Sentence examples for more efficient electron from inspiring English sources

The outstanding performance of NKX-2311 roots in higher light harvesting efficiency and more efficient electron injection efficiency into conduction band of TiO2 electrode according to our computation.

Metallic SWNTs provided a greater photovoltaic conversion efficiency than semiconducting SWNTs due to the more efficient electron transport.

Compared to conventional macro-scale materials, nano materials, such as nanoparticles, nanowires, nanotubes, nanorods, and thin films with meso-scale pores, have unique transport properties (i.e., more efficient electron transport), better optical excitation and high detection efficiency.

Besides, the higher electron mobility, photoluminescence (PL) quenching efficiency and quenching rate of C5-NCMA led to more efficient electron transport and charge extraction in the device, thus resulting in a higher fill factor (0.79).

The introduction of vinyl unit into the π-spacer enhances the coplanarity and subsequently red-shifts, intensifies, and broadens the absorption spectrum of IDB-2, resulting in the stronger electronic coupling between dye and TiO2 conduction band, thus the more efficient electron transfer.

Linear scan voltammetry and electrochemical impedance spectroscopy results indicate that more efficient electron transportation is presented in the heterojunctions with the appropriate Bi/Ti molar ratio.

Moreover, the 3,6-carbazole-derived polymers exhibited much enhanced and slightly red-shifted intramolecular charge transfer absorption at the long wavelength region, as well as lower oxidation potential with respect to their 2,7-carbazole-derived analogues, possibly being caused by the more efficient electron-donating capability of nitrogen atoms on 3,6-carbazole units.

Both factors lead to a more efficient electron-hole separation and thus enhanced photocatalytic activity.

It may be able to create electrons that could carry a charge twice as fast as ordinary electrons, leading to more efficient electronic devices.

Therefore, while thermodynamically sulfate reduction may be a more efficient terminal electron acceptor (one mole of sulfate can oxidize two moles of carbon), iron reduction provides more energetic power to iron-reducing bacteria, and iron oxides should be very rapidly replenished near the sediment surface through tidally-induced oxygen irrigation.

Traditionally, denitrification process is mainly performed under anaerobic conditions because oxygen, as a more energetically efficient electron acceptor, can highly inhibit the activities of denitrification enzymes and thus cause nitrite or nitrous oxide accumulation (Jia et al. 2013).