to melt copper and other metals. Tungsten near melting point. Over 6000 degrees F.
ho man you are just applying enough energy so the water becomes conductive and electrons jump the gap, instead of welding you are just melting your huge electrode...
How do you think Digital works? You can control the pulse speed (frequency) & the Width(the length\fatness)can all be changed in DC. Normal DC is 100% duty cycle which means it is always on, 100% of the time. But with circuits or simple RC networks (resisters & Capacitors)you can do many many things with DC.
Im not sure what you are trying to accomplish. Can you post another using a glass bowl?
1Rectified 3 months ago
ho man you are just applying enough energy so the water becomes conductive and electrons jump the gap, instead of welding you are just melting your huge electrode...
kukulcangod1 1 year ago
wow, you get 1/10,000 of the energy you put in..
dekonfrost7 2 years ago
you could use the DC voltage as a frequency carrier.
MattBlytheTheOne 3 years ago
man I would take care, when you get the right frequency and crack the water molecules, at 40amps I think you are about to blow your lab away!
MattBlytheTheOne 3 years ago
Perhaps pulsed DC would be a better description.
ritchie56 3 years ago
Put it in a clear plastic bucket or jug
crazzieg 3 years ago
How much power goes into that ?
Please come to overunityDOTcom
and report.
Many thanks.
Regards, Stefan.
overunitydotcom 3 years ago
How do you think Digital works? You can control the pulse speed (frequency) & the Width(the length\fatness)can all be changed in DC. Normal DC is 100% duty cycle which means it is always on, 100% of the time. But with circuits or simple RC networks (resisters & Capacitors)you can do many many things with DC.
shinerunner01 3 years ago
hmmm.... sparks. Big deal. Lots off energy to make such a little spark. Flint and steel would do better.
buggar4466 3 years ago