[TCML] Re:Earth Capacitors

[bartb]

Hi Gareth,

I fully agree with Gary. To add, the field is predictable although it 
would take a field mapping program to view it.
Dr. Antonio Carlos M. de Queiroz "may" have a program for this. Worth 
taking a look.
http://www.coe.ufrj.br/~acmq/ <http://www.coe.ufrj.br/%7Eacmq/>

Take care,
Bart

Lau, Gary wrote:
> Sorry Gareth, but none of what you're suggesting here is remotely correct.  Fields diminish in magnitude as they travel away from the source, they don't grow.  The field doesn't bounce off the secondary; it is absorbed.  I think it is the "coupling" between the primary and secondary that you are getting at here, and this is very well understood.  There are programs that, given the physical geometry of the primary and secondary, can accurately predict the coupling, and primary conductor diameter is not a significant factor.  And the waveforms will always be fundamentally sine waves, regardless of conductor size or coupling.
>
> Don't let me be a wet blanket and squelch your desire to experiment.  I think that more is learned from performing even failed experiments than by doing nothing but reading posts by others like me.  But it's only fair to share what is already known.
>
> Regards, Gary Lau
> MA, USA
>
>   
>> -----Original Message-----
>> From: tesla-bounces at pupman.com [mailto:tesla-bounces at pupman.com] On
>> Behalf Of kingsandangels at hotmail.com
>> Sent: Friday, September 26, 2008 12:56 AM
>> To: Tesla at www.pupman.com
>> Subject: [TCML] Re:Earth Capacitors
>>
>> Hi    Thanks Grant so true.Bart Ill get around to those capacitors on earth readings
>> but I would also like to own a few more types with higher capacitence and voltage
>> caps to try different results. If you cross section one of your primary windings you
>> get a circle,now when a magnetic pulse is generated you get a magnetic field that
>> starts small going into the air then it grows larger as it gets further away from your
>> primary until it bounces off your secondary at any point or and gets absorbed.If
>> your surface area of your primary it bigger then the start point wave will be bigger
>> and bounce off a larger part of the secondary.If your primary is 10 turns of small
>> wire,lots of small waves with more room for incorrectly bouncing.If they big The
>> Waves will cover a larger area making I would say smoother running.Sine waves
>> are also smooth. Not up and down and all over the place,Lots of room for
>> interference! Gareth
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