Sentence examples for quantitative electron transfer from inspiring English sources

However, accepting this theory is refuting the law that under environmental conditions, the Fe0 surface is shielded by a non-conductive scale, making any quantitative electron transfer impossible.

The spectroscopic experiments that elucidate the quantitative electron transfer and transmission electron microscopy that highlights the potential of designing metal RGO assemblies are discussed.

It also has the unique ability to convert sugars to electricity, oxidizing the sugars to carbon dioxide with quantitative electron transfer to graphite electrodes in microbial fuel cells.

The novel ability of R. ferrireducens to oxidize sugars to carbon dioxide with quantitative electron transfer to electrodes in microbial fuel cells is of interest because of the possibility of using sugars as a renewable energy source for power production [ 1, 8, 9].

For a more quantitative assessment of electron transfer rates, all current values were normalized to total electrode-attached protein (µA/µg protein), to correct for differences in cell attachment between mutants.

These tools have fundamentally changed our understanding of the catalytic power of peroxiredoxin systems and should also be widely applicable for improving quantitative assay capabilities in other electron transfer systems.

Because the spatial distribution and reduction potentials of these three centers are known, the system lends itself to a quantitative analysis of the factors controlling intramolecular electron transfer in a multicentered redox-active protein.

The LCECA method with 100% efficient electron transfer also has an inherent quantitative control based on integration of the total coulombs of the peaks [78] and calculation of quantity by Faraday's law.

Accordingly, after a sandwich immunoreaction, the quantitative capture of tracing tag on the signal collector greatly hindered the electron transfer of Fe CN 63−/4− due to the electrostatic repulsion, which improved the sensitivity and selectivity of the immunosensors significantly.

Quantitative evaluation was conducted by alternating current voltammetry to determine the rate constant of electron transfer.

The same electrodes can act as electron transfer catalysts of the amines oxidation, and may be applicable to the quantitative analysis of amines with the detection limit about 10 μmol l−1.