Physics Help Forum Convection in isolated box (HELP!!!)
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Jun 22nd 2017, 06:15 PM   #11
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 Originally Posted by randomthings The bigger the surface area of the cooling element, isn't the faster the ice will melt?
In an open environment , that is true ... but in a closed insulated box the temperature of the air inside will be almost 0 so even a small cooling element surface area will do the job , a large cooling element area is not required.

Jun 23rd 2017, 12:38 AM   #12
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 Originally Posted by oz93666 In an open environment , that is true ... but in a closed insulated box the temperature of the air inside will be almost 0 so even a small cooling element surface area will do the job , a large cooling element area is not required.
So, it doesn't really matter how big or how thick is the cooling elements?

Jun 23rd 2017, 04:36 AM   #13
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 Originally Posted by randomthings So, it doesn't really matter how big or how thick is the cooling elements?
That's right , it's all about their thermal inertia , how much heat (energy) they absorb for a rise in their temperature , and melting ice is extremely good for this absorbing a lot of heat (energy) for the phase change to water , at 0*C

Jul 3rd 2017, 12:26 AM   #14
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 Originally Posted by oz93666 That's right , it's all about their thermal inertia , how much heat (energy) they absorb for a rise in their temperature , and melting ice is extremely good for this absorbing a lot of heat (energy) for the phase change to water , at 0*C
Hi, can someone give a source about this statement?
I needed.

Thanks a lot.

 Tags box, convection, isolated

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