Sentence examples for apparent chemical coefficient from inspiring English sources

The apparent chemical coefficient of lithium ions in the prepared sample is evaluated by cyclic voltammetry.

During lithiation and delithiation processes, lithium ion has the similar apparent chemical diffusion coefficient of 10−9 10−10 cm2/s at 20 °C, depending on the state of lithiation of graphite.

Kinetic parameters such as the charge transfer resistance, and the apparent chemical diffusion coefficient of Li-ion in the particle were evaluated without interference of organic binders.

The apparent chemical diffusion coefficient (Dapp) value determined from EIS measurements changed depending on the electrode potential in the range of 10−10 10−12 cm2 s−10−10 10−12

The potential-step experiment was also carried out to determine the apparent chemical diffusion coefficient of hydrogen atom (Dapp) in the alloy.

The apparent chemical diffusion coefficient of lithium in the MCMB particle was found to be within the range 10−6 10−10 cm2 s−1, varying as a function of electrode potential with minima at the potentials corresponding to the voltammetric peaks.

From a comparison with data obtained on the micro-sized oxide, an improved kinetics is found with DLi values for the apparent chemical diffusion coefficient of lithium much higher by one order of magnitude than in microsized oxide.

This investigation has measured the dependence of the apparent chemical diffusion coefficient on the particle size, electrode composition and electrode thickness of a model composite electrode consisting of niobium disulphide with a range of silver ion conducting glasses.

A theoretical analysis of composite electrodes consisting of a mixture of an intercalation host and a solid electrolyte has suggested that the effective ionic conductivity of the latter should directly influence the apparent chemical diffusion coefficient of the electroactive species in the electrode.

The apparent chemical diffusion coefficients of lithium in the films, ˜DLi, were measured by cyclic voltammetry (CV), galvanostatic intermittent titration technique (GITT), and electrochemical impedance spectroscopy (EIS).

The apparent chemical diffusion coefficients of Li in the thin film electrode were calculated to be 3.13 × 10−13 cm2/s for Li intercalation and 7.44 × 10−14 cm2/s for Li deintercalation.