Transport of thermal energy in physical systems.
1There are three primary methods of heat transfer: convection, conduction, and radiation.
2This will reduce the temperature, slowing down heat transfer to the air.
3Innovative heat transfer fluids are produced by suspending metallic or nonmetallic nanometer-sized solid particles.
4Water is an essential material in cooking, and not just for its heat transfer properties.
5Evaporative cooling technology utilizes phase-change heat transfer mode to achieve the cooling for heating equipment.
6Additionally, the heat transfer circulation is presented and analyzed.
7Theoretically silicone and silica have low thermal conductivity that could reduce heat transfer and friction.
8To further complicate things, most cooking methods are actually combinations of different types of heat transfer.
9The facility in Danville makes evaporators and other heat transfer products for the commercial refrigeration industry.
10Pure examples of the three different forms of heat transfer are seldom found in everyday life.
11The result: a device that conducts electricity and insulates against heat transfer better than anything ever seen.
12The heat transfer capacity of evaporative cooling technology is far more than air or water cooling technology.
13Solutia also recently signed a contract to supply heat transfer fluid to an Arizona solar power plant.
14We proposed a thermal engraving technology based on heat transfer theory and polymer rheology in microfluidic field.
15We design heat transfer components for fighters.
16Radiant methods of heat transfer impart energy in the form of electromagnetic energy, typically microwaves or infrared radiation.
Translations for heat transfer