Advanced Thermal Solutions
qats.com
781-769-2800
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90 Access Road
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02062
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united states
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Description:
ATS is committed to providing the electronics industry with innovative, high-quality and cost-effective thermal management and packaging solutions. Our goal is to be our customers� value-added supplier and success partner for all thermal and packaging needs � analysis, testing and final product
Our offering includes consulting, training, thermal analysis instruments, heat pipes, and heat sinks, including our patented maxiFLOW technology, heat sink attachment, including our patenting superGRIP and maxiGRIP heat sink attachment
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articles
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| Thermal Management of RF and Digital Electronic Assemblies using Optimized Materials and PCB Designs |
| Trends and Challenges in Thermal Management Field 2012, George Meyer, COO and CTO, Celsia Technologies |
| It\'s all about the Junction Temperature: Measuring and Calculating |
| Natural Convection in a Vertical Channel |
| How Wicks and Orientation Affect Heat Pipe Performance |
| Get Your Heat Sink Attachment Right By Choosing the Best Option |
| Multi-Chip Module Thermal Management |
| $595 in Training Could be Yours for Taking our 5-minute survey |
| coolingZONE Launches Supplier Directory to Connect Engineers Quickly With Resources |
| Using Your Lungs as a model, GE Creates New Air Mover Method That Cools Electronics at the Source |
| Fundamentals of Infrared Temperature Measurement |
| Thermochromic liquid crystals vs. IR Cameras: Which Should an Engineer Use? |
| Thermal Battery Providing Cold Milk for Developing World |
| Googles Belgium Data Center Cooling Pushes Limits of Ambient AIr for Thermal Management |
| How to Make the Right Thermal Management Decision for Your Next Computer Rack |
| AMAX Launches [SMART] DC Data Center Manager |
| Computational Fluid Dynamics Analysis of Impinging Jet Flow using the Large Eddy Simulation (LES) turbulence model |
| HP technology helps satisfy need of data centers for rack level cooling |
| Has the price of copper made graphene viable for thermal management? |
| Graphene-Graphite Quilts for Thermal Management of High-Power GaN Transistors |
| How breaking the thermal boundary layer with a piezoelectric fan can enhance heat sink cooling |
| Do not forget RF & Digital Electronic Assemblies in Your Thermal Managment Strategy |
| Topology Optimization in Cold Plates |
| coolingZONE-12 to feature two days of pre-conference short courses. |
| A Novel Approach to Data Center Cooling Chops Energy Use by 50% |
| coolingZONE releases conference proceedings for 2011 thermal engineering summit; Ideal for engineering training |
| Appli-TEC\\\'s Tim Walsh Interview with coolingZONE on their new thermal compound, Appli-thane 7300 |
| coolingZONE-12 15% Discounts to exhibit ending July 20th! |
| coolingZONE-12 Pre-Conference Short Course Video Interview with Dr. Kaveh Azar |
| MIT and National Science Foundation Video Explains Fluid Mechanics In An Accessible Way |
| Why Attending coolingZONE-12 is a Great Idea: from EE Times |
| CFD to Model The Cloud: a coolingZONE-12 Short Course with Future Facilities |
| coolingZONE-12 eConference Preview: Dr. Al Ortega Teaches on Design of Liquid Cooled Heat Sinks and Cold Plates |
| FAQ on coolingZONE-12 Thermal Management of Electronics eConference |
| coolingZONE-12 eConference Preview: Dr. Robert Moffat Teaches on Improving Your Thermal Measurement and Analysis in Electronic Systems |
| Thermal Management: Not just for computers! |
| Thermal Management: Not just for computers! |
| Computers that Work on Heat Currents instead of Electricity? That\'s a possibility with New Research in Heat Flow Control for Future Nanoelectronics |
| Is there a disconnect between thermal management specialists and real world manufacturing? |
| Why Cool Your Data Center with Air When You Can Use Oil? |
| Why Cool Your Data Center with Air When You Can Use Oil? |
| Win an iPad at the CFD Modeling Challenge at coolingZONEs 2-Day Short Course on Thermal Management of Electronics in December |
| In Honor of Dr. Richard Chu, Pioneering Scientist in Thermal and Mechanical Engineering |
| HP Gaming Computer Has Next-Level Thermal Management |
| Power Budget Remains a Concern for System Designers |
| Limited Seating for October 31st CoolingZONE eConference Covering Breakthrough Pin Fin Heat Sinks and Best Practice in LED Thermal Characterization |
| Sandia Labs Sandia Cooler Gains Two Licensees but is this Technology Mainstream Worthy |
| Survey Says? National Physical Laboratory, UK wants our opinion on thermophysical property data in thermal modeling |
| How to Make An Intelligent, MultiChannel, Thermocouple |
| coolingZONE November 28th eConference: When is computer aided engineering more than just pretty pictures? |
| Heavy Metal: Metal in PCB boards Resurges |
| Miniaturization and High Capacity Cooling on the Minds of Thermal Management Industry |
| Aluminum and Copper Hybrid Strategies for Thermal Management |
| Lithium Ion Battery Overheating Seen in Boeing 787: Why and Solutions |
| Aerospace Applications of Graphene Subject of UK Collaborations |
| Self-Sensing Semiconductors and Smart Thermal Architecture Mean Systems Run Properly and Safely |
| Phase Change Materials and Transient Loads |
| Think Beyond the BOM to Make Energy Wise and Total Cost Reduced Thermal Management Solutions |
| Can Software Be Your Thermal Management Solution? |
| Simple Refrigeration System for Thermal Management |
| Improving the Performance of Microchannel Heat Sinks |
| Thermoelectric Peltier Cooling |
| General Methods for Measuring Thermal Conductivity |
| State-of-the-art research study for green cloud computing |
| Heat Spreading with Copper, Silicon and Heat Pipes |
| Calculating Load for Liquid Cooling Systems |
| Spreading Thermal Resistance; Its Definition and Control |
| What Effect on Heat Pipe Performance Does Using a Copper Nanofluid Concentration Have? |
| Boiling Heat Transfer in Battery Electric Vehicles |
| A Two-Phase Pressure Drop Model Incorporating Local Water Balance and Reactant Consumption in PEM Fuel Cell Gas Channels |
| Supplier Spotlight: Adcol, AOS Thermal Compounds, Staubli, Timtronics, DSI Ventures, TECA, Dantherm, Align Sourcing, and Tech Source |
| Power Towers Generate 30% of U.S. Solar Power in New Califlornia Concentrated Solar Power Plant |
| Engineers Choice at coolingZONE 2014 Thermal Management eConference |
| Heat Pipe Fluid Survey Show Coolant of Choice Is ..... |
| The Future Of Data Center Cooling? |
| Heat Transfer Enhancement by Finned Heat Sinks with Micro-structured Roughness |
| Intel, SGI and 3M Partner on Revolutionary 2-Phase Immersion Cooling Technology |
| DARPA Modifies its Mission in the Wake of Complex Weapons Systems and Cost |
| National Renewable Energy Lab Panel to Present at coolingZONE 2014 |
| 1 Minute Preview! coolingZONE Thermal Management Summit - A Live Webcast! |
| Heat Pipes: From Basics to Advanced Materials; Learn it Live at CZ14 Summit! |
| Advanced Cooling Technologies to Present at coolingZONE 2014 |
| Models for Battery Reliability and Lifetime - White Paper from National Renewable Energy Lab |
| Aware Load Direction for Servers: A Feasibility Study |
| What Are The Emerging Trends in Data Center Thermal Management? Learn it Live at CZ14 Summit! |
| Why Using Advanced Materials for Your Next Electronics Enclosure Will Give You a Better Product. Learn it Live at CZ14 Summit! |
| What Are the Latest Technologies in Lithiuim Ion Battery Thermal Management for EV and HEV? Learn it Live at CZ14 Summit! |
| Are Quick Disconnect Fittings for Liquid Cooilng of Electronics Safe? Learn it Live at CZ14 Summit! |
| Liquid Cooling at the Rack and Server Level |
| Telecomm Industry Trends in Cooling: Where The Technology Is and Where It Is Going; Learn it Live at CZ14 Summit |
| Can A Non-mechanical Thermal Control System Remake the World of Thermal Management? |
| Determining The Rate of Convective Heat Transfer with Reynolds, Nusselt and Prandtl Numbers |
| Landed on a Comet! How Does The Electronics Cooling Work for Spacecraft like the Rosetta Philae |
| Heat Pipes: Review, Opportunities And Challenges |
| Microstructure Dependence Of Heat Sink Constructed By Carbon Nanotubes For Chip Cooling |
| Rise of Direct Liquid Cooling In Data Centers Inevitable, But Is That Bad? |
| Effective Thermal Management with Different Thermal Interface Materials for Different Applications |
| Can CAD Simulation Make Thermal Engineers Obsolete? |
| Lighting the Way for a Cool Super Bowl XLIX |
| LSU Team Discovers Another Material Breakthrough For Electronics Cooling |
| One Millimeter Thick Thermal Groundplane Made of Polymer Gives 100x Greater Thermal Conductivity Than Copper |
| Cost Reducing Graphite for Thermal Management The Focus of Canadian Univeristy and Commercial Partnership |
| Our 15th Year! coolingZONE 2015 Thermal Management Summit |
| Dr. Y.C. Lee, Ph.D. To Speak at coolingZONE-15 on Flexible Thermal Ground Planes for Smartphones and Wearable Electronics. |
| Synergetic Effect between Lighting Efficiency Enhancement and Building Energy Reduction Using Alternative Thermal Operating System of Indoor LED Lighting |
| The Peltier Cooling and Mass Airflow Based Laptop Cooling Device |
| New Study Sheds Light On Cooling Capacity Of Phase Change Materials |
| Novel Electronics Cooling Solution Improves Power Handling of Small Packages |
| Is It Possible to Use Fractals to Understand and Improve on Heat Transfer? |
| coolingZONE 2015 Webinars Start October 20th! Don\'t Miss Out! |
| Light Could Become the Dominant Form of Heat Transfer |
| Microfluidics: DARPA is betting embedded water droplets could cool next-gen chips |
| THis is a test article on heat sinks |
| Blog / Editorial Article Test |
| Cooling Options Explored To Utilize Concentrated Solar Power |
| Harley-Davidson Launches All-New Milwaukee-Eight Engine |
| New Solution Announced For Overheating Batteries on Planes |
| How Heat Affects Camera Design and What to Do About It |
| Cost and Performance Optimization of Thermal Management Solution for High Power LEDs |
| Thermal Management Market to Reach $20 Billion in Next Decade |
| Breaking Down Thermal Management Challenges in Forced Convection Tablets |
| Increasing the Lifespan and Reliability of Electrical Components |
| The Large Scale Synthesis of Aligned Plate Nanostructures |
| iPhone 7 Week Begins on coolingZONE |
| Technology Review: Mobile Device Thermal Management |
| New Design Concepts in 3D Stacked Chips and Their Thermal Challenges |
