Sentence examples for catalysis materials from inspiring English sources

Apart from performance enhancement through catalysis, materials and design, an important research area for industrial applicability is stack control, which can enhance MFCs stack power output.

This provides a potential way for the controllable mass production of aligned NCNTs for applications in catalysis, materials science, energy conversion and storage, etc.

Protein nanoparticles, including viruses, virus-like particles, ferritins, enzyme complexes, and other protein assemblies, have aroused great attention recently for their promising applications in catalysis, materials synthesis, drug and gene delivery, vaccine development, and bio-imaging.

In the future research field of HER catalysis materials, the development of this material may be not limited to nickel based materials, also will be used in Fe, Co and other non noble metal based materials, outlining a general approach for the synthesis of nanostructured M-(MoS2/GO) as a class of new catalyst with efficient HER activity.

Over the past 10 years notable developments have been made in both spectrometer hadrdware our ability to understand and manipulate nuclear spin interactions, and it is now possible to address research areas in catalysis, materials science, mass transfer and flow visualisation which are of real interest to chemical engineers.

Purely structural analysis of catalysis materials may also be undertaken at ISIS.

This is an emerging area, where inputs from heterogeneous catalysis, material science and reactor engineering are playing the key roles.

We will discuss the synthesis and characterization of both molecular and polymeric hybrids, and their potential applications in catalysis, material science and energy-related sciences.

Living organisms have evolved for billions of years to solve problems in catalysis, material synthesis, carbon fixation, and energy capture and storage, including not only photosynthesis but also older metabolisms that rely on metal oxidation and reduction.

With inspiration provided by natural protein systems, several artificial protein assemblies have been constructed via site-specific mutations or metal coordination, which have important applications in catalysis, material and bio-supramolecular chemistry.

The book offers an intriguing and useful guide for a broad readership in various fields of catalysis, material sciences, environment and energy.