Sentence examples for materials and membrane from inspiring English sources

The newly developed materials and membrane architecture have met commercial flux targets while demonstrating robust performance.

PV membrane, with diverse membrane materials and membrane configurations, is the critical element of PV process.

Catalyst materials and membrane electrode assembly (MEA) structure must be considered to improve PEM fuel cell performance.

Further, this work reviews how selected ceramic materials and membrane architectures behave under CO2 containing atmospheres at high temperatures above 700 °C.

Improving cell performance and durability through both new materials and membrane electrode processing optimization is needed for the commercialization of alkaline membrane fuel cell (AMFC) technologies.

The currently advanced membrane materials and membrane configurations such as polymer/ceramic composite membrane, mixed matrix membrane, graphene-based membranes, and MOF-based membranes, as well as their applications in diverse separation systems are illuminated in detail.

Benefited from the booming development of chemical science, materials science and membrane science, an increasing number of advanced membrane materials and membranes have been developed for hydrogen purification in recent years.

Several important properties of ceramic materials and membranes, such as proton and electron conductivity and performance (i.e., H2 transport flux and lifetime stability), are also discussed.

It is anticipated that the present review will provide the guidance for the future research and development of membrane materials and membranes for hydrogen purification, and hence promote the development of sustainable and clean hydrogen energy.

The Berkeley Energy Frontier Research Center focuses on gas separation and will engage several researchers from Berkeley and other universities to develop new materials and membranes with pore sizes and structures that will allow gas molecules to adsorb (adhere to their surfaces) and will release CO2 in a controllable and energy-efficient way.

Different graft materials and membranes were used for augmentation.