Sentence examples for enhanced reaction rate. from inspiring English sources

The enhanced reaction rate at the lithium electrode/solid polymer electrolyte interface has probably resulted in the improved ion dissociation by the surface groups of the Al2O3 filler.

Substrate channeling is a process of transferring an intermediate from one enzyme to the next enzyme without diffusion into the bulk phase, thereby leading to an enhanced reaction rate.

Similar enhanced reaction rate behaviour was evidenced after removing the natural alkali catalyst from the charcoal by acid washing, suggesting that with untreated charcoal the late reaction rate contribution stems from both, catalytic and additional structure effects.

The increase in peak NO mole fractions with air preheat occurs primarily through the enhanced reaction rate of the prompt initiation reaction N2 + CH → HCN + N. The NO production by the thermal mechanism increases significantly with air preheat, but still remains a very small portion of the total.

Some of the enhanced reaction rate under illumination may simply be the result of a light-induced thermal effect.

The hydrothermal synthesis method provides an enhanced reaction rate for the production of multi-metal oxide compounds.

The supported ionic liquid catalyst systems demonstrated enhanced reaction rates and improved selectivities toward citronellal in citral hydrogenation.

In addition to enhanced reaction rates through substrate channeling in complexes, numerous potential benefits of such complexes are protection of unstable substrates, circumvention of unfavorable equilibrium and kinetics imposed, forestallment of substrate competition among different pathways, regulation of metabolic fluxes, mitigation of toxic metabolite inhibition, and so on.

Microwave heating method is especially important as its use provides increased reaction kinetics, rapid initial heating and, hence, enhanced reaction rates culminating in clean reaction products with rapid consumption of starting materials and higher yields [12].

However, two studies by Ishimori et al. and [16] Sakakibara et al. [17], do report enhanced reaction rates resulting from the application of ultrasound to enzymatic reactions in aqueous buffers.

This material becomes the main attraction in energy material research because of the dimensional reduction to the nanometer scale that can affect many elementary steps, including charge transfer and molecular rearrangement, as well as the surface properties to provide high interfacial volume fractions and enhanced reaction rates [7].