| Thermal Performance of Thin Flat Heat Pipes |
| Industry Developments: Smartphone Cooling Systems |
| Graphene quilts for thermal management of GaN transistors |
| Thermal management systems optimize liquid chromatography |
| Cambridge Nanotherm Announces Enhanced Substrate for LED Thermal Management |
| Schindler & Schill GmbH software makes it easier to find PCB hotspots |
| Researchers join materials to improve power transistors |
| Input/output connectors cooling data center equipment |
| Thermal Management Solutions for Aerospace Electronics |
| New Optical Material Offers Better Control of Thermal Radiation |
| Case Study: Improving Thermal Management While Conserving Water |
| Bilayer graphene device step forward in valleytronics |
| MIT start-up announces breakthrough on battery power |
| Researchers examining personal thermal management systems |
| LED lighting proves beneficial to growing plants |
| Engine upgrades for F-35 expected in mid-2020s |
| Australian scientists set solar thermal efficiency record |
| Train windows combine mobile reception and thermal insulation |
| Renault applies for patent on EV battery device |
| Harvard researchers create world?s first soft robot |
| Thermal characteristics at core of tropical hurricanes |
| Military vehicles need thermal and acoustic insulation |
| NASA uses unique heat spreader in satellite design |
| Alienware laptop offers improved thermal management |
| Land Rover turns to virtual engineering for new model |
| Exploring causes of smartphone battery fires |
| Data Centers seek cooling options to reduce water footprint |
| MIT scientists developing beaver-inspired wetsuits |
| Thermoplastics can play part in LED thermal management |
| Hybrid optical-thermal antennas to control heat on nanoscale |
| Explaining the measurement basics of LED thermal management |
| White Paper: FSP MIA IC reduces energy consumption |
| Examining pulsating heat pipe thermal performance |
| Diamonds being used to prevent overheating in electronics |
| Separate-type heat pipes for concentrating solar power |
| Thermal Management can impact risk management approaches |
| Thermal issues account for 55 percent of electronic failures |
| Solid state RF power suppliers making thermal changes |
| Mercedes engine re-design powers it to top of F1 |
| Gear VR disabled in Samsung phones due to thermal concerns |
| Japanese engineers create Kengoro, the sweating robot |
| Engineer details need for thermal management at design stage |
| Researchers determine thinner is cooler for GaN transistors |
| Going beyond conductivity in thermal management of LED |
| Study of thermal performance of a flat loop heat pipe |
| Particle collisions could lead to overheating circuits |
| Researchers see thermal benefit from carbon nanotubes |
| Measuring the dielectric constant for capacitors |
| Graphene-enhanced TIMs make PV cells more efficient |
| Thermal imaging cameras can map heat patterns in electronics |
| Combat cloud extends embedded computing into military application |
| Employing DCIM improves data center efficiency |
| New heavy-duty engine brake to improve thermal performance |
| Air Force exploring use of lasers on fighter jets |
| Thermal management provides Audi with efficient engine |
| Intel processor has native thermal management features |
| Company patenting product for thermal management in a roof |
| Choose the proper power supply for your LED project |
| Researchers explore optimal EV battery thermal management |
| Researchers develop DNA-based single-electron electronic devices |
| Australian researchers develop new graphene material |
| NC State researchers develop improved inverter for EV |
| Tactical Fast Rope Gloves add thermal protection |
| Thermal management needs to be part of electronics design |
| Microsoft Surface Book has improved battery performance |
| Razer Blade Pro gaming laptop using vapor chamber |
| Tesla reveals new solar roof and high-capacity battery |
| Royal DSM announces polyamides with advanced thermal properties |
| Converged infrastructure key to support IoT and edge computing |
| Researchers study nickel foam-paraffin composite for EV thermal management |
| SiC chips making inroads in power electronics |
| Researchers find way to control thermal conductivity of 2-D materials |
| Software simulations test thermal capabilities of graphite |
| EVGA issues new firmware to address thermal concerns |
| Company turning feathers into insulation material for homes |
| Scientists report on efficient perovskite solar cell design |
| U.K. company on brink of completing SABRE rocket technology |
| USC researchers create material that contracts when heated |
| Siemens working on economic storage technology for wind energy |
| New sensor works in high temperature environments |
| Company applies for patent on flexible PCM composite for thermal management |
| New paper investigates numerical simulation of nanofluids flows |
| Researchers develop membrane to allow rapid recharge of batteries |
| Melexis launches sensors for temperature measurement |
| Hyundai releases details about its new Ioniq EV |
| Rumored Microsoft phone could use liquid cooling |
| Facebook launches BackPack switch platform for data centers |
| Liquid cooling solution chosen for CHIME project |
| Startup developing smartwatch powered by body heat |
| DuPont releases new line of thermal interface materials |
| Exploring heat transfer in wiped film evaporators |
| IceCub is first home cooling solution with integrated energy storage |
| New research determines maximum rate of near-field radiative heat transfer |
| Solvay launches new polyamide for thermal management systems |
| Researchers discover new method for dissipating heat in electronics |
| NYU engineers grow atomic-scale electronic material |
| Researchers use graphene as template for new metal-oxide nanostructures |
| Thoughts on what lies behind Samsung smartphone fires |
| Early transistor material maybe making return as substitute for silicon |
| Exploring immersion cooling as thermal solution for electronics |
| Aquila and TAS Energy launch liquid cooled data center solution |
| European Thermodynamics Conference to be held in Budapest in May |
| MSI releases Trident, smallest VR-ready gaming PC |
| Microsoft announces Cheyenne data center will be fully wind powered |
| Qualcomm introduces next-gen Snapdragon 835 processor |
| Berkeley Lab studying nanomaterial with potential impact on thermal management |
| Scientists use graphene to expand usable bandwidth |
| Scientists develop graphene with resistance to ozone |
| University of Manchester research could bring faster electronics |
| Purdue and Toyota work together for EV cooling technology |
| Researchers develop dry adhesive that bonds in extreme temps |
| Scientists at Rice theorize potential enhancement for heat sinks |
| Tesla conducts voluntary recall of older EV charging adapter |
| Early reviews of the new Intel Kaby Lake Core i7 7700K |
| Space could be the final frontier for air conditioning |
| Article praises the democratization of thermal management simulation tools |
| Researchers find safer alternatives to liquid electrolytes in batteries |
| Thermal management and bio-hybrid electronic systems |
| JCESR expects to see improved lithium-sulfur battery by 2018 |
| Adding hydrogen to graphene could produce better semiconductors |
| Technology enhances electrical and thermal conductivity of composites |
| Penn State researchers introduce more stable polymers to electrical circuits |
| Bacteria-powered battery built on a single sheet of paper |
| Microwaves could lead to rapid and mass production of graphene |
| Stanford researchers create chip just three atoms thick |
| Magnetically activated thermal switches developed using nanofluids |
| Syracuse researchers improve heat transfer in boiling |
| Stanford using innovative means to cut dependence on fossil fuels |
| Samsung SDI announces longer range EV battery at auto show |
| Energy Observer sails by creating hydrogen power from saltwater |
| WIRED article calls 2017 the year battery life gets fixed |
| Microsoft looking to patent underwater data center reef |
| U.S. Navy looking for high-performance TIMs for energy storage devices |
| Thermal management is important to PCB design for IoT |
| New Year, new computers and new thermal management technologies |
| Duke researchers use silver nanowires to create inks for printing circuits |
| Japanese researchers create hydrogen at lower temperatures |
| Graphene added to Silly Putty creates sensitive electromechanical sensors |
| Controlling molecules on graphene could lead to microscopic switches |
| Engineers designing electromagnetic materials to enhance thermal radiation |
| Research shows that graphene can strengthen copper interconnects in chips |
| Purdue researchers eyeing new semiconductor for power electronics |
| NIST physicists cool microscopic drum below quantum limit |
| Eltek partnering with U.N. to provide solar power in Zimbabwe |
| Plastic clothing material developed to cool the skin |
| Bosch showcases automated, connected and electrified tech at Auto Show |
| Article explains battery thermal management in Formula E cars |
| GIGABYTE demonstrates two-phase immersion cooling for servers |
| New Nissan Leaf promises improved battery thermal management |
| Professor uses thermal engineering background to design coffee mug |
| LG promises new phone will not overheat because of heat pipes |
| Stanford researchers using polymers to create safer batteries |
| German institute announces breakthrough in graphene production |
| European scientists discover propagation of phase change in nickelates |
| Stanford researchers visualize hydrogen absorption in nanoparticles |
| Rice scientists calculate graphene nano-chimneys to cool circuits |
| NUS scientists develop electrically conductive polymers for semiconductors |
| Swiss researchers find method for storing summer heat until winter |
| WPI researchers design electrohydrodynamic pump to cool electronics in space |
| Engineers create artificial skin that feels temperature changes |
| Article explores the thermal challenges in wireless charging |
| LinkedIn pumps water into server racks to cool data centers |
| ANSYS releases version 18 of its computer-aided engineering software |
| Vertiv using machine learning to automate data center cooling |
| Cambridge Nanotherm claims it has solution to cooling CSP LED |
| Aavid Thermacore technology cooling satellite photographing the sun |
| EVGA releases closed loop liquid cooling CPU coolers |
| UC San Diego engineers develop transparent light-absorbing material |
| Tufts engineers develop chip-sized, high-speed terahertz modulator |
| Scientists observe quantum phase transitions for the first time |
