Researchers working in GE labs have used special magnetic materials to generate temperatures cold enough to freeze water in a breakthrough that could find its way into commercial refrigerators by the end of the decade. (Video: General Electric). Researchers at General Electric have unveiled a new refrigerant system utilizing special magnetic materials that could be up to 20 … [Read more...]
Researchers Eye Passive Cooling System for Microelectronics
Researchers at San Diego State University in California are examining an alternative to traditional heat pipes they say could help increase cooling efficiency in laptops and other portable electronic devices. Known as pulsating or oscillating heat pipes, the system may offer a heat transfer capacity up to 100 times better than conventional heat pipes, says assistant professor … [Read more...]
SEMI-THERM Selects 2014 THERMI Award Recipient
SEMI-THERM has awarded the 2014 THERMI Award to Ali Shakouri. Presented yearly, the THERMI award is intended to recognize a recipient’s history of contributions to crucial thermal issues affecting the performance of semiconductor devices and systems. Shakouri was selected as this year’s winner by the voting body of past THERMI winners and current General Chair Genvieve Martin … [Read more...]
Expanded Product Catalog Features New Thermal Interface Materials
Fujipoly has released its new thermal interface material and elastomeric connector product catalog. The 52-page product overview and technical guide includes design guidelines as well as detailed thermal performance and electrical conductivity data points. Several new pages of high-performance, low-cost thermal materials have been added to complement the company’s current … [Read more...]
Thermal Pad Offers Advantages of Thermal Grease Without Mess
AOS Thermal Compounds has released Micro-Faze, a new thermal interface material formulated with non-silicone thermal grease. Micro-Faze offers a number of technical advantages, including low thermal resistance with minimum force and conformance with coefficient of thermal expansion (CTE) deficiencies. Naturally tacky with no adhesive, fiberglass or other non-conductive … [Read more...]
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