- Joined
- Jan 29, 2003
- Location
- Economics books, Norfolk, Virginia
I have been doing a lot of thinking about the thermal dissapation of heat when a mixture of air and water is concerned. We all know that water moves heat away faster than air, hence we all use water cooling. However when we cool our water down, we use air. Radiators have a great thermal dissapation, when they use a copper core and have fans blowing air through the fins.
Is it possible to remove more heat from the water using a direct air to water method? I am not talking about having your water rain down, but instead taking an air pump and inside a large resivoir pump a large amout of air into the water.
Take a cup of coffee and blow over the top of it, it's pointless because there is not enough surface area the air is contacting.
Take a straw and blow through the straw from the bottom of the cup. It cools off much faster.
Take a large circular res, say 4"x8". Take 1 foot of 3/8" pvc flex tubing and wind it in a flat coil and punch tiny holes into it spaced about 1/2" apart. Attach it 4" down into the res. On one side of the pvc tubing connect an air pump. Fill res with 6-7" of coolant. Procede to blow a massive amount of air into the 2-3" of water.
The only way I could see this working is if the inlet of the res is somewhere in the bubble area, and the outlet is well below the bubble area, thus keeping the lower water area semi-air free. Also the res would have to be much higher then the rest of the water components.
Am I wrong? Or way out in left field?
Hello?
<chirp> <chirp>
Is it possible to remove more heat from the water using a direct air to water method? I am not talking about having your water rain down, but instead taking an air pump and inside a large resivoir pump a large amout of air into the water.
Take a cup of coffee and blow over the top of it, it's pointless because there is not enough surface area the air is contacting.
Take a straw and blow through the straw from the bottom of the cup. It cools off much faster.
Take a large circular res, say 4"x8". Take 1 foot of 3/8" pvc flex tubing and wind it in a flat coil and punch tiny holes into it spaced about 1/2" apart. Attach it 4" down into the res. On one side of the pvc tubing connect an air pump. Fill res with 6-7" of coolant. Procede to blow a massive amount of air into the 2-3" of water.
The only way I could see this working is if the inlet of the res is somewhere in the bubble area, and the outlet is well below the bubble area, thus keeping the lower water area semi-air free. Also the res would have to be much higher then the rest of the water components.
Am I wrong? Or way out in left field?
Hello?
<chirp> <chirp>