Sentence examples for substantially higher performance from inspiring English sources
The instrument offers substantially higher performance in terms of resolution and sensitivity than traditional instruments.
The proposed operating current at 13.6 T peak field is 82 kA, placing the DEMO TF conductor at substantially higher performance compared to ITER TF (68 kA/11.5 T).
Despite the low loading of platinum on the cathode (0.2 mg cm−2), a peak power density of ∼330 mW cm−2 was achieved (at 50/50% of RH on anode and cathode), which is substantially higher performance than for AEMFC MEAs tested at similar conditions.
This substantially higher performance improvement has important practical implications since the Yo-Yo test correlates very well with physical performance and the amount of high-intensity running in several team sports such as soccer, basketball, rugby and handball.
Due to their hierarchical one-dimensional nanostructures and increased surface areas, the CeO2/Y2O3 hierarchical nanorods exhibit substantially higher photocatalytic performance than the pure CeO2 and other mixed nanostructures in the degradation of RhB synthetic dye.
About three fold increase in fk and three times decrease in τ0 indicates a substantially higher rate performance of r-GO-based EDLCs with respect to GO-based cell.
Results revealed that the two-stage axial turbine configuration exhibited a substantially higher turbine performance, with overall isentropic efficiency of 83.94% and power output of 16.037 kW, compared to 78.30% and 11.06 kW from the single-stage configuration, with n-pentane as working fluid and mean diameter of 64 mm for the two-stage configuration.
The nickel hydroxide decorated hydrogenated ZnO (Ni(OH 2/H-ZnO) nanOH 2/H-ZnObit substananorodshighexhibitoelectrochemical performance than the prisubstantially highernanorods, which achieve a remarkable photoelectrochemical of ∼910 μA cm−2 at 0.4 V (vs. Ag/AgCl) under white light irradiation.
It is a reasonably straightforward application of existing methods and achieves substantially higher prediction performance.
Both the optimized designs exhibited substantially higher fuel cell performance compared to the regular pin-type configuration.
By combining dedicated resistive column heating with smaller mass spectrometry systems designed specifically for use in the field, substantially smaller high performance field-portable instrumentation will be possible.
