[NewCandle] Putting "jerk" to work

[Keith Nagel]

Hi Jones,

The short answer would be, yes you can use the
higher order derivatives to strongly influence the 
output.

Nick could modulate the input frequency to the rotor,
to get the higher derivatives. If he would resonate
the output side with an inductor rather than just
driving internal losses he'd see the resulting effects more
clearly. 

Are you familiar with field mills? What Nick is doing
is measuring the ambient electric field.

The tuning fork you suggest would have to be broad
and present a large surface area to ground. But
sure you could do the same thing Nick is doing with the fork.

BTW Nick, the big squishy cap in photo A made me chuckle.
It seems like an excellent variable capacitor, if you
added a c-clamp to it.

K.

-----Original Message-----
From: newcandle-bounces at ipdiscover.com
[mailto:newcandle-bounces at ipdiscover.com]On Behalf Of Jones Beene
Sent: Wednesday, August 23, 2006 2:20 PM
To: New energy for the new world.
Cc: Nicholas Reiter
Subject: [NewCandle] Putting "jerk" to work


No. We're not talking about preparing the Jamaican Bobsled Team 
for action ...

Instead it is an overlooked experiment - Re: Nick Reiter's 
experiments with rotating capacitor generators:

http://www.theavalonfoundation.org/varicap2.htm

which raises an interesting question about the interaction of 
kinetics with EM forces.

Nick found a significant voltage gradient, apparently caused by 
the angular momentum of electrons released from capacitive disks, 
at fairly high rotation speeds. He got almost 4 volts at 10,000 
RPM but you might say - that  was due to the high angular 
momentum.

However, in the situation of  intense vibration - like a tuning 
fork - where you have continuous reversal of vectors ("jerk" 
instead of  acceleration) - what is possible there ?

If "jerk" - the higher order of  acceleration - is implemented 
correctly:  is there a power-law increase in the mechanical --> 
electrical effect?

Could a low voltage applied to a tuning fork result in a higher 
voltage deposited on a surrounding anode when the fork is "rung"?

Jones


_______________________________________________
NewCandle mailing list
NewCandle at ipdiscover.com
http://ipdiscover.com/mailman/listinfo/newcandle_ipdiscover.com