Sentence examples for improved fill from inspiring English sources

NS configuration of PV array has minimum power losses and improved fill factor (FF) as compared to others under PSCs.

Electrochemical impedance spectroscopy analysis reveals decreased charge transfer resistance at the OMC counter electrode electrolyte interface, thus improved fill factor and energy conversion efficiency.

DSCs constructed with the TiC PEDOT counter electrodes had a significantly improved fill factor and photovoltaic conversion efficiency compared to cells with only TiC particle film counter electrodes.

In ETA cells, the addition of a sub-5 nm CdS buffer layer significantly reduced interfacial recombination and improved fill factor and open circuit voltage.

Compared with the corresponding device with C60 as the electron acceptor, an increased current with 2.8 was attributed to strong and complementary absorption profiles, while the greatly improved fill factor was explained by decreased recombination of either charge-transfer states or trapped charges.

Power conversion efficiencies of approximately 1% were obtained using ZnO/Al2O3/CdSe electrode with an improved fill factor (FF) of 0.55.

Our study using undiluted PDMS with high viscosity suggests that the improved filling by dilution might be mainly due to the in situ modification of the mold surface energy and wetting property by the diluent.

We achieved improved filling into holes with diameter down to sub-200 nm versus approximately 300 nm for master mold without this additional solvent surface treatment using toluene or hexane.

In this paper an improved filled-type evacuated tube with double U-tubes (DUFET) was presented by means of theoretical analysis and experimental study to increase the heat transfer area and then improve the heat transfer efficiency of collectors.

Our study suggests that the wetting properties between PDMS and mold are important for PDMS filling into the nanoscale pattern, and the improved filling by the diluted PDMS could be mainly due to the diluent toluene or hexane increasing in situ the surface energy of the anti-adhesion-treated mold, rather than due to the reduced viscosity of the diluted PDMS.

Thus, we suggest that the improved filling by PDMS diluted with the same solvents is due to the in situ surface energy and wetting property modification by the solvent diluents, rather than due to the greatly reduced viscosity as proposed by previous studies.