Featured

• Thermal characteristics at core of tropical hurricanes

  As Hurricane Matthew bears down on Florida and the East coast of the United States today and into the weekend, coolingZONE offers a look into the thermal characteristics of these dangerous storms. details>>

• MIT start-up announces breakthrough on battery power

  SolidEnergy Systems announced the development of an ?anode-free? rechargeable lithium metal battery that is twice as energy-dense as the standard batteries and that will last twice as long. details>>

• Bilayer graphene device step forward in valleytronics

  A team of researchers at Penn State have created a device made of bilayer graphene that demonstrated the ability to control the momentum of electronics. details>>

• Case Study: Improving Thermal Management While Conserving Water

  There was a potential to save more than 300 million gallons of water annually using the Liebert DSE system in data centers compared to using traditional chilled water systems. details>>

• New Optical Material Offers Better Control of Thermal Radiation

  A team of engineering students discovered a new ?phase-transition optical material? that controls light over a wider wavelength range and with larger modulation amplitude than current standards. details>>

• Thermal Management Solutions for Aerospace Electronics

  Electrolube is providing a number of thermal management solutions for the aerospace and military industries, including coatings, resins, lubricants, and cleaning materials. details>>

• Input/output connectors cooling data center equipment

  To dissipate the heat TE Connectivity engineers found a solution using its microQSFP and ?integrating the heat sink into the transceiver or plug rather than the cage.? details>>

• Researchers join materials to improve power transistors

  Researchers at the University of Utah and the University of Minnesota joined strontium titanate (STO) and neodymium titanate (NTO) to create a material that is five times more conductive than silicon. details>>

• Cambridge Nanotherm Announces Enhanced Substrate for LED Thermal Management

  Cambridge Nanotherm has announced the launch of ?Nanotherm DMTH,? which is an enhancement to its award-winning Nanotherm DM line of thermal management substrates. details>>

• Thermal management systems optimize liquid chromatography

  Laird has announced an upgrade to its temperature controls ?to optimize the performance of liquid chromatography equipment,? according to an announcement on www.scientistlive.com. details>>