Going to the next level Now everyone has reached this point of common knowledge .
Thanks to every one on this forum and else where.
It is now time for us all to make basic copper loops and
run led laser into it fill with argon iron gas and put basic pick up coils on it .
As Stan Shows. IF we all immediately to this no holds barred.
we will all discover new things.
Simplifying & Hot rodding EPG DESIGN I am suggesting a single loop mini EPG Design that we all start from
that has led laser inputs, gas vacuum and in/out nozzels .
Stan Cleary mentions we can move gas
- Moving Magnetized Gas to generate fluxing of
gas lattice to strip off electrons for with a coil to make electricity
in a copper loop closed / partly closed meaning it connect to a wind mill , mechanical device
which generates or moves gas. .
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Ways which Moves Gas Mechanical ( Basic pump, Wind mill etc,)
Laser ( agitating the gas fluxing it exciting it so it expands)
Magnetically pulse it
Pop it ,( ignite it inside tube. )
In Pop design on epg
it may be possible to two loop or stack loops
at lower pressure and pop one level(looP)
to move a pump attach to loop
or piston which helps cycles the expand popped gas through
stacked epgs or does work .
Start with very basic coils
Suggest also we try stans coil but take a serious
Steve Marks pick up coild design as it may improve the simplicity of epg
Suggest also we Try hot rodding this
basic design a basic loop or 2 loop in series.
with stan or steve marks coils on it
Check this series remember to download save and report to other
video sites.
https://www.youtube.com/watch?v=m-iPCVf0f1M&feature=channel&list=UL
PS
Questions I would like to know
will
Freon Flux ?
is Freon magnetic?
can Freon form with argon ?
Can froen form with ion ions?
Can we use the hot cold squash and expanding freon
to generate movement with lase input also?
I would really love every one to post on forum in regards to the above
and research what is possible with freon in epg design.
As massively available and common base knowledge high for
immediate deploy. if proven or discovered here.
What I am suggesting?
http://en.wikipedia.org/wiki/Einstein_refrigeratorwith new stuff on it/............
laser.
ho rodded pick up coils
hot rodded gas
==============================
theory
If enough heat is removed from a glass of water, the water will freeze to ice.
When that heat is allowed to move back into the ice, the ice will melt.
Heat has its own laws, called the laws of thermodynamics.
One of those laws is that heat will move from a place that has a lot of heat to a place that has less heat, or another way to put it is that heat will move from a place of higher intensity to a place of lower intensity.
It happens naturally, and automatically, similar to the way the north pole of a magnet is attracted to the south pole of another magnet.
So to take advantage of this point of refrigeration theory, air conditioning and refrigeration equipment is designed to create a cold area that acts as a "heat sponge" that will soak up heat from air or food.
The heat is then moved to a place where it can be released safely and efficiently.
The second main point to understand about refrigeration theory has to do with why we use evaporators and condensers.
When a liquid like water or refrigerant absorbs enough heat to start boiling, what's happening is that the added heat energy causes the vibration of the liquid's molecules to speed up to the point where they move farther apart from each other.
When the molecules of liquid reach a certain distance from each other, the liquid changes into a vapor.
This is called boiling, evaporating, or vaporizing.
A liquid absorbs intense levels of heat as it changes state to a vapor,
And air conditioning and refrigeration equipment is designed to use this point of refrigeration theory by keeping a constant flow of refrigerant vaporizing and absorbing heat in the evaporator.
So the evaporator is the "heat sponge" area, and the refrigerant vaporizing inside of it is absorbing the heat.
When vapor cools and releases enough heat energy, it's molecules will slow down and move closer together to the point where the vapor changes into a liquid.
This is called condensation, and it's also a change of state (from vapor to liquid).
To condense, a vapor must release the same intense level of heat that it absorbed when it vaporized.
Air conditioning and refrigeration uses this point of refrigeration theory by causing refrigerant to cool and condense in the condensing unit.
One way to think of it is that the heat that the refrigerant absorbed in the evaporator, or "heat sponge" area, is squeezed out of the refrigerant in the condenser.
The refrigerant repeats this cycle continuously, soaking up (absorbing) heat in the evaporator, and squeezing it out (releasing it) in the condenser.
To read more about basic refrigeration theory, you might be interested in reading our free Introduction to Air Conditioning and Refrigeration on-line e book.
It is 98 pages, reprinted from a military training manual, in pdf format.
I hope this page has helped, and please, feel free to contact us with any specific HVAC questions you might have, including questions about refrigeration on Guam, or air conditioning on Guam.
http://air-conditioning-and-refrigeration-guide.com/support-files/a%20c%20&%20ref%20e%20book.pdfPS
may need to copy this to EPG thread also
