Sentence examples for electronic conducting from inspiring English sources

Among electroactive actuators, those based on electronic conducting polymers (ECPs) possess several advantages (low actuation voltages, large deformations, etc).

Electronic conducting polymer based-actuators have attracted lots of interest as alternative materials to traditional piezoelectric and electrostatic actuators.

Dense ceramic membranes made from mixed oxygen-ionic and electronic conducting perovskite-related oxides allow separation of oxygen from an air supply at elevated temperatures (>700 °C).

By dramatically reducing particle size and improving electronic conducting material, the rate performance of LTSO-EG is greatly improved compared with the amorphous carbon coated Li2TiSiO5.

In the 25 years since the first report of mixed ionic and electronic conducting ceramics, perovskite membranes underwent both research and development phases, with the latest works entering pilot trials for oxygen separation from air.

In the last decades, numerous mixed ionic and electronic conducting materials with a perovskite structure have been investigated for their potential applications as membrane materials for oxygen separation applications.

In the CMPs, the BTT and TTB units occupy the knot segments of the networks and the monomer structures play a vital role in directing the growth of porous skeletons and controlling their π-electronic, conducting, and photovoltaic properties.

Collectively, they intend to facilitate the electronic conduct of science (eScience) and the application of foundational principles drawn from experience in a number of fields of Informatics (e.g., helioinformatics, geoinformatics, and climateinformatics).

Considering their superior electrical conductivity, the carbon-nanoflakes may have potential applications, such as serving as vacuum electronic devices, catalyst supports for fuel cells, electrode materials for lithium-ion batteries, and electronic conduct fillers for preparing conducting polymer composites.

His research is aimed at surface chemistry and structure of mixed ionic-electronic conducting layered perovskite for SOFC cathode.

Oxygen-selective mixed ionic-electronic conducting perovskite-based membrane reactor shows potential for oxidative dehydrogenation of propane (C3H8) to propylene (C3H6).