| UCLA researchers use nanoparticles to better control melting |
| Duke engineers create electromagnetic metamaterial without any metal |
| Researchers in Sweden develop the first heat-driven transistor |
| European scientists create ultra-sensitive infrared detectors using graphene |
| Study shows that for one metal, electricity flows but heat does not |
| University of Maryland introduces grad certificate program in electronics packaging |
| German city considering innovative municipal heat storage plan |
| Tesla creates battery farm to assist with energy spikes on the grid |
| Solar thermal could be the answer to worldwide need for air conditioning |
| Cox Media Group Using Liquid Cooling in Radio Transmitters |
| Thermaltake announces three CPU cooling solutions for AMD Ryzen |
| CoolIT Systems issued patent for modular heat transfer solution |
| Dutch startup Asperitas releases liquid cooled modular data center |
| FSU professor theorizes inorganic-organic hybrid could be electrically efficient |
| New material designed to cool buildings in eco-friendly manner |
| Article explains benefits of copper filling of through-holes in LED substrates |
| Researchers using polymers to stabilize micro-hotplates for smart gas sensor |
| IBM Zurich researchers measure single quantum of heat |
| Carnegie Mellon researchers develop thermally conductive stretchable rubber |
| Sandia Labs research uses kinetics not temperature to make ceramic coatings |
| UChicago students use heat to levitate objects in vacuum chamber |
| Natural thermostat revealed in the upper atmosphere |
| Honeywell announces TIM to help keep phones cool |
| European engineers design emission-free, solar-powered chiller |
| GE Aviation given Army contract to develop silicon carbide electronics |
| Article outlines thermal management of LED light for microscope |
| Belgian company featured in article about loop heat pipe cooling system |
| Nintendo Switch utilizes big battery and plenty of cooling |
| Two-Phase Flow study exploring efficient cooling systems for space |
| PCS researchers explain electronics structure of graphene |
| Scientists publish research on creation of the first time crystal |
| Princeton engineers detail innovations to build intelligent cities |
| Stanford researchers present prototype energy converter that uses graphene |
| UMass researchers develop surface treatment for conducting thin films |
| International team of physicists study thermal conductivity of nanoislands |
| MIT studies interactions that affect way heat moves through microchips |
| Researchers show bubble-recoil could cool microchips in space |
| Chicago startup has created a battery to store thermal energy |
| Article explains a novel approach to developing a thermal capacitor |
| Thermally responsive fabric changes thickness based on conditions |
| Heat pipe technology being used to turn household waste into heating fuel |
| Sandia Labs using refrigerant not water for cooling supercomputers |
| ARM unveils latest generator of processors focusing on AI and machine learning |
| Outlining industry developments in thermal solutions for servers |
| Scientists observe unusual fluid behavior in heat pipes in microgravity |
| Researchers add coating to silicon semiconductors to enhance conductivity |
| FAU researchers create largest diamond foil in the world |
| 3-D printed liquid battery could cool future computer chip stacks |
| UT-Dallas researchers find patriotic breakthrough for advanced electronics |
| Fujitsu Labs exploring semiconductor packaging as thermal solution |
| KAUST researchers create flexible thermoelectric generators |
| Researchers find way to outwit thermal noise in quantum communications |
| Swedish researchers demonstrate efficient solar energy storage in liquid |
| Physicists develop ultrathin superconducting plastic film |
| ESA turns to lunar soil to heat overnight missions on the moon |
| Microsoft releases details about high-powered console with vapor chamber |
| Kickstarter campaign started for Calyos fanless computer chassis |
| KULR Technology debuts carbon fiber thermal management material at Semi-Therm 33 |
| CUI introduces higher performing Peltier modules with innovative structure |
| Outlining industry developments in cooling solar power inverters |
| New class of carbon allotropes could provide benefits to electronics industry |
| Stanford scientist models new materials for high-power batteries |
| New research could lead to redefinition of unit of temperature |
| Brandeis researchers take first step towards self-propelled liquid |
| MIT researchers develop process to iron out wrinkles in graphene |
| Researchers at Rutgers discover means to use graphene to cool tiny chips |
| KSU researcher patents polymer to create high-temperature ceramics |
| Researchers design self-assembled transistors from carbon nanotubes |
| Duke engineers develop jumping droplets to cool hotspots in electronics |
| New sensors detail thermal transport properties of living cells |
| Hydrostor introduces long-duration bulk energy storage system |
| UMass medical school cooled by brazed plate heat exchanger technology |
| Researchers explore building temperatures that automatically adjust to user needs |
| Knurr announces custom cooling solutions for rack enclosures |
| Nautilus Data pushes forward with floating data center concept |
| Researchers introducing triple treatment nano-coatings for heat exchangers |
| Article outlines developments in District Cooling technology |
| Device allows study of reactions between electrode, electrolyte and active materials |
| Researchers use new metamaterial to create improved infrared sensors |
| Columbia researchers freeze lithium-ion batteries to make them safer |
| Fraunhofer study examines electromechanical components in PV inverters |
| PolyU develops novel semiconductor nanofiber with high conductivity |
| New method shows how lithium-ion batteries behave when short-circuiting |
| Researchers create non-toxic and efficient thermoelectric material |
| University of Nebraska researchers harness heat to power computers |
| Duke researchers use 3-D printing to create electromagnetic metamaterials |
| U.K. lab cooling atoms to brink of absolute zero using lasers |
| Report studies feasibility of renewable thermal technologies in Connecticut |
| Wakefield-Vette offering new thermal interface material line |
| Terrella Energy Systems bringing its graphite manufacturing to thermal management |
| Fujitsu and Oracle launch M12 servers with new liquid cooling system |
| Witricity using magnetic resonance to widen transmission gap in wireless charging |
| Ebullient develops two-phase, direct-to-chip liquid cooling solution |
| Thin layers of water hold promise for future of energy storage |
| Rice research describes enhanced voltage in nanogaps in plasmonic gold wires |
| Article argues against using effective thermal conductivity in PCB thermal modeling |
| New research details composition of complex nanomaterials in superconductors |
| Article explores the impact of heat sink material on thermal performance |
| Georgia Tech researchers use high temps to create graphene from ethene |
| New method uses heat not vibrations to get graphene to make sounds |
| Researchers develop capacitors that work even at extreme temperatures |
| Volkswagen Golf featuring new engine with innovative thermal management |
| Smart windows significantly reduce energy consumption |
| University of Sheffield engineers cooling stadiums at Qatar 2022 |
| Researchers create largest transparent fuel test assembly in the world |
| Aavid Thermacore designs thermal management solution for telescope |
| NREL signs agreement with Forge Nano to commercialize battery technology |
| Google expects to commercialize quantum technology in five years |
| Fujitsu turning to liquid immersion cooling for data centers |
| Nanomaterial improves performance of catalytic converters |
| NIST scientists develop new cryocooler that does not use liquid helium |
| University of Nebraska engineers build microscopic heater-thermometer |
| U.K. research sheds light on heat engines for nanoscale machines |
| Article explores fin optimization in heat sinks and heat exchangers |
| White paper describes use of 1-D and 3-D CFD on EV battery thermal management |
| Researchers develop new fabrication process for diamond transistors |
| New study reveals 1-D crystals can be used in low-temp thermoelectric cooling |
| Solid state cooling could be game-changer for HVAC industry |
| Allied Control gives immersion cooling demo at Computex |
| Laird develops liquid cooling systems for particle accelerators |
| Cambridge Nanotherm addresses thermal management of UV-LEDs |
| Rogers Corp. ceramic substrates enhance thermal management |
| Noctua introduces advanced fan design at Computex show |
| Celebrate National Thermal Engineer Day on July 24 |
| IBM announces the development of transistors for 5 nanometer chips |
| JANUS supercomputer used to measure coherence length in spin glasses |
| X-ray imaging and computer modeling being used to study piezoelectric materials |
| KAIST researchers observe phase transition of liquid crystal defects |
| Researchers find ferroelasticity in organic/inorganic perovskites |
| UT-Dallas engineer designs all-carbon, spintronic computing system |
| Article explores recent industry developments in heat exchangers |
| Texas A&M researchers find special class of 2-D semiconductors |
| Researchers develop ways to control molecular vibrations that transmit heat |
| Liquid helium cooling used to break overclocking record on Intel processor |
| Higher thermal software needs could mean move to the cloud |
| Dutch company using servers to provide a hot shower |
| Element Six launches first electrically conductive CVD diamond heat spreader |
| Liquid cooling increasingly the solution for cooling high performance computing |
| Case study explores design of air-to-air heat exchanger |
| Researchers explain how heat sink sandwich enhances semiconductor laser |
| STULZ and CoolIT Systems partner on liquid-cooled micro data center |
| Research paves the way for production of hybrid silicon lasers |
| Researchers use graphene to tune functionality of molecular devices |
| Carbon nanotube heating device recovers fresh water from brine |
| Graphene research continues with 3-D printed foam and new chemical method |
| Empa researchers developing next generation electrolytes for batteries |
| Israeli researchers create new diode with optically controlled capacitance |
| Breakthrough in electrolyte chemistry allows batteries to run at ultra-low temps |
| MIT researchers produce device to turn industrial waste heat into electricity |
| MIT and NASA exploring efficiency of oceans as heat sinks |
