[Vwdiesel] Burning water
James Hansen
jhsg at sasktel.net
Thu Sep 13 10:45:20 EDT 2007
Exactly.
For this to work, perpetual motion has to be possible, unless you can
make the radio waves for free, which you can't. Radio frequency waves
can do a lot, such as rearrange the spin on your water molecules so you
can measure the energy released when they relax, and make an image
called an MRI. But they sure cost a lot in terms of energy to make.
My wife read the article over my shoulder and asked if it was an april
fools joke.- an article on salt water containing the name of a scientist
of Rustum Roy. Sounds like an evil mad scientist spreading salt on
Arizona roads and cars...
Unfortunately more and more of science has become considered a success
when it garners grant money, rather than has facts or results arising
from it. (Theory of global warming for instance)
Thanks for the link Chris.
-james
Doyt W. Echelberger wrote:
> David Cook asks about the emissions from "burning water."
>
> Water molecules are an atom of oxygen sharing its outer-shell electrons
> with two atoms of hydrogen, thus the formula H2O.
>
> In salt water solutions, the hydrogen parts of the water (very positive)
> are attracted to the chloride, and the oxygen faces (very negative) of the
> water molecules are attracted to the sodium.
>
> this results in clusters of water molecules forming envelopes around
> positively charged sodium ions and negatively charged chloride ions.
>
> According to the news release, the radio waves weaken the bonds between the
> hydrogen and the oxygen.
>
> Some of the weakened bonds break, releasing the hydrogen.
>
> The hydrogen departs, taking its single electron along with it.
>
> The loose hydrogen then can be ignited, and it 'burns'....bonds with
> oxygen.....(again.)
>
> This bonding releases lots of heat energy....which would be harnessed to
> spin a shaft (in a turbine) or move a piston (in an engine) which does work.
>
> This bonding also forms another water molecule....the emission.
>
> The question remains....making the radio waves in the first place with the
> radio frequency generator requires energy, and is (?) this the same amount
> of energy that appears when the loose hydrogen bonds with the oxygen (to
> run the machine) ? If so, the process is a wash and not very useful.
> Interesting yes, but not a huge shift in the way we power machines to do
> work. Maybe (even probably) it even takes more energy to make the radio
> waves than is produced when the hydrogen burns. In that case, it is just
> another example of how energy moves from where it is to where it isn't.
>
> No free lunch.
>
> Doyt
>
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