Sentence examples for more efficient catalytic from inspiring English sources

Growing concern regarding the sustainability of the chemical industry has driven the development of more efficient catalytic reactions.

Mechanistic considerations are addressed and structure catalytic activity relationships identified in order to guide the future design of more efficient catalytic systems.

The mechanisms and catalyst functions involved in several typical reactions are analyzed for the rational design of more efficient catalytic systems.

Multimodal and hierarchic porous structures can be obtained from the assembly of catalyst thin films with various carrier materials, anticipating more efficient catalytic systems.

In this study we developed carbon nanotube (CNT) modified air-cathodes to create a 3-D electrode network for increasing surface area, supporting more efficient catalytic reaction, and reducing the kinetic resistance.

To reach a practical use, further opportunities for research and development can be identified at the level of catalyst design, delivering chitosan-based novel catalysts – e.g. aerogels, layers, chitosan-based derivatizations, etc. –, that could enable more efficient catalytic rates and would display largely improved recyclability outcomes.

Although it is possible that proteolysis by wild type ElxP of the ElxA peptide possessing the thioether rings would be more efficient, the catalytic efficiency of MBP-ElxP observed in this study with linear peptides is sufficient for application of the enzyme as a sequence specific protease.

Targeted methylation by the Dnmt3a-3L sc enzymes was about twofold higher than that of Dnmt3a-C, indicating that Dnmt3a-3L sc variants are more efficient as catalytic modules in chimeric DNA methyltransfeases than Dnmt3a-C.

There is an increase of the attainable equilibrium flux of the last catalytic step by more efficient reduction of catalytic enhancement toward waste directions with the increase of ncrit; the increase is very modest.

The results show that Pd/C catalyst is more efficient for the catalytic hydrodechlorination of CFC-115 than that of CFC-12.

Of particular interest is to identify common approaches and tools used in practice, and to examine their effectiveness in the scale-up and development of more efficient, environmentally friendly catalytic processes.