Heat pipes are basically vacuum-sealed tubes. Yet they keep high-power electronics cooler than traditional heat sinks. Power semiconductors are encountering the same thermal control situations ...

Heat pipes reduce the space required to ensure remote heat transfer, improve thermal efficiency, and add little weight to the solution. Enisa Harris, Enertron Inc., Mesa, Ariz. New challenges ...

Graphene can make heat pipes work much better, according to Chalmers University of Technology in Sweden. Heat pipes, often seen in high-end PCs, are. ... read in print and online by key decision ...

Heat from the electronics is absorbed by eleven heat pipes and transported to the plate fins, which are cooled by forced convection. The aluminum mounting plate measures 17 (L) × 12 (W) × 0.98 ...

Cooling electronics efficiently with graphene-enhanced heat pipes. Researchers at Chalmers University of Technology, Sweden, have found that graphene-based heat pipes can help solve the problems ...

Now, Northeastern researchers have developed a new, lightweight plastic-ceramic composite that conducts heat and can be used ...

With increased amounts of generated heat, however, the thermal conductive properties of these materials alone are no longer sufficient in transferring heat,” said Fujitsu, which is presenting its loop ...

Known as a pulsating heat pipe ... airbags, lighting, and automotive electronics. Last year, Hyundai Mobis introduced its e-Corner System, which allows all four wheels to turn 90 degrees.