Sentence examples for of the triple phase from inspiring English sources

The coexistence of three electrochemical processes is explained with the extension of the triple phase boundary.

Finally, the stability of the triple phase boundary is questioned and a current-sensitive reaction zone geometry is suggested as an explanation for the behaviour.

The reduction of the triple phase boundary sites due to grain growth above 850 °C causes a significant loss of the cathode performance.

The geometric properties of Pb-MnO2 composite electrodes are studied, and a general formula is presented for the length of the triple phase boundary (TPB) on two dimensional (2D) composite electrodes using sphere packing and cutting simulations.

The improvement in the rate capability is related to the temperature dependencies of the two most important parameters: 1) the degree of LN crystallinity, which corresponds to the improvement in the polarization, and 2) the density of the triple phase junctions, which act as active Li ion pathways.

This model describes the coupled processes of oxygen gas dissociative adsorption and surface diffusion of the oxygen intermediate to the triple phase boundary, where charge transfer occurs.

We studied the surface morphology of a modified anode structure that is capable of increasing the triple phase boundary (TPB) and the effect of its morphological feature on the electrochemical performances.

The improvement for NOx reduction by the adsorption layers was mainly contributed by the promotion of the adsorption and surface diffusion of NOx species at/near the triple phase boundary (TPB) regions of the electrode and probably the formation of a short and effective reaction path for NOx reduction.

The DPPD indicator has been shown to form a thin film on the electrode surface capable of sensing sulfide at the triple phase boundary (DPPD/electrolyte/electrode) in the range 20 200 μM with a limit of detection of 18 μM.

Open image in new window Fig. 4 The reaction at the cathode occurs at the triple phase interface of air, solution and catalyst.

Numerical results showed that cylindrical channel configurations reduced the pressure losses in the cell due to the gradual reduction of the angle at the flow path and the twist of the channel, thus facilitating the expulsion of liquid water from the gas diffusion layers and in turn promoting a high oxygen concentration at the triple phase boundary of the catalyst layers.