Sentence examples for markedly enhanced efficiency from inspiring English sources
The primary separation phase of a blast furnace gas cleaning plant can use a gravity dust-catcher, but increasingly, gas cyclone separators are being used due to their superior cleaning abilities and markedly enhanced efficiency.
Further, for the first time Ag-Cu2O/rGO NCs showed markedly enhanced photocatalytic efficiency for the photodegradation of phenol solution which is mainly attributed to its high electron injection rate and effective separation of electron hole pairs.
Sometimes the geniality of whales even enhanced efficiency.
The results clearly demonstrate that the using of the sodium dodecylbenzene sulfonate as an inexpensive and readily available reagent markedly enhances the efficiency of the chemical processes of interest.
The extraction efficiency could be markedly enhanced and the extraction could be quickly accomplished within 13 min under the synergistic effects of ultrasound radiation, vibration and heating.
The SAARB markedly enhanced the treatment capability and removal efficiency of organic matter and nitrogen pollutants due to the alternating aerobic anoxic anaerobic zones in situ.
The conversion efficiency η was markedly enhanced by the addition of layered α-TiP and the maximum was achieved when the content of α-TiP was 1wt%, where both Jsc and Voc reached their maximum.
Due to the good matching of work functions to redox potential of I−/I3− redox couples and reduced charge-transfer resistance at CE/electrolyte interface, the electrocatalytic activity of NiPt CE and therefore cell performances have been markedly enhanced, yielding a promising power conversion efficiency of 8.27% in the liquid-junction DSSC platform.
Transient photocurrent and current-voltage curves measurements demonstrate that both the photocurrent response and power conversion efficiency of the P2W18/Cu/TiO2 film were markedly enhanced in comparison with that of the only TiO2 film and the P2W18/TiO2 film, respectively.
These results suggest that the charge collection efficiency of the alkali-treated device was markedly enhanced, compared with the device without alkali treatment.
The electron and hole extractions are markedly enhanced by setting intermediate energy levels, and the optimized PSC achieves a power conversion efficiency of 7.93% in comparison with 6.05% for the device free of CQDs and PQDs.
