Thermal Conductivity
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Engineers’ groundbreaking discovery points to new route for creating thermal superconductors
The relentless increase in heat loads imposed on devices in modern technologies is driving renewed interest among engineers and materials scientists in the area of heat transfer. A team of engineers led by Vanderbilt professor Deyu Li has shown experimentally that the thermal conductivity of a special kind of ultra-thin nanowire becomes divergent with the wire length. Read MoreApr 16, 2021
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Engineers’ groundbreaking discovery points to a new route to create thermal superconductors
The relentless increase in heat loads imposed on devices in modern technologies is driving renewed interest among engineers and materials scientists in the area of heat transfer. A key challenge is finding approaches to enhance the materials’ capability of conducting heat. A team of engineers led by Vanderbilt mechanical engineering Professor Deyu Li and his... Read MoreApr 16, 2021
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Engineers’ groundbreaking discovery points to a new route to create thermal superconductors
The relentless increase in heat loads imposed on devices in modern technologies is driving renewed interest among engineers and materials scientists in the area of heat transfer. A key challenge is finding approaches to enhance the materials’ capability of conducting heat. A team of engineers led by Vanderbilt mechanical engineering Professor Deyu Li and his... Read MoreApr 16, 2021
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New method for enhancing thermal conductivity could cool computer chips, lasers and other devices
Vanderbilt engineers have discovered a surprising new way to increase a material’s thermal conductivity that provides a new tool for managing thermal effects in computers, lasers and a number of other powered devices. Read MoreDec 14, 2011