Re: Electrogravity From Accelerated B Fields

Sun, 26 Mar 2006 05:12:47 -0800

Follow the links on this article to appreciate Maxwell's equations.
 
http://farside.ph.utexas.edu/teaching/302l/lectures/node99.html
 
"A time varying Magnetic Field creates an Electrostatic Field".    E = - dB/dt
"A time-varying Electrostatic Field creates a Magnetic Field".      B = dE/dt  (capacitor displacement current Id)
 
At  ~ 22.5 KHz  and E ~ = 2.5e6 volts/meter, ~ t = 4.45e-5 sec/cycle
 
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What more do you need?
----- Original Message -----
From: Frederick Sparber
To: vortex-l
Cc: crquin
Sent: 3/26/2006 4:55:38 AM
Subject: Re: Electrogravity From Accelerated B Fields

Posted yesterday.
>
> No need for all that high tech stuff, Jones.
>
> The capacitance equivalent of 1.0e-11 coulombs/kg to set up an electric
> dipole field oscillating at around 22.5 KHz demands a capacitor designed
> for 1.0e-8 coulombs/tonne at 10,000 joules (0.5 CV^2 minimum energy).
>
> Borrowing from Terry's experience with MUFON on the CompuServe
> "Encounters" Forum, a can-within-a-can craft with a vacuum dielectric
> (easy to get good vacuum once you get into space) operating at a 1/2 megavolt potential
> (more or less) is snap to design.
>
> Q = CV  = 1.0e-8 coulombs  With  required E = 10,000  joule = 0..5 CV^2
>
Nick Reiter shows prior art on a similar design, but he didn't employ
the necessary 22.5 Kilohertz Electrogravity E field:
 
 
Gyogyitokezek makes the same mistake:    :-)
 
 
 
 
 
 
 
Variations in design are obvious to those skilled in the art.  :-)
 
Fred

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