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Try reading the article.Hi:
Just how can microwaves be used to cool something? Usually they heat
things up.
http://www.sciencedaily.com/releases/2007/09/070914105600.htm
Thanks,
Radium
So hydraulics on a fridge is the next step in economic and engineering" <glucege...@gmail.com> wrote in messagenews:bfc0a663-6ce6-4329-99f4-4441e2c57bf8@q5g2000prf.googlegroups.com...
| Hi:
|
| Just how can microwaves be used to cool something? Usually they heat
| things up.
|
|http://www.sciencedaily.com/releases/2007/09/070914105600.htm
|
|
| Thanks,
|
| Radium
Just how can friction be used to stop a car? Usually it heats up the brakes.
Heat is the kinetic energy of motion of the molecules. If you use a
microwave to stop a molecule then you've "cooled" the molecule.
Sounds like someone has a full flush pending.I shall ignore you, too.
*plonk*
Hi:
Just how can microwaves be used to cool something? Usually they heat
things up.
http://www.sciencedaily.com/releases/2007/09/070914105600.htm
Thanks,
Radium
" <glucege...@gmail.com
wrote:
Hi:
Just how can microwaves be used to cool something? Usually they heat
things up.
http://www.sciencedaily.com/releases/2007/09/070914105600.htm
Thanks,
Radium
The temperature appears one-dimensional. A second axis as a cooler
then allows all axis to cool.
A RF signal as quanta is only a form of low energy light. Allowing
all coolers to function as a single applied axis of radiative energy
transfer.
A large mass as a turkey in the refridgerator can also be cooled. A
point as a center of irradiation allows all axis as a radiative
transfer.
RF
--------------> beam A turkey
A person simply needs to allow. In quantum theory a center smaller
than the RF wavelength must be created inside the turkey. A small
metal probe to make the center. A probe to cause inverted radiative
energy motion. Quantum theory is strange like this and a small probe
will cause a beam size to be predicted.
Small beam = axis size IN third energy transform.
size turkey/small probe -----proportional to beam diameter in
wavelength fraction/small mass
What you are doing is making the entire turkey now a small mass.
Hint: AN exact beam diameter will cool an exact sized turkey, NOT
HEAT IT.
So a variable beam size for the size of mass is a critical variable.
"A 0.6 Lamba beam size for a 1 lamda small chicken"
A beam must always be smaller than lamda!
Douglas Eagleson
eaglesondouglas...@yahoo.com
hint: a collapse as the size ratio causes a chickens interference. A
ceneter of the radiative interference pattern must be larger than the
chicken size! Denying a cooling effect as a whole until a sub-lamda
size of beam is encountered.
The concern was not igniting the earth's atmosphere; this happensOn Jul 26, 10:28 am, "Androcles" <Headmas...@Hogwarts.physics> wrote:
"Green Xenon [Radium]" <glucege...@gmail.com> wrote in messagenews:bfc0a663-6ce6-4329-99f4-4441e2c57bf8@q5g2000prf.googlegroups.com...
| Hi:
|
| Just how can microwaves be used to cool something? Usually they heat
| things up.
|
|http://www.sciencedaily.com/releases/2007/09/070914105600.htm
|
|
| Thanks,
|
| Radium
Just how can friction be used to stop a car? Usually it heats up the brakes.
Heat is the kinetic energy of motion of the molecules. If you use a
microwave to stop a molecule then you've "cooled" the molecule.
So hydraulics on a fridge is the next step in economic and engineering
progress? Should be useful when moving too.
What plagued the researchers at Los Alamos when working on the idea of
a super bomb is that the heat generated would build up enough to
ignite the atmosphere.