Sentence examples for splitting activity from inspiring English sources

Fe2O3/BiVO4 showed lower photocatalytic water splitting activity than pure BiVO4 because Fe2O3 had lower oxidation potential than BiVO4.

In the present work we investigate the photocatalytic hydrogen production (water splitting) activity of different Pt loaded TiO2 nanotube layers.

For previous scenarios freight trains would move to the airport holding from Activity 44, now these trains move to a new splitting activity, Activity 45.

The prepared NiO/Mo BiVO4 p n junction structure showed much higher water splitting activity than the pristine BiVO4 and Mo BiVO4.

More importantly, the new heterostructures of g-C3N4/TNTAs exhibit enhanced PEC water splitting activity, which is twice that of pristine TNTAs and more than four times that of amorphous TiO2.

Other work [8] has addressed the photocatalytic water splitting activity for hydrogen production over the mesoporous-assembled SrTiO3 nanocrystal-based photocatalysts with various hole scavengers: methanol, ethanol, 2-propanol, d-glucose, and Na2SO3.

As shown in Fig. 8a, during the 150-min test, the H2 evolution rates over BiVO4 photoanodes prepared with and without NaCl are 22.77 and 4.55 μmol cm−2, respectively, which demonstrates that the exposure of (040) facets dramatically improves water-splitting activity.

Compared to the pristine TNTs and GQDs/TNTs prepared by the conventional impregnation precipitation method, the hybrids fabricated by EPD exhibit significantly enhanced photoelectrochemical water-splitting activity and photocatalytic organic dye decomposition performance for their broad photo-absorption range, fast separation of photogenerated charge, and stability.

Age-related changes included decrease of run-wheel activity, decrease in circadian rhythm amplitude, increase in proportion of light activity, and increase in split activity rhythms.

A small Uighur separatist movement has carried out an occasional bombing in Xinjiang and Chinese leaders rail against "splittest" activities here.

Enhancing catalytic water-splitting activity under mild environments is significant to solve the long-standing cost, safety and stability issues in photoelectrochemical cells.