- Another viewpoint of the magnet motor:
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- The principle Mylow is using is not new, and has both
been on the web and done in one form or another by many people over many
years. Even though the Mylow motor and others like it may initially function,
all of these motors will eventually slow down and finally stop. Magnets
eventually lose their magnetism as they pass by one another, which is the
case in this motor and others like it. Few people seem to understand this
principle, and even fewer people will even talk about the impact of the
gradual loss of magnetism on motor lifetime. A magnet is similar to a capacitor
- both of them are really storing electical energy, just in different forms.
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- So, the question remains - can a magnetic motor generate
more power over any given period of time, than the high energy that was
required to magnetise the magnets at the factory in the first place? This
isn't likely. Magnetizers used in factories that made magnets to begin
with, dissipate considerable instanteous energy from ohmic losses in magnetizer
coils as heat. To make magnets requires kilowatt to megawatt pulses.
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- Ted Twietmeyer
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- Latest Chapter In Mylow's Magnet Motor Saga
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- OverUnity.com Naysayers Spoil the Mylow Magnet Motor
Show
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- http://pesn.com/2009/05/02/9501535_Overunity.com_naysayers_dis_Mylow
-
-
- Comment
- John Bedini
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- Jeff,
-
- On your program the a few weeks ago, I did say that you
could do the same things with bar magnets. I have done many magnet motors.
These have no speed, and will not run your house. It's great that Mylow
is doing all this but I just have one question: Who is scamming in on all
this? As usual this is the same thing that overunity.com did to me with
all the skeptics on the monopole motor.
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- I must disagree with Ted Twietmeyer, here:
- http://rense.com/general85/magnet.htm
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- All off-the-shelf magnets are permanent magnets unless
destroyed or heated beyond their cure temperature.
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- Jeff, magnetic motors are very strange in the way they
work. Most people do not understand them or what makes up a magnet.
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- If the research is done on Alnico magnets, you will find
out they sometimes go dead when not charged properly. And this type of
magnet needs what they call a keeper when not used. Ferrite magnets never
go dead. Neo magnets only go dead when exposed to high heat, as each kind
of magnet has a cure temperature.
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- Magnets are charged in one high voltage pulse; and if
the time is right, and all the magnetic domains align, you have a magnet.
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- If I take Ted's statements and reasoning about magnets,
that they all go dead so rapidly and cost so much to make, I guess we would
have no motors, generators, or anything that uses magnets.
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- Mylow's motor magnets went dead because of stress currents
within the magnetic domains of a magnet being switched internally. This
is why Mylow's motor is running. It causes stress in the magnet. Mylow
does not understand this.
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- As someone that has worked in this field for 40+ years,
I know this field. Mylow is not a threat to anybody with that machine,
as it does not develop any real useable power, just a toy to prove overunity
is possible.
-
- Yes Mylow is lucky to have survived all this as others
have not. Again, I wish him the best of luck, and I hope he keeps living
a good life.
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- John Bedini
- cc/ energy groups
- cc/Sterling
- cc/Bearden
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