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The long wavelength that would not conveniently fit into the circuit length might actually only at first sight appear to be a hindrance for tapping the energy.
Read some studies on ELF wave transduction.

Sounds funny, forgive me but english is not my native language.
What would the expression "there's an awful lot of cat in that attempt" exactly indicate?

To me it could also be a reference to the Ivor Catt anomaly

http://www.ivorcatt.com/28anom.htm

Ron

Catt or cat, either way things are getting somewhere, I just hope that it is where we want to go.

Delta (all coils series connected and closed) connected polyphase generators are an interesting setup, according to the book it is the circuit that decides which way the current flows.

A critically damped transient only gives one pulse, that conditions is when R= 2* (the square root of) L\C
or R squared\4L squared= 1\LC

Information overload, I think I have myself even more confused than normal, with that I have also been playing with the bifilar induced voltage while open ended.  In the very least case with this it shows that the wire is influenced by the magnetic field and that the interaction takes place whether or not the wire path is closed, so what makes the meter able to see the potential?? I think it is a shift in charge along the wire, longitudinal wave pushing charge carriers one way down the wire, and thinking about that, if you allow those charge carriers to leave the wire where does the wire replace them from?

I think the book I am looking for is from 1957 and would of been used as a Electrical Engineers study book from the U.K., I can not find that one.  I remember thinking how different the books were with just a few years between them, one just teaching how things can work the next explaining why the preferred methods are used and finally much later the books just teach that this is the only way it works.

Excellent conversation fellas !

it runs closed loop using a cap in place of the battery

I was hoping that one of you electronics people could explain this to me in simple terms so that I may understand it.


The pic is of a simple Full Wave voltage doubler, easy enough and when I have it connected as in fig 1 and the part labeled "A" is connected, and run the system I get the anticipated stuff, the cap on the left shows battery voltage or a little above and the cap on the right keeps on climbing until I use it at which time it will go to zero, even if I hook it up to the battery, this I understand.


In fig 2 in the pic what I get is that both caps grow in voltage fairly fast, after about 30 seconds of run both caps are at 30 to 40 volts not just one, and they seem to get there faster than in what I am assuming is the conventional way of hooking them up.


The caps are rated at 14000mfd 30V, so I take 30 seconds of 12V 0.1A and charge both caps to 35V so that is about 7 joules or roughly 14 watt seconds of power so it is nothing overly interesting except that I am having a hard time figuring out WHY both caps charge up so much and that is without the common rail being used, or even if I use the common rail and install a cap.

So I am just allowing myself to be confused by the left side diode, it is in fact not doing anything when hooked up as in fig2 and what I am left with then is a standard scavenge\spike suppression device, and in fact the cap becomes a 14000mfd 60V cap, I hate it when I miss the obvious.


Still, however, I have not had these particular caps fill up as fast as they do using just the flyback from coils.


Thanks

I suppose,, don't really know of the top of my head, I thought that in series the voltages add and in paralell the capacitance add, this is one of those pesky reasons I stay away from electronics


anyway it goes it charges up faster per cap to 40V than in fig1 charging up just one cap.


Maybe it is the use of the rotor disc for the pulsing that helps the charge, after all this is using the pulse motor.