A spectacular ablation of the carbonaceous surface even seems to occur (special case of glassy carbon) when large electricity amounts are used, producing a substantial loss of electrode mass.
For the lowest frequency band, encompassing delta, theta and alpha, the main effects of session and group were nonsignificant but there was a substantial main effect of electrode, and significant interactions between electrode and session, and electrode and group.
The interval containing Ta (temporal electrodes) or N1b (fronto-central electrodes) shows substantial developmental change in amplitude, as evidenced by significant effects of both group and session, with effect sizes of η2 = .162 and.370 respectively.
Concerning optimized experimental conditions, the proposed electrode exhibited substantial sensitivity toward determination of AFZ.
This electrode exhibits substantial catalytic ability toward the oxidation of nitrite anions.
Their electrochemical behavior shows substantial dependence on the electrode's composition.
Only one of the 13 genes with increased expression on the high-current electrode had substantial changes between the KN400 and the PCA strain.
Potentiostatic, galvanostatic, and potentiodynamic polarization experiments using high purity Mg electrodes indicated substantial increases in the ability to support the rate of the cathodic reaction following discrete periods of anodic dissolution.
Cyclic voltammeter studies point to a substantial increase in the SWCNTs electrode capacitance after its electrochemical treatment, which is associated with an increase in the electrode working surface accessible to solution.
Because of the substantial spatial distance between EEG electrodes at the scalp and subdural electrocorticography electrodes at the brain surface, EEG depressions were accepted as co-registrations in a range of ±15 min around time points of spreading depolarization appearance in the subdural electrodes.
