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The days of noisy fan-cooled laptops and PCs could be numbered, with tiny lightning storms set to take the heat in the cooling process.
Finding new ways to dissipate the heat chips generate is one of the major challenges facing system designers. Water is a more efficient coolant than air, but has some rather obvious drawbacks.
Now, a team at Purdue University in Indiana, funded by the US National Science Foundation, has developed an air-based technique that, at 40W/cm2 has a cooling rate comparable to that of water.
Finding new ways to dissipate the heat chips generate is one of the major challenges facing system designers. Water is a more efficient coolant than air, but has some rather obvious drawbacks.
Now, a team at Purdue University in Indiana, funded by the US National Science Foundation, has developed an air-based technique that, at 40W/cm2 has a cooling rate comparable to that of water.
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