| Pilot explains why high temperatures ground planes in Southwest |
| Jaguar claims thermal management system adds 30 miles to EV range |
| KitGuru survey indicates majority of readers going to liquid cooling |
| Providing thermal management of UV LED disinfection devices |
| Article explores different thermally conductive adhesives for electronics |
| Survey asks engineers what type of work-related video content interests them |
| NanoAvionics launches CubeSat that uses liquid chemical propulsion |
| MIT research demonstrates photon interactions at room temperature |
| Hypersonic travel could be on horizon with discovery of new material |
| New material discovered that could lead to more stable quantum computing |
| New electron pairing could lead to more high-temperature superconductors |
| Researchers use magnetic tremors to reveal superconductivity in 2-D material |
| Researchers use white graphene to build thermally stable, small sensors |
| Versatile optomechnical beams can act as thermometer or as heat shield |
| Researchers create nanowire circuit boards that dissolve when cooled |
| LG and Enphase Energy announce release of new residential solar panels |
| DARPA seeking a future for electronics beyond Moores Law |
| Startup receives funding to expand 3-D printing of thermal technologies |
| Solar panel cooling technology allows Parker Solar Probe to explore the sun |
| Alphabet spinoff, Dandelion, uses geothermal energy to heat homes |
| Graphene being tested in Europe for zero-gravity applications |
| Articles explain importance of heat sink attachments in PCB design |
| National Thermal Engineer Day is on Monday, July 24 |
| Researchers use new technique to produce thin layers of semiconductor material |
| Physicists observe Maxwells Demon brought to quantum life |
| Researchers develop battery-free cell phone that harvests ambient power |
| Researchers map microscopic figure of merit for thermoelectric materials |
| Reducing oxygen stabilizes nonacrystalline materials at high temperatures |
| New research gives better understanding of optomechanical cooling |
| Researchers control thermal and electric currents in nanoscale devices |
| Simulations demonstrate the impact of splashing at microscopic level |
| Researchers 3-D print graphene aerogel, officially lightest material in the world |
| Animated video explains thermal management of lithium-ion batteries |
| Thermal management a priority for performance of Formula 1 cars |
| New thermal capsule has been developed for cell phones |
| Arizona using thermal imaging cameras to combat wrong-way drivers |
| National Thermal Engineer Day celebrated on social media |
| Article describes the 11 myths about thermal design |
| Berkeley Lab leading multimillion-dollar geothermal energy project |
| Physicists turn crystal into electrical circuit with light |
| Researchers publish new ideas about particle motion at absolute zero |
| Chemists create laser-induced graphene from piece of wood |
| Research reveals new fundamental details about material design |
| White paper describes thermal modeling of EV battery in CFD |
| Berkeley Lab researchers discover semiconductor that beats the heat |
| Articles explore applications for vapor chambers in thermal management of electronics |
| Researchers develop heat conducting plastic that could lead to lighter electronics |
| Article describes how vapor-compression cooling works |
| Honduran student works on summer project 3-D printing tubes for heat exchangers |
| Article explains five easy steps for choosing a fan for electronic cooling |
| Arizona State researchers studying use of diamonds in electronics |
| Brunel University designing heat pipes for EU energy recovery project |
| Three combustion and thermal transport projects selected for study on ISS |
| Mentor announced first annual FloTHERM Award for thermal design |
| ATS designing heat sinks to cool QSFP optical transceivers |
| New process creates 2-D materials with dual-function capability |
| New optical method finds weak spots in jet engine thermal coatings |
| Article describes method for minimizing temperature drift in current measurement |
| Super-light composite possesses number of positive attributes |
| Algorithm incorporates heat, flow, and form optimization to design cooling solution |
| Indian researchers simulate water nanodroplets moving towards the heat |
| Simulations describe forces that move objects at the nanoscale level |
| Researchers develop technique for characterizing thermal property of 2-D material |
| Necklace is designed with proprietary liquid to cool wearers |
| Professor published review of the properties of strained 2-D materials |
| Thermal flaw detector being used in manufacture of Russian composite aircraft |
| Professor receives funding to research thermally conductive laser material |
| Energy storage company announces ramp up of battery pack production |
| Largest solar telescope gets thermal system to ensure its performance |
| Industry developments in thermal management of IGBT modules |
| Designs for largest data center in the world have been released |
| Research provides insight into atomic structure of next-gen superconductors |
| Researchers make step forward in storing data at molecular level |
| NUS researchers develop methods to study complex thermally activated events |
| New process developed to create self-supporting graphene membranes |
| UConn professor patents process for exfoliating graphene in pure form |
| Scientists demonstrate possibility of using different classes of semiconductors together |
| Article describes importance of numerical modeling and simulations in designing batteries |
| Scientists researching effective thermal conductivity of cable bedding materials |
| IBM team breaks thermal barrier in 3-D chip stacks with liquid cooling |
| Discussing the potential for thermoelectric technology in energy harvesting |
| Researchers receive funding to develop 3-D printed heat exchangers |
| Article explores the technology behind geothermal heating and cooling systems |
| New manufacturing process and chip design makes it easier to produce SiC devices |
| Facebook data center in Denmark to supply city with heat |
| Article explains the importance of managing heat in electronic devices |
| Embedded heat pipes improve thermal management in PCB |
| New simulation technology provides engineers with instant results |
| Scientists tweak thermoelectric voltage across atomic scale by mechanical force |
| New study gives picture of thermal conductivity in complex materials |
| What are the benefits of pin fin heat sinks in thermal management |
| Experiment measures thermal conductivity in warm dense matter regime |
| Scientists test cooling system that works without electricity |
| New 3-D printing process produces pure copper components |
| Study reveals new way to enhance or reduce adhesion of freezing droplets |
| Thermal imaging cameras providing boost to archaeological studies |
| 3-D metal printing enables hypersonic propulsion breakthrough |
| Software turns mobile phones into thermal breathing monitors |
| National MagLab sets world record with water-cooled resistive magnet |
| Researchers receive ARPA-E funding to explore efficient power converters |
| Innovative cooling installation fights soaring temps in New Delhi |
| Companies using oceans to cool massive data centers around the world |
| coolingZONE introduces Cold Plate Supplier Directory |
| New type of quantum oscillations reported in graphene superlattices |
| Adding paraffin to concrete mix helps roads clear themselves in winter |
| Researchers create first material with shape memory behavior |
| New approach boosts performance in thermoelectric materials |
| Fabric-like electrode could improve battery efficiency and safety |
| Nanoparticles being added to windows to beat the summer heat |
| Researchers investigate coatings needed for concentrating solar power |
| Polymer film created that can transfer heat from batteries and processors |
| Interview outlines developments in copper plating for thermal management |
| Daydream View from Google uses magnesium heat pipes |
| Apple TV 4K breakdown reveals new cooling system for A10X processor |
| Professor receives grant to work on scaling up production of carbon nanotubes |
| Geothermal district cooling efforts spreading to U.K. city |
| Interview outlines cooling solution for SKA telescope project |
| Researchers demonstrate potential for electrically-heated textiles |
| Personal thermostat startup prepares to launch first line of wristbands |
| Intel creates 17-qubit superconducting test chip for quantum computing |
| Researchers create solar-powered devices out of wood to fight water scarcity |
| Researchers develop nanoporous membrane evaporator with high heat fluxes |
| Researchers build barrier against oxidation in 2-D materials |
| Researchers unexpectedly discover new theory of liquid streaming |
| With focused infrared laser, researchers fabricate 3-D silicon structures |
| Lightweight silver nanowire aerogel could boost electronics industry |
| Circuit design demonstrates possibility of wearable thermoelectric generators |
| White Paper outlines the use of nanofluids in electronics cooling |
| Self-powered data center campus opening outside of Milan |
| Israeli company producing coating that cools buildings in the sun |
| Researchers using graphene papers for personal thermal management |
| Rugged, portable charger can quick-charge smartphone up to 10 times |
| Article explores industry developments in cold chains for shipping |
| Microsoft offers solution for cooling your Raspberry Pi 3 |
| Ceramic pump moves molten metal at record 1,400 degrees |
| Researchers create material that expands when heated to fill space |
| Scientists transform ambient heat into motion in nanoscale devices |
| New filter improves power plant water consumption for cooling |
| Article discusses the higher standard required of aerospace thermal design |
| New theory gives scientists greater control of properties of 2-D materials |
| White paper explores techniques for measuring thermal resistance of cold plates |
| Liquid metal used to create 2-D materials not found in nature |
| Researchers use microchannels to cool high-powered processors from underside |
| Glasgow researchers develop supercooled platform for detecting single photons |
| Passive solar windows provide extra heat during cold weather |
| Thermal management part of University of Toronto EV battery project |
| USC engineers develop material that could maintain satellite temperature |
| DOC defines finished heat sink exclusion in scope of AD/CVD Orders on Chinese extrusions |
| Article outlines different fluids that can be used with cold plates |
| New Zealand professors using 3-D printing to make heat exchangers |
