The differences in electrical behaviors between nanocrystals and grain boundaries could explain the larger inhomogeneity detected in the current and CPD images after polycrystallization.
Consequently, there is very little similarity between the electrical behavior of the 85% phosphoric acid and of the acid doped PBI which were studied in the present work.
The relationship between the microstructure and the electrical behavior of nickel/carbon nanocomposite (nc-Ni/C) thin films is reported.
The interface between two bulk electronic materials can significantly affect the electrical behavior of electronic devices.
Nitrogen significantly modifies the electrical behavior of the layer.
The electrical properties and mobility are very important because many potential applications rely on electrical behavior.
Wires in the underlying silicon monitored the electrical behavior of the neurons.
The electrical behavior of the films depended on annealing temperature.
This electrical behavior might shed light on the effect of inter-walled interactions on the electrical transport properties of MWCNTs.
In this manner, the effect of the voltage level on the nanocomposite electrical behavior such as electrical resistivity was investigated.
