Sentence examples for behavior at low cathodic from inspiring English sources
A statistical method assisted by image analysis of Cu deposits was used to understand Cu nucleation behavior at low cathodic potentials.
The differences are particularly pronounced in the RPP-electroplated alloys, where amorphous films with 32 at% Co showing soft-magnetic behavior and large hardness values (around 9 GPa) are obtained at low cathodic current densities (jc), whereas fully crystalline hard-ferromagnetic CoNiReP alloys containing ∼80 at% Co are produced at high jc.
The Indium incorporation at low cathodic potential has already been reported in several literatures.
Enhanced hydrogen entry (HPR peaks) was observed at low cathodic and low anodic polarisations during voltammetric cycling, and also during galvanostatic anodic polarisation applied after cathodic charging.
Specific hydrogen adsorptions occur at two different cathodic potentials and its adsorption at low cathodic potential is suppressed by oxygen adsorption.
In the same manner as for bismuth telluride film electroplating, bismuth enrichment occurs at more cathodic deposition potential whereas tellurium enrichment is observed at low cathodic potentials.
Two types of the enhanced hydrogen entry at low cathodic polarizations were distinguished: one after prepolarization at low cathodic or low anodic potentials, and another after prepolarization at high anodic potentials.
This procedure included two electrochemical steps: the initial low-temperature nucleation of Cu2O on the surface of ZnO nanorods at high cathodic overpotential and the subsequent high-temperature growth at low cathodic overpotential.
At low cathodic overpotentials, it is between an instantaneous and progressive mechanism; while at high overpotentials, it follows the instantaneous mechanism.
Thin films of well-oriented ZnO nanorods were grown on vitreous carbon from Zn(NO3 2 solution at low cathodic potential corresponding to that of zinc metal deposition.
The initiation and propagation of mossy structures were particularly focused; mossy structures represent one of the undesired, irregular morphologies at low cathodic overpotential.