| Purdue researchers solve four-phonon thermal conductivity obstacle |
| Swiss researchers create prototype of non-flammable sodium battery |
| Wrinkles enhance thermal conductivity of pillared graphene |
| New research uses magnet to generate electricity from heat |
| German researchers control heat transfer with nanostructures |
| European scientists detect fast-flowing heat in layered material heterostructures |
| New thermoelectric material developed with high power factor at room temp |
| Article examines thermal performance of microchannel cold plates |
| Novel intra-chip micro-cooling system developed for supercomputers |
| Brick filled with aerogel provides thermal insulation for buildings |
| Program seeks to break separation between data storage and processors |
| Article looks at thermal management challenges of solid-state relays |
| ADATA showcases unique cooling for Project Jellyfish at CES 2018 |
| U.K. company using additive manufacturing to enhance heat exchangers |
| Article explores industry developments in thermal interface materials |
| Immersion cooling at chassis level proves effective in NREL tests |
| Chameleon-like material could be key to next-gen computers |
| Quantum sensor size of a nitrogen atom to investigate hard drives |
| Physicists have cooled a nanoelectronics chip to lower than 3 millikelvin |
| White paper examines thermal management challenges in IoT |
| Topological materials could boost efficiency of thermoelectric devices |
| Fujitsu Labs announce development of highly conductive carbon nanotube sheet |
| New method developed to study thermodynamics of hot melts |
| Article explains how to achieve localized cooling with cold plates |
| Study shows fluid-like heat flow in solid semiconductor at nanoscale |
| NREL studies impact of plug-in electric vehicles on U.S. energy grid |
| Atos building fastest supercomputer in Germany to study the human brain |
| Thermal expert among more than 150 honored as 2017 NAI Fellows |
| IceBrick introduced as first modular thermal energy storage cell |
| Hybrid truck boasts novel air-cooled motor-generator system |
| Lighting the Super Bowl with LED requires thermal solution |
| Gallium nitride becoming affordable option for networking solutions |
| Article explains importance of thermal management in POL converters |
| Scientists create electron-hole liquid at room temperature |
| Climate chamber allows for environmental testing in the lab |
| Thermal infrared solution makes it possible for 360-degree view with single sensor |
| New methods could make spintronic devices more applicable |
| Flexible, water-repellent graphene circuits developed for washable electronics |
| Simulation methods to give scientists greater predictive power of material properties |
| Researchers measure the temperature of 2-D materials at atomic level |
| Nanostructure of silk fibers could lead to better understanding of heat transfer |
| Thermal blankets could be used to melt piled snow quickly |
| New public-key encryption chip reduces power consumption in IoT |
| Professor receives NSF CAREER award to study multiscale phonon transport |
| Thermal simulation tools help engineers with faster analysis of product designs |
| Accounting for thermal management of Wi-Fi front-end designs |
| New thermal management system for railway car hybrid battery put to the test |
| Immersion cooling system could be used for next-gen EV batteries |
| Engineer describes design for oil-cooled crypto-currency miner |
| Technology could be a step forward in building quantum computers |
| Researchers reveal single-digit-nanometer magnetic tunnel junctions |
| Scientists create insulating aerogel from cotton waste |
| Researchers develop architecture for vaporizable electronics |
| Researchers discover a hidden state of electronic order in layered material |
| Harnessing background room heat to create thermoelectric energy |
| Technology uses daily temperature swings to produce electricity |
| Pencil and paper used to convert heat into electricity |
| Modeling and simulations could improve battery life and performance |
| Graphene-based photonic devices show future of Datacom at Mobile World Congress |
| ARM processors expected to beat the heat and add performance to Samsung DeX |
| IBM designs energy-saving optical receiver with record transmission rates |
| Researchers attempt to mimic space conditions in the lab |
| New computer model shows why sticky tape makes graphene |
| Hi-res thermal imaging cameras now available for your smartphone |
| Dell laptop using cooling system found on Mars Rover |
| Lasers could be the next big breakthrough in wireless charging |
| Rotated at a perfect angle graphene can be an insulator or superconductor |
| Researchers create two-in-one power source with solar-powered transistor |
| New solar reactor uses thermal energy storage to run day or night |
| Researchers create predictable patterns from unpredictable carbon nanotubes |
| Scientists provide insights into the mechanical properties of crystalline solids |
| New sensor technology shows batteries can be charged five times faster than current limits |
| Research reveals details about heat carriers in amorphous polymers |
| Thermal insulator made from nanowood to boost efficiency of building materials |
| Lighter, simpler cooling system promises more efficient hybrid vehicle batteries |
| High-performance computing in the harsh conditions of space |
| Russian technological initiative supports research into two-phase heat transfer devices |
| System for cooling high-performance computing gets look from Sandia and NREL |
| ZTE makes splash with server immersion cooling demonstration |
| Thermoelectric assemblies provide another option for electronics cooling |
| Nanodiamonds used to boost thermal properties of 3-D printed polymers |
| Gaps between layers of 2-D materials used to separate atoms at room temp |
| Researchers create molecules in never-before-seen, complex structures |
| Advances made in production of nanoparticles using plasma-based synthesis |
| Scientists creating smaller nanoparticles have overcome thermal quenching |
| Physicists discover new quantum electronic material, kagome metal |
| Study looks into the physics-defying quantum properties of HOIP materials |
| Improved fabrication methods developed for nano-structures for electronics |
| Researchers develop method for switching heat on and off in electronics |
| Wide-bandgap materials require innovative thermal management techniques |
| ATS Case Study: Thermal Management in Medical Diagnostic Equipment |
| ATS Case Study: Thermal Management in Medical Diagnostic Equipment |
| Artificial blubber from MIT protects divers in frigid water |
| Exploring the performance of nanomaterials in the extremes of space |
| Innovative baffles keep electronics cool on NASA space telescope |
| Lenovo, EVGA, and Facebook roll out new liquid cooling solutions |
| Oak Ridge Lab, IBM, and Nvidia unveil Summit, most powerful scientific supercomputer |
| ACT announces new patent for heat pipe assembly to cool satellites |
| Do imperfections in phase-change material impact thermal performance |
| Imec unveils 3-D printed impingement cooling solution for high-powered chips |
| Researchers building blueprint for fabricating next-gen 2-D nanomaterials |
| Researchers observe anisotropic magneto-Peltier effect for the first time |
| Researchers develop cloaking material that hides people from infrared cameras |
| Study finds that water-repellent surfaces can boil water to cool electronics |
| New dynamics revealed for wickless heat pipes in microgravity environments |
| Graphene assembled film demonstrates higher thermal conductivity than graphite |
| Could holey silicon be a breakthrough in electronics cooling |
| Thanks to European researchers, electronics fashion is on the horizon |
| New heat pump technology provides more affordable cooling for buildings |
| Report indicates that global energy consumption will skyrocket due to cooling needs |
| UAB researchers double contract with NASA to create cold-stowage technology |
| Article explores recent industry developments in thermal imaging cameras |
| Pushing boundaries of space exploration with small-scale nuclear power systems |
| Solar towers used to test composite material response in extreme heat |
| Innovative heat shield installed on NASA Parker Solar Probe |
| Graphene photodetector from UCLA enhances thermal imaging performance |
| High-powered thermoelectric generator could advance IoT, wearables technology |
| Researchers develop bulk boron arsenide crystals with high thermal conductivity |
| Research explores thermal capabilities of new ionic liquid-based nanofluids |
| Thermally-conductive crystals could be used to keep computers cool |
| UCLA researchers set new thermal conductivity benchmark with boron arsenide crystals |
| Researchers create lightweight, flexible polymer with high thermal conductivity |
| Research supports Einstein theorem about how heat moves through solids |
| Novel wireless iPhone charger ditches LED and charges at max rates |
| Users reporting that new i9 MacBook throttling speeds from excessive heat |
| Sales increasing for innovative Australian solar thermal imaging security cameras |
| Student using computer modeling to dissipate heat from aerospace electronics |
| Article looks at bitcoin mining from a thermal management perspective |
| Research into calorimeters is improving thermal management of batteries |
| KULR Technology bringing carbon-fiber technology from NASA to drone racing |
| U.K. creating service to provide missing link for industrialization of graphene |
| Tiny crater in glass creates a material that could miniaturize telecom devices |
| Wallpaper patterns lead to new insulating material with metallic surface |
| New research demonstrates why nanomaterial loses superconductivity |
| Combining borophene into new crystal formations creates new properties |
| Researchers develop safe rechargeable zinc-ion battery thanks to new electrolyte |
| Study finds that folding graphene enhances its mechanical performance |
| New fabrication method means future electronics could be printed like papers |
| What are effect of vacuum and fill ratio on thermal performance of heat pipes |
| GM brings back classic name for new, fuel-efficient engine |
| Could vacuum-insulated tubing improve efficiency of borehole heat exchangers |
| U.K. partnership seeks to improve battery storage systems for heavy-duty vehicles |
| Stanford professor receives inaugural Richard Chu ITherm Award |
| New Tesla patent highlights attempts to make battery pack systems safer |
| New rugged computer adds thermal imaging camera for industrial applications |
| Students use 3-D printing to design thermoelectric wearable health monitoring devices |
