Sentence examples for performance of this material from inspiring English sources

This investigation provides an important foundation for the further research on the heat resistance and thermodynamic performance of this material.

Recent studies on this material have demonstrated the remarkable performance of this material in tension and against sharp puncture.

The electrochemical performance of this material, including reversible capacity, cycle number, and charge-discharge characteristics, is better than those of LiFePO4/C synthesized by other complexing agents.

More significantly, based on these stacked nanostructures, we have discussed the relationships between specific area, crystallinity and the electrochemical performance of this material.

However, the mechanical performance of this material can be affected by various design parameters, particularly, the thickness of the rail pad.

The electrode performance of this material for use as a capacitor was studied using cyclic voltammetry and galvanostatic charge discharge measurements.

The high absorption performances of this material are due to the interplay of usual visco-thermal losses, local resonances and trapped modes.

In order to optimize the performances of this material and especially to obtain larger and stable cycling results, the use of room temperature ionic liquids (RTIL) as electrolyte is investigated.

Delamination factor and average surface roughness were taken as the measure of performances for this material and feed rate (f), drill diameter (D), spindle speed (N) and material thickness (t) were chosen as drilling parameters.

A characterization has been performed to study the performance of this target material as a function of the main variables and the design selections.

Despite this, the electrochemical performance of the material is very promising.