-Original Message-
From: Frederick Sparber
BTW the 12 Volts is applied to each of the end plates only
the other 10 plates float just like the concentric cylinders
in the Joe Cell. the Plates are spaced with 1 cm sleeves
over the insulating rods passing through the enlarged
(two) holes
-Original Message-
From: Frederick Sparber
BTW the 12 Volts is applied to each of the end plates only
the other 10 plates float just like the concentric cylinders
in the Joe Cell. the Plates are spaced with 1 cm sleeves
over the insulating rods passing through the enlarged
(two) holes
Fred,
Ours is like the Joe Cell, or now Klein's patent application.
There seems to be no good reason that the electrode geometry needs
to be cylindrical (except that Meyer and Joe both chose it) - OTOH
electrode surface area (as opposed to geometry) does seem to be
important.
Are you
Terry wrote:
-Original Message-
From: Frederick Sparber
BTW the 12 Volts is applied to each of the end plates only
the other 10 plates float just like the concentric cylinders
in the Joe Cell. the Plates are spaced with 1 cm sleeves
over the insulating rods passing through the
I don't do PCMs. But it would reduce the current
to about 20 milliamperes peak.
[Original Message]
From: [EMAIL PROTECTED]
To: vortex-l@eskimo.com
Date: 5/17/2006 7:39:58 AM
Subject: Re: Stainless Steel Cover Plate Experiment
-Original Message-
From: Frederick Sparber
BTW
Message]
From: Jones Beene [EMAIL PROTECTED]
To: vortex-l@eskimo.com
Date: 5/17/2006 8:22:28 AM
Subject: Re: Stainless Steel Cover Plate Experiment
Fred,
Ours is like the Joe Cell, or now Klein's patent application.
There seems to be no good reason that the electrode geometry needs
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