| Cold electron transistor design receives patent, could boost computer cooling |
| Rare earth compound demonstrates unusual properties, could lead to new class of materials |
| Superflexible aerogels are highly-efficient absorbents, thermal insulators and pressure sensors |
| Simple and versatile strategy proposed for preparing carbon nanomaterials |
| New research demonstrates high-res imaging of nanostructure surfaces is possible |
| Simulations reveal key principles for developing next-gen carbon fibers |
| How can thermocouples be designed for accurate measurement at microscale |
| UIC researchers demonstrate novel method for cooling hotspots in electronics |
| Supersolder boasts twice the thermal conductivity of conventional solders |
| Researchers use polymeric hollow fibers to build heat exchange device for home energy needs |
| Researchers turn beer waste into energy-efficient, transparent gel for windows |
| Video shows oil immersion method for keeping Raspberry Pi cool under heavy loads |
| Thermal concerns for EV batteries on the mind ahead of September conference |
| 3-D printed heat exchanger technology gets green light from NASA |
| New rechargeable battery design could double output of lithium-ion cells |
| Galaxy Note 9 using carbon-fiber heat pipes to improve performance |
| Google tuns data center cooling over to AI to reduce energy usage by 40 percent |
| Study demonstrates that combustion possible in a highly-vacuumed environment |
| Researchers use metallic-magnetic model to analyze heat transport at the nanoscale |
| Another research group announces creation of bulk boron-nitride with high thermal conductivity |
| Hydrogel modification opens the door to highly stretchable and transparent electronics |
| Nano-electronic phase transitions in nickelates can be controlled by laser light |
| New theoretical framework developed to determine accuracy of nanoscale thermometers |
| Calculating and optimizing heat sink base spreading resistance for better thermal performance |
| Squid-based biomaterials engineered to tune thermal conductivity as humidity rises |
| Tests of leaked Intel Core i7-9700K chips show impressive benchmarks with liquid cooling |
| New study investigating properties of hybrid organic-inorganic semiconductors |
| German overclocker creates intense new liquid cooling system for Epyc server |
| Chinese company releases new 18-terahash liquid-cooled bitcoin mining rig |
| Environmentally-friendly and efficient heat pump designed to reduce energy costs |
| Space station researchers studying the complicated movement of fluids in space |
| Microsoft patents thermal docking system for mobile computing devices |
| New video explains process for embedding heat pipes into assemblies for cooling applications |
| Researchers fabricate cathode thick film that could lead to safe solid-state batteries |
| New laser technique binds aluminum with plastic for stronger, lightweight injection molded parts |
| Novel technique developed for creating bio-based, transparent, thermally-stable polyamide |
| Electrons can be tied down by graphene nanoribbons for use in quantum applications |
| New shape-changing, 3-D printed material stores energy like the grip of an eagle |
| Researchers use ultra-cold lithium atoms to prove 50-year-old theory about 1-D electronics |
| Liquid crystal surface thermography provides precision temperature mapping |
| Researchers used novel technique to 3-D print high-resolution graphene objects |
| Lithos Energy announces release of newest generation of liquid-cooled battery packs |
| Report highlights use of polycarbonate heat sinks as sustainable solutions for LED |
| Researchers merge antenna and electronics into single design to reduce waste heat |
| Lego-style solar panels turn waste heat into hot water to reduce home energy costs |
| Covestro offers polycarbonate battery housings to improve efficiency of electric vehicles |
| Researchers develop device for studying thermal runaway in lithium-ion batteries |
| New, giant Facebook data center in Singapore to utilize novel liquid cooling system |
| Fujitsu announces release of new liquid immersion cooling system in Japan |
| Chip-sized Smart Mirror created to help manufacturers measure laser power in real time |
| New study demonstrates a novel catalyst for high-energy, aluminum-airflow batteries |
| Researchers model crystal behavior to better explain principles of self-organization |
| Power of vibrations can heat tiny amounts of liquid, could lead to novel devices |
| Researchers present enhancement to condensation heat transfer with mesh-covered surface |
| Researchers develop a cooling cycle using magnetic memory of special alloys |
| Heat flow between nanoscale objects significantly higher than predicted by radiation theory |
| Nano-sandwiching 2-D materials enhances heat transfer to prevent overheating in nanoelectronics |
| Russian researchers demonstrate autothermal pyrolysis to enhance biofuel viability |
| Researchers awarded $2 million to reimagine energy storage options for the U.S. power grid |
| Article provides steps for building an eight-bit thermal imaging camera |
| Plug Power announces production of membrane electrode assemblies for fuel cells |
| Researcher describes project for recovering waste heat in energy-intensive industrial processes |
| Siemens releases new thermal simulation tool to address electric vehicle design challenges |
| Reviewing the latest industry developments in cabinet cooling technology |
| Continental to present thermal management system that enhances electric vehicle performance |
| Researchers explore microscopic structures of black holes through lens of thermodynamics |
| Researchers develop new method for measuring the state of qubits for quantum computing |
| Researchers developed thin GaN on SiC high-power and high-frequency electronics |
| New research reveals details about the mechanical properties of polymer nanoparticles |
| Army researching new thermal imaging technology to guide soldiers in complete darkness |
| Chemical engineers functionalize boron nitride within nanosystems to improve performance |
| Engineers use polymer coating on building exteriors to enhance passive daytime radiative cooling |
| Novel concept for cooling boiling surfaces could prevent nuclear power plant accidents |
| Article highlights changes in LED packaging that lead to smaller form-factor designs |
| Universities partner on research facility with the goal of enhancing functionality of IoT applications |
| EU researchers demonstrate new climate control system to extend range of electric vehicles |
| MIT established $1 billion commitment to address the challenges presented by the rise of AI |
| Article explores one of the oldest unsolved problems in physics - fluid turbulence |
| Army researcher named Woman Engineer of the Year by ASME Packaging and Photonics Division |
| Article explores developments in the thermal management of electric vehicle batteries |
| New, massive HPC system in Houston will include 40,000 servers immersed in coolant |
| Chemists discover hidden gapless states on the path to semiconductor nanocrystals |
| Researchers use laser pulses to trigger and detail light-induced phase changes |
| Researchers posit theory that explains the anomalies in low-temperature superconductors |
| New type of electronic noise could be used to measure temperature difference at nano-scale |
| Device uses graphene plasmons to convert light into electrical signals at room temperature |
| Adding nanoparticles to a polymer matrix enhances its thermo-mechanical properties |
| Researchers study the impact of gravity on liquid flow and evaporation in two-layer systems |
| Researchers create self-healing ion gels that could be the future of flexible electronics |
| Article outlines how thermal imaging is used in automotive testing applications |
| Three Chinese teams competing to build the fastest supercomputer in the world |
| Evoke testing new electric motorcycle batteries for faster charging and greater range |
| Porsche engineers new, fast-charging electric pit stop to make electromobility cost-effective |
| Industry giant De Beers looking towards electronics applications for synthetic diamonds |
| Innolith announces non-flammable battery with inorganic electrolyte for grid-scale storage |
| Researchers study evolution of alloy emissivity over time in high-temperature nuclear reactors |
| German institutions establish NADINE for studying power-plant-level thermal energy storage |
| New thermal imaging devices could enable autonomous vehicles to see through rain and fog |
| Researchers provide a quantitative understanding of lattice thermal conductivity |
| Researchers develop method to produce defect-less metal crystals at unprecedented sizes |
| Study details how addition of graphene to fluid enhances nanofluid thermal conductivity |
| Mussel-inspired reinforcement of graphene fibers produces enhanced mechanical properties |
| Researchers create composite material that cools itself even under extreme temperatures |
| New material and manufacturing process to turn solar thermal energy into renewable electricity |
| Engineers design novel thermal regulator to keep lithium-ion batteries at optimal temperatures |
| DARPA research project explores integrating optical signaling at the chip-level |
| Mechanical engineers forging a new frontier for thermal transport in nanoelectronics |
| University researchers join forces at workshop to explore the future of electronics |
| European research project looking at reusing waste heat to boost electric vehicle range |
| MIT researchers create transparent film that blocks 70 percent of incoming solar heat |
| Researchers developing passive cooling solutions to improve efficiency of light electric vehicles |
| Engineers from SolarX produce mobile, solar-powered refrigeration/air conditioning system |
| Do more efficient heat sinks have to be costlier - rethinking thermal design from system perspective |
| Researchers design eco-friendly system that uses water to store electrical and thermal energy |
| Modifying Kevlar sheets with copper-nickel nanowires leads to wearable heating pad |
| Researchers use ZnO nanowires to develop transparent thermoelectric films for energy recovery |
| MIT researchers create flexible semiconducting films from materials that outperform silicon |
| Researchers have developed the first ultralight aerogel made from recycled plastics |
| Small tweaks to edges of graphene nanoribbons have significant impact on thermal conductivity |
| Researchers develop novel approach to overcome condensation issues in omniphobic materials |
| Engineers design ultrathin and ultralight nanocardboard that acts as thermal insulator |
| Ski jacket removes sweat at the push of a button thanks to user-controlled membrane |
