An exciting field of materials science lies in radiative cooling materials, things which reflect so much incoming heat that they can cool down from their own radiation rather than heating up in ...

None, however, is going to beat the sheer size of the passive cooling solution created here, as 10 (!) CPU heatsinks bolted to a gigantic block of copper on the board turns a plain looking GPU ...

All that waste heat has to go somewhere, and while plenty of us are content to add fans and heat sinks for a passable air-cooled system there are others who prefer a liquid cooling solution of ...

KLEVV creates some stylish memory and storage, with the company's new GENUINE G560 PCIe Gen5 SSD sporting a very cool ...

If you buy through a BGR link, we may earn an affiliate commission, helping support our expert product labs. Scientists at the Massachusetts Institute of Technology (MIT) have created a passive ...

The thermal performance of the device was compared to that of a roof tile with no PV devices and a conventional solar tile with no passive cooling. Type-T thermocouples were used to measure the ...

“The maximum power point (MPP) for the passively cooled PV module with coconut fiber, PVT system, and reference module is 24.21 W, 20.21 W, and 14.65 W, respectively.” ...

Active cooling uses a fan to circulate air or a pump to move water in order to cool electronic components. Contrast with "passive cooling," which relies on heat sinks and vents to allow the air to ...

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