Sentence examples for efficiency transition from inspiring English sources

Smart grid is characterized by two-way flow of power in electrical network, and information in communication network to increase energy efficiency, transition to renewable energy sources, reduce greenhouse gas emissions, and build a sustainable economy that ensures prosperity for current and future generations [1 3].

Gaining insight into the structure evolution of transition-metal phosphides during anodic oxidation is significant to understand their oxygen evolution reaction (OER) mechanism, and then design high-efficiency transition metal-based catalysts.

The detector prototype was build with the original TRD architecture which preserves the high conversion efficiency of transition radiation in a single TRD layer.

Effectively adjusting the phosphorescent quantum efficiency of transition metal complexes is of great significance for the development of new energy-saving organic light-emitting diodes devices.

The efficiency of transition through the secretory pathway of membrane proteins may be determined by the more energetically favorable milieu: fewer hydrophobic residues of long transmembrane segments will be exposed to aqueous environment in thicker lipid bilayers.

As part of its ongoing measures to drive transformation into a profitable and sustainable company, Sony Mobile will change its organizational structure effective April 1st, aiming to increase its operational efficiency and transitioning it to a leaner, more agile organization.

The study quantifies the extent of the reductions that can be achieved through increasing engine efficiency and transitioning to low-carbon fuels separately.

We therefore propose that the kinetic induced-fit discrimination against ncNTP is based on different efficiencies of transition state stabilization and/or reactants orientation and, in part, of base catalysis during cNTP incorporation versus ncNTP misincorporation.

LC deme individuals also have more efficient yolk-to-body size transition efficiencies under cold and medium temperature conditions.

Continuing cost-effective efficiency enhancement requires transition towards thinner wafers in near term and thin-films in the long term.

Therefore, utilization of these photocatalysts at a broad scale will result in small photoelectronic transition efficiency since the ultraviolet light comprises only 4%to5%5% of the solar spectrum [17].