| Australian company brings liquid-cooled fast chargers for electric vehicles to Europe |
| Rumors starting about new Intel 10-core Comet Lake-S processors with 10 cores on 14 nm die |
| Researchers get $1.6 million to work on solar cell windows and high-temp solar power |
| Article outlines the key components for building an optimized liquid cooling solution for HPC |
| Thermal engineering expert expected to be appointed to prestigious National Science Board |
| Ohio Supercomputer Center implementing new cluster with direct liquid-cooled servers |
| Researchers turning to cold neutrons to enhance performance of thermoelectric materials |
| Researchers demonstrate for first time that graphene enables clock rates in terahertz range |
| Researchers develop easier method for growing post-graphene 2-D materials for electronics |
| Project develops adsorption heat pump tech to reduce cost of building energy consumption |
| Researchers working towards low-power thermoelectric generators to charge wearables |
| Porous, metal-organic frameworks to provide foundation for measuring temps at molecular level |
| Process allows for 3-D printing of Kapton, material with desirable electrical and thermal properties |
| Researchers develop nanoscale thermal transistor to conduct heat away from electronics components |
| Researchers develop method for attaching heat sink without need for thermal interface materials |
| Report indicates that U.S. is falling behind in quest to build practical quantum computer |
| New U.K. partnerships continue progress towards the commercialization of graphene |
| New Snapdragon 855 mobile platform designed to meet demands of 5G, AI and XR at once |
| EV startup Rivian reveals first all-electric truck and SUV at the L.A. Auto Show |
| Researchers looking information on cooling smartphones under heavy sensor processing loads |
| Reports indicate that new Nissan Leaf to debut without liquid cooling for battery |
| How can high-powered CPUs on dense server boards be effectively air-cooled |
| New passive air-cooling solution for servers reduces cooling energy by 90 percent with no water |
| KIT researchers study competing states in high-temperature superconductors |
| Researchers design thermal energy storage device that uses molten silicon in insulated tanks |
| X-Ray imaging technique could control magnetic structure of materials for next-gen electronics |
| Researchers show possibility of supercomputers without waste heat, reducing power consumption |
| Researchers design passive cooling system that could provide refrigeration for off-grid locations |
| New material switches from conductor of electricity to insulator without altering atomic structure |
| Researchers modify semiconductors at atomic level to produce smallest 3-D transistors |
| Scientists devise new strategy for improving heat transfer efficiency of condensers |
| Updated reports give clearer picture of Rivian EV battery design and thermal management |
| Researchers want to reduce energy consumption with high-tech heating patches in clothing |
| New DARPA program seeking thermal management solutions for hypersonic vehicles |
| Technology review of recent data center and high-density computer cooling innovations |
| Article explains process for creating prototype refrigerator powered by solar heat |
| Scientists working to create better high-temp superconductors from ceramic copper oxides |
| Nokia announces liquid-cooled base station that is heating a Finnish apartment |
| Researchers assess the viability of gallium oxide as an ultrawide bandgap semiconductor |
| Researchers discover how to precisely tune graphene properties at the atomic level |
| Researchers manipulate electrons to create electronic roadways in bilayer graphene |
| Researchers create method for producing nanoscale versions of 3-D structures |
| Research team explains thermal transport between ferromagnetic metals and a semiconductor |
| Room temperature switching in ultrathin material could lead to topological transistors |
| Ultra-fast camera system enables scientists to visualize interactions between electrons |
| Scientists develop phase-change materials triggered by light for thermal energy storage |
| Scientists develop cost-effective, highly-efficient, flexible thermoelectric generator module |
| Article describes innovative cooling solution that enabled shrinking of buck regulator |
| Innovative magnets being used in new energy-recovery accelerator being built at Cornell |
| College produces record number of payloads for the International Space Station |
| EXAIR cabinet cooling solutions ended summer shutdowns for Ohio metal manufacturer |
| Low-profile thermal solutions required for high-density boards in electronics systems |
| Details emerge about battery thermal management on new Hyundai Kona EV |
| CTA announces that tech consumer revenue will be just shy of $400 billion in 2019 |
| Huawei reveals Kunpeng 920, next-generation ARM-based CPU designed for servers |
| Researchers use new tools to create phase diagram of high-temperature superconductor |
| Researchers demonstrate that electron spin is key to high-temperature superconductivity |
| High-energy X-ray beams reveals secrets of reactions that lead to nanoscale crystal formation |
| Researchers create graphene-based terahertz detector, potential for use in wireless data transfer |
| After two decades of research, scientists create the first laser-cooled neutral plasma |
| MIT advancing research into spintronic memory devices with new process to make skyrmions |
| Researchers develop method to control excitons and use them in energy-efficient electronics |
| Scientists demonstrate first 3-D, atomic-scale, silicon quantum chip architecture |
| Researchers create silicone polymer coating that is capable of repelling ice from any surface |
| Samsung patents innovative system that uses audio devices to cool electronic devices |
| Researcher talks about use of computer vision to ensure integrity of integrated circuits |
| European researchers continue to find new aerospace applications for graphene |
| Army researchers patent next-gen power modules for high-voltage electronics |
| Researchers studying new semi-metallic materials that could enhance computer chips |
| IBM Research unveils first integrated quantum system at CES 2019 and offers Cloud access |
| Research project exploring new materials to push boundaries of silicon-based electronics |
| New research sheds light on the electrical properties of intensely studied material |
| Researchers demonstrate method for tuning quantum materials for superconductivity |
| New metal deposition technique could be breakthrough in creating smart fabrics |
| Researchers capture image of negative capacitance in action, could boost efficient electronics |
| Researchers create accurate method for finding defects in the latest SiC transistors |
| Researchers discover new class of thermoelectric material with record performance |
| New technology controls near-field thermal radiation using multilayered nanostructures |
| Scientists create first on-chip optical link to connect two parts of electronics chip |
| U.K. university demonstrates sustainable hybrid heating system that uses off-peak electricity |
| U.K. university receives grant funding to continue study into controlling liquid droplets |
| DesignCon 2019 announces winner of prestigious Engineer of the Year award |
| Project TOCHA to use properties of topological materials to enhance next-gen electronics |
| Japanese plastics company releases new polyamide resin for thermal management applications |
| Researchers use flexible 2-D materials to build device that converts Wi-Fi signals to electricity |
| New research center dedicated to building the future of electronics packaging in the U.S. |
| Researchers develop novel process for 3-D printing custom-designed piezoelectric materials |
| Scientists theorize that clever timing for computers can reduce heat below Landauer limit |
| Researchers create new map to determine materials with negative thermal expansion |
| New computational algorithm seeks to reduce electromagnetic noise in electronic circuits |
| New fabrication technique for 2-D crystalline materials could boost next-gen flexible electronics |
| Tweaking component ratios creates electrically-different layers for transparent transistors |
| Researchers develop greater understanding of electrical conductivity in organic semiconductors |
| Faster, smaller, and more energy-efficient modulator could be breakthrough for 5G communications |
| Researchers make breakthrough in building high-quality, high-volume, and low-cost nanochips |
| NASA instrument lands on Mars ready to measure the temperature of the planet |
| New fabric automatically cools or insulates depending on environmental conditions |
| 3M engineer demonstrates in videos a compact system with CPU submerged in liquid |
| European research projects pushing the boundaries of thermal imaging technology |
| Researchers utilize heat pipe technology to improve next-generation kilns for ceramics industry |
| Novel directly-cooled, electric vehicle motor design enables polymers to be used in housing |
| Wind tunnels custom designed to support SSD and PCIe thermal characterization |
| UCLA researchers use nanotechnology to weld previously un-weldable aluminum alloy |
| Researchers combine laser-induced graphene with other materials to form composites |
| Researchers developing new eco-friendly manufacturing process for sustainable electronics |
| Researchers create thermoelectric device from cellulose to convert waste heat into electricity |
| Physicists create the first electron liquid at room temperature, paving way for more study |
| Researchers unlock secrets behind heat transport in black phosphorous nanoribbons |
| Strain engineering can be used to change the thermal properties of semiconductor materials |
| Researchers create new material for supercapacitors with more than double the energy density |
| Running an LED in reverse could be new solid-state cooling technology for microprocessors |
| Geothermal drilling project gets underway in Boston to cool new BU science building |
| Japanese startup testing an experimental, solid-state battery on the moon by 2021 |
| Recent materials science research seeks to reduce thermal resistance between die and package |
| Technology review highlights recent patents for next-gen thermal interface materials |
| University selected to lead million-dollar project to advance additive manufacturing processes |
| Article explores the benefits of using tubed or submerged-fin cold plates in electronics cooling |
| UVA and Rolls-Royce partner to enhance efficiency of jet engines through thermoelectric materials |
