Sentence examples for for enhanced storage from inspiring English sources

More intensely drained wetlands at higher elevation should be targeted for restoration for enhanced storage through increased ET. The models developed can predict changes in ET for improved evaluation of basin-scale effects of restoration programs and climate change scenarios.

Piperine-rich black pepper extract obtained from α-amylase-assisted supercritical carbon dioxide extraction (at 300 bar, 60 °C, 135 min total extraction time and a flow rate of gaseous CO2 of 2 L/min) was encapsulated as nanoliposomes for enhanced storage stability and to allow sustained release of piperine.

It was recently shown that ischaemic stress increases the expression of GLUT3, which is responsible for the enhanced storage of intracellular glucose during reperfusion (Iwabuchi and Kawahara, 2011).

An enhanced storage modulus (E′) for blend 5, which was larger than that for PBI alone, was also obtained.

Palladium-doped activated carbon fibers are being evaluated as candidate materials for enhanced hydrogen storage at near ambient conditions.

Further, on taking into account the charge-discharge property, the double ion layers are the most preferable choice for enhanced lithium storage.

The approach for the preparation of the hierarchical composite in this study may guide the way for designing new composite materials for enhanced lithium storage capability.

Thickness- and morphology-controlled vanadium pentoxide/polyaniline (V2O5/PANI) core/shell hybrid nanofibers are fabricated by electropolymerization of PANI on V2O5 nanofibers for enhanced energy storage.

In combination with natural abundance and environmental benignity, Mo6+-doped TiO2 can be expected to be utilized as an anode material for enhanced sodium storage.

The unique structural and compositional features are beneficial for enhanced lithium storage performances, and thus the nanoporous Sn Fe Ni ternary oxide network manifests much higher reversible capacities and markedly improved capacity retention in comparison with bare SnO2 nanocyrstals.

Fundamental understanding of the structure/property relationships derived from these investigations on planar substrates will ultimately be applied to three-dimensional electrode nanoarchitectures that incorporate such electroactive coatings for enhanced charge-storage functionality.