Sentence examples for based on the pt from inspiring English sources

As a result, the dye-sensitized solar cell based on the Co1.2Se counter electrode yielded a photoconversion efficiency of 9.28%, which improved by 136% than that of the DSSC based on the Pt electrode (6.84%).

As a result, the DSC assembled with the MWCNT/PPy-PR CE reaches a comparable photovoltaic efficiency of 6.21% to that of the DSC based on the Pt CE (6.66%).

This assay is based on the PT S1 subunit enzymatic transfer of ADP-ribose from NAD to the cysteine moiety of a fluorescent tagged synthetic peptide homologous to the 20 amino acid residue carboxyl-terminal sequence of the α-subunit of the Gi3protein.

After the optimization in the thickness of MoS2/graphene CE, the power conversion efficiency of the DSSC assembled with the optimized MoS2/graphene reached 5.98% under AM1.5 illumination of 100 mW cm−2, which is comparable to that based on the Pt CE.

Under simulated solar light irradiation with intensity of 100 mW·cm−2 (AM 1.5), the DSSC based on the MoS2/MWCNT CE achieves a power conversion efficiency of 7.50 %, which is comparable with the solar cells based on the Pt CE (7.49%).

Under optimum conditions, the DSSC achieved a remarkable power conversion efficiency of 8.36 % assembled with the NiS/Gr-Ag CE, much higher than that based on the Pt CE (7.76 %).

Based on the Pt-modified PEDOT PSS layer, the efficiency of the silicon/PEDOT PSS cell can be increased to 11.46%, corresponding to ~20% enhancement to the one without platinum (Pt) modification.

The composites of cobalt nitride and mesoporous carbon are superior to the counterparts of cobalt oxide and mesoporous carbon in catalyzing the triiodide reduction, and the dye-sensitized solar cell with the composites achieves an optimum power conversion efficiency of 5.26%, which is comparable to the one based on the conventional Pt counter electrode (4.88%).

The corrected exchange current density for the 20 wt% Pt/C catalyst was determined to be about 0.96 mA cm−2, based on the real Pt surface area.

Thus, the cell efficiency of the DSSC based on the ELD-Pt CE achieved 7.65%, which represented an increase of 12.33% when compared to the sputtered-Pt CE, while the Pt loading was also remarkably reduced (being 14.82% of that of the sputtered-Pt CE).

Based on the traditional Pt-on-Au system which has been proved to be an ideal nanostructure for improving the catalytic activity and stability of Pt, and the recent follow-up studies on this system, we introduce here a new strategy for fabricating Pt surface with high-index facets over the Pt-on-Au system.