Resonance Frequency Concept

[Hydro-Cell]

hi guys
i am also working with a resonant cell.

the cell i am building uses 42.8khz with a second frequency injected in the plates.
the 42.8khz frequency is induced electromagnetically with the second frequency induced by pulsing dc voltage into the plates.

[fritz]

hi guys
i am also working with a resonant cell.

the cell i am building uses 42.8khz with a second frequency injected in the plates.
the 42.8khz frequency is induced electromagnetically with the second frequency induced by pulsing dc voltage into the plates.

You apply a 42.8kHz periodic magnetic field ?
Wavelength for electromagnetic coupling would be too big !???

[Hydro-Cell]

You apply a 42.8kHz periodic magnetic field ?
Wavelength for electromagnetic coupling would be too big !???

not sure what your getting at??
i am going to assume tha you are refering to the wavelength being too big so you cant get a coil to emmit electromagnetic waves..

the wavelength for 42.8khz is roughly 7000metres peak to peak. so we halve this and get 3500 metres, this is the required length for a half wave dipole
a dipole is made up of 2 sides so we halve this again giving 1500 metres per side.
wind this 1500 metres of wire around a 36cm core to give 1:1 power ratio do this for both sides of the dipole.

the dipole after doing swr on it will be set up to both transmit and recieve 42.8khz

the thing with using radio waves or electromagnetic waves is that the power in is almost that of the power out as long as everything is mached up correctly.
the other thing which is what i am banking on is that when these waves are emmited everything they pass through will vibrate/resonate at this frequency, this will include the water molecules and the plates within the water. the power i plan to put into this coil is 700watts. the waves will be contained within the cell using a farady cage.

at the same time as this is going on 10.8khz frequency will be put directly into the plates. this will cause a mixture of wavelengths within the cells.