Re: Over Unity, Electrolysis System, Overlooked Old Technology, real know how!



On Jan 26, 7:31 pm, "Bob Eld" <nsmontas...@xxxxxxxxx> wrote:
"The Flavored Coffee Guy" <elgers...@xxxxxxxx> wrote in messagenews:1169864041.343896.187950@xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx> Hello,

Homopolar Electric Generators such as Faraday's disk dynamo:
http://en.wikipedia.org/wiki/Homopolar_generator

Suggested Reading - The Homopolar Handbook:http://www.amazon.com/Homopolar-Handbook-Definitive-N-Machine-Technol...
p/sitb-next/0964107015







At Wikipedia, and through the list of patents available via Google's
Patent Search, Homopolar Generators Describe Electrical Generators that
are actually over unity. But, the technical problem is that they
produce low voltages, at tremendously high currents.

And right here you can plainly see that the electrolysis of water can
be achieved at 0.4 volts. Which is a typical output voltage of a
homopolar generator. All of the losses are caused by friction of the
brushes, bearings and aerodynamics of the disk. But, the arrangement
of the magnets do not produce any kick EMF, therefore all of the
horsepower is strictly applied to defeat friction, and is no different
than using a motor to power a flywheel. Very plainly 20 Kilowatts are
available at 0.4 volts, but that is at 50,000 cranking amperes. Joule
per Joule, and watt per watt in the electrochemical redox equation,
volts are no issue, coulombs are everything, therefore, amperes mean
more than volts, or watts. It will produce an equal amount of gas for
an equal amount of power, and do no more and no less that 20 Kilowatts
under any other circumstances. Therefore, the only real practical way
to take advantage of a homopolar generator being and actual over unity
device, is electrolysis.

http://www.physchem.co.za/Redox/Electrolysis.htm#Water

Bull ***! Why are homopolar generators over unity? What makes you think
there are no eddy or stray current losses.
It utilizes the Lorentz Forces, and it is only the eddy currents that
are producing power.

Thirdly, since the voltages are
low and the currents high, why are there not large losses in the bushes,
collectors and inner connections?

Fourthly, how do you maintain the uniform
field necessary to insure low circulatory losses.
You use ring magnets, and they have custom sizes well beyond 3 inches
in diameter:
http://www.kjmagnetics.com/proddetail.asp?prod=RZ0X84
http://www.siusa.com/magnet/fc.intro.shtml


This is where you are absolutely wrong.
Fact, homopolar generators
are no better than other generators and in most cases are far worse.


This is where you are so dumb as to admit it.
They
have been applied for electroplating but little else because they arn't very
good for most applications.- Hide quoted text -- Show quoted text -

.