Keely Confirmed yet again

Jerry Wayne Decker ( jwdatwork@yahoo.com )
Wed, 14 Jul 1999 08:08:56 -0700 (PDT)

Hi Folks!

This incredible discovery has been posted here before,
but notice the 2nd to last paragraph where it says
specially shaped containers of gas, when vibrated,
produce high pressures....this is PURE KEELY....

So we have oscillations in gas to produce high
intensity energy...next step, same phenomena in MASS
as in Keely's experiments of taking 3 drops of water
in a spherical chamber to instantly evoke 29,000
psi...100 years later (Keely died in 1898)....I love
it, not that he died, but that his claims are slowly
being rediscovered....vindication in pieces, but works
for me.

http://www.aip.org/enews/physnews/1997/split/pnu349-1.htm

MOST INTENSE MANMADE SOUND . The production of sound
waves with 1600 times more energy per unit volume than
previously achieved has been announced by researchers
at this week's meeting of the Acoustical Society of
America in San Diego, opening up possible new uses for
sound in science and technology.

Sound waves, patterns of compression and expansion in
a gas such as air, are often created and studied in
closed or semi-closed containers called cavities.

In the past, attempts to make such sound waves louder
(by adding more sound energy into the cavity) would
fail beyond a certain point because additional energy
would merely lead to the formation of a shock wave
which would quickly dissipate the energy as heat.

Until the late 1980s, researchers thought shock-wave
formation was inevitable. In a new technique called
"resonant macrosonic synthesis," Tim Lucas and
colleagues at MacroSonix Corporation in Virginia have
built cavities with special shapes (horns, bulbs,
cones) each tailored to promote certain distinct modes
of sound vibration which combine in such a way as to
inhibit the creation of shock waves, allowing sound
waves of unprecedented energy density to build up.

Filling the containers with gas, and VIBRATING THEM TO
GENERATE SOUND WAVES INSIDE, the researchers produced
sound waves with oscillating pressures up to 500
pounds per square inch.

The first technological application for these powerful
sound waves will be in an "acoustic compressor" which
uses sound rather than moving parts to compress gas
inside refrigerators and air conditioners.

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Please respond to jdecker@keelynet.com
as I am writing from my work email of
jwdatwork@yahoo.com.........thanks!
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