R C Macaulay wrote:-
On to the harvesting of ocean tides and
currents.. thats a bridge too far. The maintenance alone kills the idea even
before the costs of construction per kilowatt hour generated is added
up.
Richard
Try looking
athttp://www.bluenergy.com/index.html
I meant to add the obvious alternative to:
If you redesign it for Cryo-air, and only expand CA
through
the engine itself... then that is not enough, as you will
need enormous fuel tanks, and a larger engine... BUT if
you
add a turbine to the exhaust (turbo-generator, not turbo
compressor)
Nick Palmer wrote.. try looking at Blue
Energy.com.
The Sea Islanddesign back in the 1980's( proposed)
looked remarkably similar to the Blue Energy project.
The Sea Island plan was scrubbed because of the cost per
kilowatt/hr produced PLUS the cost of maintenance.
Anyone familar with "
If the energy (E) in the classical equation E = mc^2 intrinsically contains
(is part of) the Vacuum Zero Point Energy (ZPE) then:
dE = dmc^2
IOW, the classical radius of the fundamental particles, R = kq^2/Eor R = kq^2/mc^2
can be varied by"environmental" conditions that vary the intrinsic
At 5:26 AM 2/15/5, Frederick Sparber wrote:
If the energy (E) in the classical equation E = mc^2 intrinsically contains
(is part of) the Vacuum Zero Point Energy (ZPE) then:
dE = dmc^2
IOW, the classical radius of the fundamental particles, R = kq^2/E or R
= kq^2/mc^2
can be varied by
At 5:26 AM 2/15/5, Frederick Sparber wrote:
If the energy (E) in the classical equation E = mc^2 intrinsically contains
(is part of) the Vacuum Zero Point Energy (ZPE) then:
dE = dmc^2
IOW, the classical radius of the fundamental particles, R = kq^2/E or R
= kq^2/mc^2
can be varied by
Horace Heffner wrote:
At 5:26 AM 2/15/5, Frederick Sparber wrote:
If the energy (E) in the classical equation E = mc^2 intrinsically
contains
(is part of) the Vacuum Zero Point Energy (ZPE) then:
dE = dmc^2
IOW, the classical radius of the fundamental particles, R = kq^2/E or
R
=
- Original Messages -
From: Frederick Sparber and Horace Heffner
Does this mean that Bridgman's high pressure squeezing of
water/ice dumped energy, then ZPE pumped in enough energy
to allow it to explode when the pressure was released?
[snip] or the 1/R^4 attractive force between the
At 8:13 AM 2/15/5, Frederick Sparber wrote:
Horace Heffner wrote:
[snip]
For example, if an
electron can be confined to a 1 angstrom range then there is an
uncertainty
of 1.06x10^-24 kg-m/s on the momentum and thus 6.1x10^-19 J or 3.8 eV
uncertainty on energy.
Does this mean that Bridgman's
Necessarymechanical systems required for a
Bridgman water/ice theme to function in an internal combustion engine can be
worked out. It is possible to create the vacuum and isolate and tailor the
actual product temperature required by the usinga variation of an ejector
throat and nozzle
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