Amdmb.com har lavet en artikel om Dave Smith's guide om vandkøling,
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De skriver bl.a :
One of the most basic issues with water cooling is the amount of flow to use.
While it is extremely easy to calculate a reasonable value, I?ve yet to see it discussed elsewhere.
The specific heat of water is roughly 4.18 kJ/kg-°C. One watt equals one joule per second.
This means that 4.18 kilowatts would raise the temperature of one kilogram of water at the rate
of one degree Celcius per second.
More practically, a CPU produces on the order of 75 watts and one gallon of water has a mass of about 3.8 kilograms.
A typical CPU would raise the temperature of a gallon of water at the rate of 0.00472°C per second or about 0.3°C per minute.
Læs mere her : http://www.amdmb.com/article-display.php?ArticleID=196
Som er den trejde i serien.
De skriver bl.a :
One of the most basic issues with water cooling is the amount of flow to use.
While it is extremely easy to calculate a reasonable value, I?ve yet to see it discussed elsewhere.
The specific heat of water is roughly 4.18 kJ/kg-°C. One watt equals one joule per second.
This means that 4.18 kilowatts would raise the temperature of one kilogram of water at the rate
of one degree Celcius per second.
More practically, a CPU produces on the order of 75 watts and one gallon of water has a mass of about 3.8 kilograms.
A typical CPU would raise the temperature of a gallon of water at the rate of 0.00472°C per second or about 0.3°C per minute.
Læs mere her : http://www.amdmb.com/article-display.php?ArticleID=196
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