They exhibit more negative potentials than bare Mg.
At more negative potentials a formation of dendrites was observed.
However, the steady-state inactivation relationship curve was shifted to more negative potentials for channels.
At more negative potentials, a weak physisorption of S2O2−3 at silver drastically lowers this effect.
The number of attacked areas increased at more negative potentials and with increasing electrode rotation rate.
However, at more negative potentials, the principal products are completely dechlorinated DPE and EBB.
At more negative potentials, an electrocyclization "via" electrode-assisted ionization has been suggested.
At more negative potentials to those characterising capacitance peak-1, electrolyte penetrates the DOPC.
At more negative potentials the coverage decreases as the rate of adsorbate reduction/desorption rises.
At more negative potentials, intrastructural discharge of hydronium ions at catalytic Pt microcenters is observed.
When zinc is present, cobalt deposition shifts to more negative potentials, producing ZnCo alloys.
