Sentence examples for performance at higher temperatures from inspiring English sources
In order to improve performance at higher temperatures, so-called structural hot-melts thermoplastics modified withot-melts thermoplasticsisture-curable urethanes, or silane-modified polyethylene—have been developed.
The present study provides a numerical investigation into the potential of tungsten reinforced CuCrZr materials in order to overcome their limited performance at higher temperatures.
The decreased trapping performance at higher temperatures is due to decreased nitrate stability, while the increased trapping performance at lower temperature is due to improved oxidation kinetics.
Experiments at different superficial gas velocities and also at different temperatures and pressures (carried out in the regime without kinetic limitations) revealed enhanced reactor performance at higher temperatures (650∘C) and pressures (3 4 bar).
Better thermoelectric performance at higher temperatures may origin from the change in hybridization of the Ag 4d O 2p orbital and the Ag 5s Sb 5s orbital, which are responsible for engineering energy positions and shapes of the valence-band (VB) top and the conduction band (CB) bottom, respectively.
The improved device performance at higher temperature is attributed to better crystal and interface quality.
Rheological tests indicate that most of asphalt blends exhibit improved performance at higher temperature with grafted polyethylene such as enhancing rutting resistance, flow activation energy and superior time temperature-dependent response as compared time temperature-dependentene blends.
Neodymium is an ideal magnet material because it helps to retain a magnetic charge during all driving conditions, and when dysprosium is added to the alloy, performance at high temperatures is preserved.
All the layered cobalt oxides show good thermoelectric performance at high temperatures.
The cooperation of carbon and PANI hybrid layers results in a significant enhancement of the electrochemical performance at high temperatures.
Specifically, the rutting parameter increased after binder modification indicating its superior performance at high temperatures.
