Sentence examples for charge transfer frequency from inspiring English sources

These responses of the rough electrode are described by three characteristic frequencies: charge transfer frequency, anomalous Warburg frequency and the electric double layer charging frequency.

Increased charge transfer frequency between graphene layers of size reduced graphene and higher charge transfer resistance between layers of graphene with increased defective edge were attributed to reduced power density of electrode of graphene with reduced size.

The impedance response has three distinct characteristic frequency regimes: the low frequency bulk kinetics controlled regime, roughness dependent intermediate frequency region and heterogeneous charge transfer controlled high frequency regime.

The amplitude analysis of the high-frequency charge transfer resistance, the low-frequency charge transfer resistance and the intermediate product relaxation time allow the direct determination of the kinetic parameters of a two-step electrode reaction, corresponding to the zero value of the perturbation amplitude.

After modification, the impedance, charge transfer ability and frequency response characteristic were improved simultaneously.

The experimental or ab initio data on the geometry structures, binding energies, on-site charge transfer, and vibrational frequencies of a variety of hydrocarbon molecules have been well reproduced.

Two time constant impedance spectra were simulated to the field assisted charge transfer reactions at high frequency (dissolution of TiO2 by fluoride ions) and at low frequency (adsorption of oxidase ions) regime.

The high frequency response characterized the charge transfer process and the low frequency loop identified the diffusion process of oxygen.

In addition, EIS complex plane impedance plots showed that the corroded electrode had become passivated in an acetate-spiked brine, as evidenced by a three-fold enhancement in the charge transfer resistance at low frequency.

Comparison of sIPSC properties between WT and SSADH−/− mice showed that peak amplitude, frequency, charge transfer and total current were significantly larger in SSADH−/− mice (all P<0.05) (Table 1).

The impedance diagrams showed charge transfer behaviour at high frequencies and a Warburg-like behaviour at intermediate frequencies.