Sentence examples for functional catalyst from inspiring English sources

The constant k is the catalytic efficiency of the long polymers, which may be written as k = k 0 f, where f is the fraction of the long polymers that function as catalysts and k 0 is the catalytic efficiency of a functional catalyst.

But creating a functional catalyst based on a naturally occurring enzyme is no trivial matter, and requires a basic understanding of the processes involved.

Overall, the MoS2 nanoflowers exhibit excellent activity toward hydrogen evolution reaction and are a promising functional catalyst in practical application.

This work indicates that rose flower-like N-NiCo2O4/C is an efficient functional catalyst presenting an alternative to the costly Pt/C in air cathode MFC.

In this work, we propose a novel functional catalyst that is fabricated by hybrid two-dimensional nanostructures composed of MoS2 nanosheets and CoMo2S4 nanoplates in situ grown on graphene substrate for electrochemical hydrogen evolution reaction.

It has to be emphasized that the outcome of this study would serve as a functional catalyst for the extensive researches concerned with the machine design industry and the heavy vehicle trafficking management.

Most of the conventional hydrocracking catalysts are dual functional catalysts which possess a hydrogenation dehydrogenation function as well as an acidic function [1, 2].

Such dual functional catalysts are involved in the interconversions of saturated hydrocarbons (paraffins) and unsaturated hydrocarbons (olefins) and normal (straight-chain) and iso (branched-chain) hydrocarbons, as well as in the splitting (cracking) of the hydrocarbon molecules.

Search and design of cost-effective but high efficient functional catalysts, alternatives to noble metals, are essential for hydrogen evolution reaction.

Sound knowledge of the inter-relationships linking electrocatalysis and bioelectrocatalysis is essential for enabling a deeper understanding of nature's bioelectrochemical reactions, and for insightful design of functional catalysts inspired by models from living nature.

The electrocatalysis of the dual functional catalysts system composed of electrolytic nano-manganese oxide (nano-MnOx) and cobalt octacyanophthalocyanine (CoPcCN) toward 4-electron reduction of oxygen (O2) in alkaline media was studied.