Carnegie Mellon University develops high thermal conductivity rubber material
A group of scientists from Carnegie Mellon University has developed a high thermal conductivity rubber material called Thubber, which can be widely used in collapsible/flexible electronic devices to solve application flexibility. Electronic device thermal problem.
The team was led by Carmel Majidi and Jonathan Malen, assistant professors at Carnegie Mellon University. Thubber thermal rubber consists of a mixture of non-toxic, flexible software and liquid metal particles that can be pre-stretched to their original length of six at room temperature. Times, while the liquid metal particles can efficiently conduct the heat of the embedded electronic components, and the material is insulated. Can be applied to a variety of flexible electronic devices to efficiently solve heat dissipation problems. The application prospects are very extensive. This research paper was published in the recent "PNAS".
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