Elements capable of cooling without compression?

In summary, the conversation is about different types of cooling elements, specifically coils or plastics. The person mentions thermo-electric cooling and someone suggests looking it up on Google. The person then mentions a PVC material that is super conducting and asks about heat pipes, to which the other person clarifies that they do not mean jacketed piping or air exchange.
  • #1
Mikewrx17
Wondering if anybody had information on cooling elements such as coils or plastics?
 
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  • #2
Mikewrx17 said:
Wondering if anybody had information on cooling elements such as coils or plastics?
Could you be more specific?
 
  • #3
Perhaps thermo-electric cooling? Google that phrase.
 
  • #4
Yeah thermo-electric crossed my mind, I was thinking something a little more like PVC. Kind of like a super conducting plastic or metallic?
 
  • #5
Mikewrx17 said:
Kind of like a super conducting plastic or metallic?
Heat pipe.
 
  • #6
Jacketed piping or do you mean an air exchange?
 

FAQ: Elements capable of cooling without compression?

What are some examples of elements that can cool without compression?

Some examples of elements that can cool without compression include carbon dioxide, ammonia, and water.

How do these elements cool without compression?

These elements cool without compression because they have low boiling points and can evaporate quickly, which removes heat from the surrounding environment.

Are there any disadvantages to using these elements for cooling?

One disadvantage is that these elements can be toxic or flammable, so they must be handled with caution. They also require specialized equipment for proper use.

Can these elements be used for both commercial and residential cooling systems?

Yes, these elements can be used in both commercial and residential cooling systems. However, they are more commonly used in commercial refrigeration and air conditioning systems.

Are there any alternative technologies for cooling without compression?

Yes, there are alternative technologies such as thermoelectric cooling and magnetic refrigeration that do not rely on compression and use different principles to achieve cooling. These technologies are still in development and not yet widely used.

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