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Leonard
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journeyman
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Reged: 09/19/02
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Posts: 51
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Loc: Calgary, Alberta, Canada
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Mass Acceleration and Mechanical Resonance
10/30/02 09:25 PM (136.159.3.29)
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Mass Acceleration and Mechanical Resonance Part 1
May be able to use the mass m acceleration a=(F/m)* v^n to increase
the energy efficiency of a machine. Acceleration a would be applied at
resonance with the moving mass m. The larger the (F/m)*v the larger
the exponent n. The mass m can be a mass of a pendulum, a molecule,
or an electron subject to acceleration force F. The F can be
mechanical force, electrostatic force, but not gravitational force.
If a resonator like an air column in a glass tube or coil and capacitor is tuned
to the frequency or pulse of acceleration a, the output amplitude
or energy is larger at the input amplitude. For example, if a tuning
fork is close to a resonant tube tuned to the sound frequency,
the sound amplitude is maximum at the resonant frequency of the air
column in the tube. This may be due to the acceleration a
applied to the air mass m.
L. Belfroy,
belfroy@spots.ab.ca,
Calgary.
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