Sentence examples for most suitable electrode from inspiring English sources

Such modeling provides a quick design reference for a power cell with new size to get the most suitable electrode design.

Among the metals studied tungsten was identified as the most suitable electrode material for electrochemical studies of aluminium deposition from cryolite.

It turns out that a single radiological measurement, the diameter of the basal turn, is highly correlated with CDL and its measurement can be used for the informed selection of the most suitable electrode array length from the available array portfolio for each CI patient.

The optimized parameters for preparing the composite electrode were identified, including the optimal SPS conditions to inhibit decomposition of the active material and the most suitable composite electrode formulation (active material/solid electrolyte/electrical conductor ratios) to ensure good ionic and electronic percolation.

Finally, the electrochemical noise analysis showed that the near-stoichiometric and N-rich films display the lowest noise, being therefore the most suitable for electrode applications, where signals in the microvolt range, such as the electroencephalographic (EEG) signals, are to be monitored.

From the values listed in the table, it can be said that graphene is the most suitable material for a counter electrode, followed by carbon nanocomposites and SWNTs.

From the combined impedance study and literature review, it is clear, that porous electrode theory is the most suitable framework for any type of porous composite SOFC electrode evaluation.

Before the electrode reaction studies, the most suitable supporting electrolyte and the optimum percentage of carbon black (CB) was determined.

Based on these numerous applications RGD tripeptide sequences were considered as the most suitable material to establish the strong cell electrode interaction and can be used for the development of new generation cell based chip for the onsite monitoring analytes.

Comparison of the η and FF of the counter electrodes with three different carbon-based materials measured under similar deposition conditions of optical transmittance showed that graphene is the most suitable material for application as a counter electrode in DSSCs among them.

The nanosheet-like structure allows for fast ion-transfer kinetics between the electrode surface and electrolyte making it most suitable for use as an active material.