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December 27, 1990
BIEBRN2.ASC
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CHARACTERISTICS OF THE BIEFELD-BROWN EFFECT
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The Biefeld-Brown effect produces an anti-gravity effect when the
positive polarity electric charge exceeds the negative polarity
charge of the mass.
Electricity, magnetism, and gravitation are three separate forces,
yet each is dependent on the other to produce effects analogous to
all of them.
The closer the plates of a condenser are to each other the greater
the effect.
The higher the "K" or electric stress of the insulation between the
plates the greater is the effect.
The greater the area of the plates of a condenser the more the
effect will be. The more voltage on the plates will also give a
greater effect.
A free-to-move condenser will always move in the direction of the
positive polarity side. The greater the mass of the material
between the plates the greater will be the effect.
A charged condenser produces thrust without having any moving parts.
An anti-gravity field will collapse if it is within "grounding
distance" of the Earth. This is roughly one-quarter of the diameter
of the field.
In ion propulsion the frequencies in the orange spectrum will be
found to produce maximum results.
Gravity will decrease as pressure proportionately relative to the
charge of the mass of a body or planet.
Control of gravity will be best effected at points of 120 of arc.
Electro-static sources such as the Van de Graff and Wimshurst
machines are required for anti-gravity research.
The above characteristics were taken from an information portfolio
sold by Rex Research, PO Box 19250, Jean, NV 89019.
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They have lots of information packets available on topics which are
of interest to Keelynet users.
Submitted by Michael McQuay
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as this paper covers, please upload to KeelyNet or send to the
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Jerry W. Decker.........Ron Barker...........Chuck Henderson
Vangard Sciences/KeelyNet
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