The apparent increase in debris with current suggests that these precipitates may be electrochemical reaction products and the results of their interactions with the components of LB medium.
The gradual increase in current suggests that the number of ions increases with increase in phenyl hydrazine concentration by giving extra electron to the conduction band of composite nanorods [16, 17].
The noticeable increase in the anodic current suggests a faster electron transfer reaction, and thus allowing efficient detection of ethanol via the oxidation at the 1 wt.%Ag/α Fe2O3-modified GCE.
The theory of hot plasma stratification in the region of upward field-aligned current suggests the condition of the magnetostatic equilibrium and plasma pressure variation directly related to magnetospheric potential variation.
The I/V profile of this current suggests it is elicited by high threshold VGCCs, possibly of the L or P/Q type (Medler, unpub. observations).
The ratio of MAX current to mean SF current suggests that the number of LMAN inputs to an RA cell is also largely unchanged across sensorimotor learning (p > 0.05 for all pairwise comparisons), remaining relatively sparse throughout.
