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Re: Optimal Quenching
Subject:
Re: Optimal Quenching
Date:
Wed, 19 Mar 1997 00:09:24 -0500 (EST)
From:
FutureT-at-aol-dot-com
To:
tesla-at-pupman-dot-com
<< > John Freau
> .... because side frequency production is a necessary condition of
> the changing Fr amplitude. I'm reluctant to expand too much at this
> continuously, the slope d(f(t))/d(t) is also changing and that change
> with respect to time corresponds to a frequency or frequencies that is
> not the resonant frequency. It *is* a matter of degree in my opinion.
> I think it must be happening even on the first quarter cycle but the
> relative amplitudes of the signals will change as the transfer
> proceeds and at that early point, the side frequency signal is almost
> buried in noise beside the main signal.
I agree.
> I'm also going to try and arrive at an explanation for the shape
>of the beat envelope in terms of the amount of energy
> transferred/cycle or increments thereof.
It will be most interesting to see how much energy is in the side
frequencies
at ~1/2k F, how this varies with k and Q, etc.
> It would be nice to do this one justice because I think it's
> about time an understandable explanation based on the physical goings-
> on was made available and it has made me think quite a bit over the
> weekend. I came to the conclusion that such an explanation can
>definitely be arrived at and moreover can be be made quite
> understandable without the need for screeds of mathematics (although
> a little will help).
I think your work is precisely on the ideal track. This needed
explanation
represents an important missing link in present day Tesla research. I
agree
that it should be explainable and understandable without obsure
mathematical
gyrations.
> I would like to hear all opinions on this. I could be quite wrong but
> I'd like to know why. This forum is ideal for the task and I know
> that others here are more mathematically inclined than I. Bert? Dr
> Rszesotarski? Ed Phillips? Greg? Tim Chandler? (apologies to those
> I've missed).
> Malcolm
>>
John Freau