Good afternoon gentlemen,
I'm a final year electronics student and i'm investigating the possibility of producing a hydrogen generator (plus all the control) for my final year project.
Now i'm not exactly convinced that Stan Mayers water powered car was cosher, but I do think its an interesting area to investigate (the clocks ticking on the oil reserves after all!!) and looking into other areas, over unity hydrogen production is a farce, of that I'm certain, you NEVER get more out than you put in, simple physics.
Now I come to the point of this post...
I know that hydrogen can simply be obtained by DC electrolysis of water but this process has its drawbacks; heat, large current draw etc.
I wish to know if water can be broken down into hydrogen and oxygen using resonance. If so what frequency does this happen at and at what voltage?
Cheers,
Matt
I'm a final year electronics student and i'm investigating the possibility of producing a hydrogen generator (plus all the control) for my final year project.
Now i'm not exactly convinced that Stan Mayers water powered car was cosher, but I do think its an interesting area to investigate (the clocks ticking on the oil reserves after all!!) and looking into other areas, over unity hydrogen production is a farce, of that I'm certain, you NEVER get more out than you put in, simple physics.
Now I come to the point of this post...
I know that hydrogen can simply be obtained by DC electrolysis of water but this process has its drawbacks; heat, large current draw etc.
I wish to know if water can be broken down into hydrogen and oxygen using resonance. If so what frequency does this happen at and at what voltage?
Cheers,
Matt