Sentence examples for highest utilization ratio from inspiring English sources
Cyclicvoltammetry (CV) shows that Pt Fe/C300 has larger electrochemical surface area than other Pt Fe/C and the highest utilization ratio of 76% among these Pt-based catalysts.
It is observed that there is saturation point for all receiver diameters at which a receiver – collector combination gives highest utilization ratio and the corresponding height gives the best location for that receiver.
Although UGT1A1 was found in the kinetic analysis to have the highest utilization ratio (Vmax/ Km) and catalyzed the formation of both regioisomeric B[ a]P-7,8-catechol glucuronides, no significant M1 was found in A549 cells indicating that it did not contribute to the detoxication of this catechol in these cells.
This result suggested that an unusually high utilization ratio of solar light was achieved.
The solar-powered integrated energy system has the advantage of high utilization ratio with different functions according to different seasons.
However, it still has some advantages under certain conditions: no damage to roof, high utilization ratio of cross-section area, simple structure, easy processing and transportation.
The combinations also resulted in the higher utilization ratio and lower operational cost of the heat pump, then the payback time can be shortened greatly.
In order to attain high utilization ratio, it is highly recommended to design solar-powered integrated energy systems in public buildings.
A well-designed control system with a high utilization ratio of hydrogen and a fast filling speed are two critical objectives to ensure the reduction of cost and time required in the refueling process.
The designed system, with high simulation degree, high utilization ratio and good maneuverability, can be used to reveal the invasion mechanism of drilling mud in sandstone reservoirs, analyze invasion characteristics, and improve invasion correction method for logging response and other researches.
The coating surface with dense and porous morphology, larger relative surface content and higher utilization ratio of yttrium is more effective on controlling OER and improving the high-temperature performance of Ni(OH 2 electrode for nickel metal hydride (Ni/MH) batteries.
