Scientists at Florida State University have used helium gas to cool superconductive cables in a breakthrough that could enable the development of next-generation power systems for future naval ships with advanced weapons systems. The discovery was made as part of a research project examining the use of high-conductivity electrical cables in power applications for naval vessels … [Read more...]
Heating Up Nanodevices May Keep Electronics Cool
As electronic devices have grown smaller and more powerful, new thermal management methods have been created to help prevent them from overheating; however, researchers and engineers are in a constant race to come up with new methods to adequately manage the increasing amount of heat being generated by shrinking next-generation devices. Now, scientists at University of … [Read more...]
Electrical Field Facilitates Better Heat Transfer
The application of an electric field to a condenser could double the efficiency of surface heat transfer in power plant and high performance computing cooling systems, according to new research released by scientists at MIT. The discovery—made by MIT postdoc Nenad Miljkovic, associate professor of mechanical engineering Evelyn Wang, graduate student Daniel Preston, and former … [Read more...]
Electrocaloric Effect May Yield More Effective Cooling Systems
British scientists are hoping to replace chemicals used in modern cooling systems with more environmentally-friendly materials that change temperature with the application of electricity. Known as the electrocaloric effect, previous research from 2006 has shown that the phenomenon can be used in cooling applications. According to researchers at the National Physical … [Read more...]
Technique Combines Heat Sinks for More Effective Cooling
Researchers at the National University of Singapore have developed a new two-phase technique they say is up to 50 percent more effective in cooling electronic systems compared to current cooling technology. Led by Lee Poh Seng, Ph.D., of the Department of Mechanical Engineering at NUS, the team combined microgap and stepped fin microchannel heat sinks to create a two-phase … [Read more...]
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