Using a unique in situ electrical transmission electron microscopy (TEM), we verify the correlation between ferroelectric resistive switching with multilevel states and polarization reversal.
Electrical conductivity, electron diffraction and Raman spectroscopy were used to characterize non-treated and laser beam treated a-S films.
The electrical conductance, electron thermal conductance, thermopower, and thermoelectric figure-of-merit are calculated by using the Keldysh Green's function method.
Graphene, being a two-dimensional (2D) sheet of sp2-hybridized carbon atoms, possesses unique properties including high electrical conductivity, electron mobility, thermal conductivity, mechanical strength, and chemical stability [11 13].
In addition to electrical charge, electrons possess rotational properties.
A growing number of scientists are researching the material because it has an exceptionally useful electrical property: electrons can travel through the material quickly and without bouncing off atoms and scattering.
Electrical conductivity: Electrons released from microbes have to travel along an external circuit after passing through the anode.
Results show that increasing the working pressure gives rise to increase in the number of carriers of electrical current (electrons and ions) and collision frequency.
One can find applications of the subject in numerous fields of physical and technical sciences such as biomathematics, blood flow phenomena, ecology, environmental issues, viscoelasticity, aerodynamics, electro-dynamics of complex medium, electrical circuits, electron-analytical chemistry, control theory, etc.
Fractional differential equations are found to be of great interest in view of their extensive applications in various scientific disciplines such as fluid mechanics, biomathematics, ecology, visco-elastodynamics, aerodynamics, control theory, electro-dynamics of complex medium, thermodynamics, electrical circuits, electron-analytical chemistry, etc.
