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Microchannel Heat Transfer

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Products/Services for Microchannel Heat Transfer

  • Fluid <B>Heat</B> <B>Transfer</B> Systems-Image
    Fluid Heat Transfer Systems - (112 companies)
    ...or closed systems. Type Z-purge systems are enclosures that allow fluid heat transfers to be used safely in Class 1, Div 2 environments. Type X-purge systems are rated for Class 1, Div 1 environments. Fluid heat transfer systems vary in terms of features... Search by Specification | Learn More
  • <B>Heat</B> Exchangers-Image
    Heat Exchangers - (1240 companies)
    Heat exchangers are commonly used in a wide variety of industrial, chemical, and electronics processes to transfer energy and provide required heating or cooling. Heat exchangers transfer heat energy from one fluid or gas to another without mixing... Search by Specification | Learn More
  • <B>Heat</B> <B>Transfer</B> Fluids and Thermal Oils-Image
    Heat Transfer Fluids and Thermal Oils - (129 companies)
    Heat transfer fluids, thermal oils, circulating coolants, and heater liquids are used to carry thermal energy in process heating and machine cooling applications. Heat transfer fluids and thermal oils are used to carry thermal energy in process... Search by Specification | Learn More
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    Microchannel Plates - (6 companies)
    Microchannel Plates use separate channels to detect electrons, ions, or x-rays with spatial resolution. Each channel uses secondary emission to intensify detection signals. Learn More
  • <B>Heat</B> Pipes-Image
    Heat Pipes - (49 companies)
    Heat pipes are self-contained heat pumps that can transport heat at high rates over fairly substantial distances with no external pumping power. Heat pipes are made out of aluminum or copper and are lined with a wicking material such as a ceramic... Search by Specification | Learn More
  • Heat Sinks - (323 companies)
    ...include liquid coolers, which use a liquid medium such as water or liquid nitrogen to remove heat from components, and thermo-electric coolers, which use an electric element to pump heat from the element 's hot side to its cool side and transfer heat... Search by Specification | Learn More
  • Heat Treatment Salts - (12 companies)
    ...for use as steel tempering or quenching media. All are completely water soluble, easily washed and have similar high-transfer rates and heat capacity. Rubber Curing Salts. Rubber curing heat treatment salts are a high purity, eutectic mixture of nitrate... Learn More
  • Heat Pumps - (203 companies)
    ...the ranges of 95% to 100% with a heat pump efficiency of 90%. Even though the heat pump cost of an electric can be high, it is still 24% less than other types of heat pumps. A geothermal heat pump uses the heat inside the earth and transfers it to houses... Learn More
  • Heat Detectors - (70 companies)
    Heat detectors are fire detection devices that sense heat produced by combustion. Heat detectors can trigger an alarm when they detect rapid temperature rise or reach a preset temperature. Heat detectors are fire detection devices that sense heat... Search by Specification | Learn More
  • Heat and Energy Recovery Systems - (179 companies)
    Heat and energy recovery systems recover useful energy in one of several forms for use in a related or unrelated process system. This energy can be recaptured from heat, flow, pressure, and/or gases. There are three main applications for heat... Search by Specification | Learn More
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  • New Design Will Help Cool Microelectronics More Efficiently
    improved upon a conventional heat sink design. Called a micro-channel heat. New Design Will Help Cool Microelectronics More Efficiently OSU Research News Service (physical and natural sciences) OSU Newsfeatures Service (social and behavioral sciences) OSU Cancer Report (cancer research and treatment...
  • Helping chips keep their cool
    removes heat fluxes exceeding 250 W/cm at a thermal resistance below 0.15 C/W/cm Another design uses a MEMS (microelectromechanical systems) actuated microchannel, oscillating-flow heat spreader. A microactuator, integral to the heat spreader, generates and controls fluid oscillation. It also is made...
  • When Less is Much, Much More
    across. Millimeter-sized channels are possible, but mixing and heat exchange advantages dissipate as the fluid path widens. The location of material flowing through the microchannel represents a time point in a reaction’s progress. Operators can therefore control the amount of heat pumped...
  • Going Small, Thinking Big
    miniature mixers, pumps, pressure gauges, mass flow controllers, and heat exchangers opens the door for miniaturized multi-step operations or, for that matter, entire drug-making processes via what some are calling a toolkit, toolbox, or even plant-in-a-box, a modular microchemical system...
  • MICRO:Product Technology News (Oct '99)
    . tubing instead of traditional 3/8-in. tubing to decrease thermal resistance and improve cold-plate performance. The plate removes heat from the high-power electronics used in the semiconductor industry, increasing throughput by cooling wafers more quickly than the traditional design. The company offers...
  • Going Small, Thinking Big
    to their high surface-to-volume ratios and small channel dimensions, they are highly efficient for mixing, mass transfer, and heat transfer. These factors can lead to greater selectivity and higher yields. It also makes them attractive for highly exothermic reactions or those involving hazardous...
  • Going Small, Thinking Big
    value-added products, done in low to moderate throughputs, will benefit the greatest. There is currently too much focus on heat-exchanger microreactors. Look at vaporizers and multiphase systems that benefit from high surface-to-volume ratios. Keep in mind that microreactors are particularly powerful...

Engineering Web Search: Microchannel Heat Transfer

Numerical simulation of fluid flow and heat transfer in a...
Numerical simulation of fluid flow and heat transfer in a microchannel heat sink with offset fan-shaped reentrant cavities in sidewall
Study on the convective heat transfer and pressure drop in the...
Study on the convective heat transfer and pressure drop in the micro-channel heat sink
Fabrication, Assembly, and Testing of Cu- and Al-Based...
Testing, Microchannel, Heat transfer, Resistance heating, Water heating, Prototypes, Bonding, Geometry, molding replication, Heat transfer
Geometric optimization of a micro heat sink with liquid flow
IEEE Transactions on Item Title: Geometric optimization of a micro heat sink with liquid flow Publisher Name: IEEE Country: USA Volume: 29 Issue: 1
Stanford School of Engineering - Personnel Profile
conversion devices, and microfluidic heat exchangers, with a focus both on fundamental heat transfer physics and on contemporary industrial problems.
See Stanford Engineering Information
Bubble-Induced Water Hammer and Cavitation in Microchannel...
In this study, the heat transfer rate is calculated as 2 Numerical Model qlv = Ab,shtp Tw - Tb 6 The following one-dimensional fully compressible
See Stanford Engineering Information
The George W. Woodruff School of Mechanical Engineering
Heat Transfer, Combustion, and Energy Systems, and Fluid Mechanics; Sustainable technologies, phase change in microchannel and compact heat
See Georgia Tech School of Mechanical Engineering Information
Publications
S. Kandlikar, S. Garimella, D. Li, S. Colin, M. King (2005), Heat Transfer and Fluid Flow in Minichannels and Microchannels, Elsevier Publications,
See Georgia Tech School of Mechanical Engineering Information
FUNDAMENTALS OF MICROSCALE HEAT TRANSFER: BOILING,...
Introduction to Course (Thome) 13.00 ? 13.15 Overview of Microscale Heat Transfer and Its Applications (Thome) 13.15 ? 14.00 Single-Phase Fluid Flow:
Magnetohydrodynamics - Wikipedia, the free encyclopedia
This is often accomplished with approximations to the heat flux through a condition of adiabaticity or isothermality.

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