| imec unveils new microfluidic, microchannel heat sink for high-performance chip cooling |
| Quantum model for achieving ground-state cooling demonstrated using nitrogen vacancy centers |
| Scientists demonstrate that electrically-heated silicate glass defies long accepted law in physics |
| Thermally-painted metasurfaces produce perfect light absorbers for high-tech applications |
| Researchers describe unusual ways that material conducts heat when compressed |
| Researchers make breakthrough that could lead to nanoelectronics based on graphene |
| Researchers develop new material that is thermal insulator but conducts electricity |
| Researchers develop method for standardizing production of nanowires on silicon semiconductors |
| Scientists create ultra-lightweight ceramic aerogel that can withstand extreme temperatures |
| Engineers develop, inexpensive smart stop sign to improve driver safety on rural roads |
| Article explores recent research into next-gen heat exchangers for electronics cooling |
| U.K. company producing graphene sheets at scales large enough for commercial electronics |
| Ultrafast lasers allow scientists to weld glass and metal together in new manufacturing process |
| New liquid cooling solutions for servers debut at Open Compute Project Summit |
| Analysts report that gallium oxide could be cost-effective material for future power electronics |
| Researchers use artificial muscles to build prototype of an air conditioner for the future |
| Research team builds thermoelectric device that uses body heat to produce electricity |
| Scientists use hydrogels and solar power to produce moisture harvester for clean water |
| Scientists observe water droplets heating up and moving on the dayside of the Moon |
| Researchers reveal that aligned layers of 2-D semiconductors can turn into quantum machines |
| Researchers develop new method for synthesizing nanographene on metal oxides |
| Researchers develop new thermal energy storage solution for industrial processes |
| Scientists make breakthrough that could make infrared cameras more cost-effective |
| Light is used as a switch to control the thermal conductivity of novel polymers |
| Evidence discovered of heat moving through graphite the way sound moves through air |
| Advanced engineering software could beat the brain when designing thermal solutions |
| New theory proposed for engineering self-assembled materials from nanoparticles |
| Indian researchers demonstrate magnetic graphene, potentially for next-gen electronics |
| Webinar highlights importance of and techniques for maintaining EV battery temperature |
| Article presents updated equations for designing thermoelectric coolers |
| Heat exchanger manufacturer releases two new products for converting waste heat |
| Exploring immersion cooling technologies for high-powered servers in data centers |
| Australian company describes a novel approach to LED thermal management |
| Scientists turn to machine learning to model new material structures for organic electronics |
| Supercomputer simulations reveal precise molecular mechanisms that cause droplets to combine |
| Researchers discover new process for developing 2-D borophene using a gold bath |
| Silicon-graphene photonic device engineered to enable faster communications |
| Quantum dots could be the future for advanced electronics based on new measurements |
| Researchers discover method for simplifying electronics through material with dual role |
| Scientists create an organic transistor that works with both low and high currents |
| Scientists create new ultra-sensitive heat sensor with thermoelectric polymer mixture |
| Researchers create transparent wood that stores and releases heat for potential energy savings |
| New study explores the heat transfer mechanisms behind boiling water to prevent boiling crisis |
| Researchers design Blue, a low-cost, human-friendly robot designed for AI applications |
| Microsoft holding off on a switch to liquid cooling for its Azure servers |
| Clarkson professor named a fellow of the American Society of Thermal and Fluids Engineers |
| DOE announces $36 million in funding for high-temperature materials projects |
| TSMC announces first complete design infrastructure for 5 nm process technology |
| Detailing the impact of a novel air jet impingement design for cooling a 1U system |
| Scientists discover how to keep water from freezing even at extreme sub-zero temps |
| Visual and thermal properties of novel polymer material designed separately |
| Researchers add new insights to one of the foundational texts in fluid mechanics |
| Individual, flexible 2-D nanoribbons of crystalline phosphorous created for the first time |
| Researchers discover golden path to novel 2-D semiconductors for future electronics |
| Graphene coating could be the key to preventing battery fires resulting from thermal runaway |
| High adsorption levels reported with metal-organic framework and common refrigerant |
| Nanowire-based thermochromic liquid darkens considerably when temperatures rise |
| Researchers develop model to understand interaction between water and 2-D material |
| Researcher receives DOE funding for the development of aerogel insulation |
| NC State student earns Lemelson-MIT prize for work with high-temperature superconductors |
| Mechanical engineering professors receive National Science Foundation CAREER awards |
| Article and video explain how to remove thermal interface materials from heat sinks |
| Reports indicate Apple has invented a new thermal system for electric vehicles |
| New materials and cooling system used in CERN superconducting electrical transmission line |
| Ultra-performance and highly-efficient heat exchangers fabricated with 3-D printing |
| Researchers transform wood into flexible, thermoelectric membrane that generates ionic voltage |
| New liquid-metal mixture combines flexibility with high electrical conductivity |
| Researchers tailoring atomically-thin materials that could be foundations for future electronics |
| Engineers transmit data with a semiconductor laser, pave way for ultra-high-speed Wi-Fi |
| Researchers use carbon nanotube templates to build 1-D nanowires of transition metals |
| Scientists discover that superinjection is possible in semiconductor structures made of one material |
| Device appears to break rules, passively allows heat to flow from cold to warm object |
| Study demonstrates the potential for mechanically-stressed carbon nanotubes to cool electronics |
| New, adaptive space blanket that controls body temperature based on the skins of squids |
| New self-healing, polymer-based cement could be boost to growing geothermal industry |
| Rolls-Royce unveils hybrid power system with advanced thermal management for laser weapons |
| Environmentally friendly, plant-based alternative to Styrofoam developed for insulation |
| Company producing textile-based undercovers for thermal management of EV batteries |
| DOE and Cray announce partnership to build record-setting Frontier supercomputer |
| University program working to commercialize microscale liquid cooling technology |
| What is the thermal performance of heat sinks with heat pipes in server cooling applications |
| New, more efficient method discovered for controlling magnetic circuits without electric currents |
| U.K. researchers show high thermal conductivity of ultra-pure hexagonal boron nitride |
| Physicists studying material that could make computer memory faster and cheaper |
| Researchers studying new ways of controlling thermal radiation at the nanoscale |
| Physicists demonstrate new, powerful quantum optical cooling of isolated nanoparticles |
| New laser technique allows researchers to visualize dangerous hotspots in batteries |
| Under pressure, thermoelectric properties of tin selenide displayed at room temperature |
| Researchers create new polymer films that conduct heat rather than insulate against it |
| High schooler creates clothing that turns sweat into electricity for active cooling |
| Exploring developments in extruded heat sinks for electronics cooling applications |
| Researchers develop high-res, high-sensitivity proximity capacitance imaging sensor |
| Company introduces innovative method for cooling PV modules to increase efficiency |
| Engineers design cooling and heating patch that acts as personal thermostat |
| Grant given for development of additive manufacturing process for high-temp heat exchangers |
| Graphene thermal management solutions being tested in zero-gravity for space applications |
| Sandvik creates the first 3-D printed diamond composite for variety of potential applications |
| Researchers turn to phase-change materials to reduce reliance on air conditioning |
| Applying strain to 2-D materials could enable new properties and new applications |
| Researchers design thermomechanical device that detects radiation in the terahertz range |
| Arranging nanowires into bent configurations improves durability in electronics applications |
| New sensor works with electronic skin and reacts to changes in light, heat, and touch |
| Flexible nanocomposite demonstrates high strength and high thermal conductivity |
| Surface treatment promotes droplet formation and enhances refrigeration efficiency |
| Fabrication process builds nearly ideal transistors from stacks of 2-D materials |
| Another researcher turning to additive manufacturing to build thermal management tools |
| German startup developing a magnetic cooling system for use in extremely low temps |
| Metals that are as light as air, researchers build ultra-low-density metal foams |
| Physicists uses bunches of electrons to cool beams of particles, opening new research possibilities |
| Additive manufacturing changing the way that engineers approach heat exchangers |
| Summer program created for undergrads interested in learning about thermal management |
| Professor receives prestigious Heat Transfer Memorial Award from ASME |
| Companies team up to create innovative compact CPU cooler with additive manufacturing |
| New wood technology passively cools without the need for electricity or added polymers |
| Scientists use polar bear hair as template for building new thermal insulating material |
| Laser-induced graphene used in nanogenerators that could power future wearables |
| Laser technique stresses graphene and unlocks electrical conductivity in material |
| Researchers develop soft, flexible polymer composites with enhanced thermal properties |
| Concept developed for superconducting quantum fridge to cool atoms to nearly absolute zero |
| Scientists set record for high-temperature superconductor, 50 degrees higher than previous |
| Researchers present unified theory on heat transfer that could enhance thermoelectric materials |
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