Sentence examples for transportation thermal from inspiring English sources

MMC applications in the major markets of ground transportation, thermal management, aerospace, industrial, recreational and infrastructure will be described.

The melting and the evaporation of the on CNW-Pb particle are retarded by the confined thermal transportation along the CNW.

It could not be the result from the dominance of thermal transportation along CNW, as shown by the top calculation curve in Fig. 3a[19, 21].1 If only the thermal transportation due to the TD contributes to the heat flow of the POC, the TD can cease to almost zero shortly.

Much attention has been paid to the sub-micrometer scale thermal transportation along a nanowire mainly due to the scale-dependent carrier behavior upon nanoconfinement and their potential application in the thermoelectric devices and thermoresistive coating materials [1 7].

Proton Exchange Membrane (PEM) fuel cell is widely used in electric power, thermal power, transportation and other industries, performs as the backup power source and improves the utilization of renewable energy generation.

Passive enhancement methods are commonly utilized in the electronics and transportation devices, but the thermal conductivity of the working fluids such as ethylene glycol (EG), water and engine oil is relatively lower than those of solid particles.

Important MMC applications in the ground transportation (auto and rail), thermal management, aerospace, industrial, recreational and infrastructure industries have been enabled by functional properties that include high structural efficiency, excellent wear resistance, and attractive thermal and electrical characteristics.

Thermal design of transportation cask for shipping radioactive waste needs strict compliance with the guidelines of the regulatory bodies.

The performance of the functionalized FA-based drilling mud system involving tamarind gum and polyanionic cellulose was evaluated by determining the thermal stability, cuttings transportation ability, friction and shelf-life properties under the downhole condition at 75 °C and 100 psig and the results were compared against the existing drilling mud system, yielding the comparable performance.

Space transportation systems require high-performance thermal protection and fluid management techniques for systems ranging from cryogenic fluid management devices to primary structures and propulsion systems exposed to extremely high temperatures, as well as for other space systems such as cooling or environment control for advanced space suits and integrated circuits.

Space transportation systems require high-performance thermal protection and fluid management for systems ranging from cryogenic fluid devices to primary structures, and for propulsion systems exposed to extremely high temperatures, and other space systems, e.g., integrated circuits and cooling/environment control devices for advanced space suits.