Sentence examples for evolution rates with from inspiring English sources

Sulfone-rich crystalline, wettable COFs have now been shown to exhibit high photocatalytic hydrogen evolution rates with platinum nanoparticles as co-catalysts.

The results from the kinetic study of the hydrogen evolution reaction have verified the correlation of hydrogen evolution rates with electrode surface morphology and gain macrostructure, rather than bismuth content per se.

In theory, these asexual taxa should then show traces in their genomes of shifts in molecular evolution rates, with, in particular, an accumulation of nonsynonymous mutations (Muller 1964).

To test the robustness of the results to the distance calculation method, we produced a variant of the P1 data set distances that were estimated using the Protdist program of the PHYLIP package (Felsenstein 1996) with the Jones, Taylor, and Thorton evolutionary model and gamma-distributed site evolution rates with shape parameter of 1 (set P1").

However, it is difficult to evaluate the heat injury for a large number of plants by measuring the net photosynthesis rate with a photosynthesis system (such as the Li-6400) or the photosynthetic O2 evolution rates with an oxygen electrode system due to the time required per plant.

The most active photocatalyst having CdZnS2 core and 10% Pt shell showed 24.0 mLg−1 h−1 (963.6 μmol g−1 hydrogenrogevolutionion rate with 4.01% solar energy conversion efficiency (SECE%).

The relation of hydrogen evolution rate with the anode current was found to change not only with the concentration of borohydride and but also with the electrode material.

The Pt decoration improves the H2 evolution, and the photocatalytic enhancement, quantified as ratio of H2 evolution rate with Pt vs. that without Pt, varies with the membrane thickness.

The fall in the aluminium dissolution rate and the rise in the hydrogen evolution rate with decreasing electrode potential both arise from the thinning and hydration of the oxide layer.

High hydrogen evolution rate with 14.96 mmol h−1 g−1 has been achieved with 1 wt.% RGO and 5 mol% NiS emersion in CdS/NiS/RGO hybrid photocatalysts, which is 36.5 and 8.5 times than that of pure CdS and CdS-1%Pt.

Within 66 nucleotides (half of the median exon length) of splice sites, synonymous sites show a clear trend toward increased evolution rate with increased distance from the splice site whereas non-synonymous sites exhibited a very weak, if any, such trend.