Our investigation focuses on the analysis of the conductive properties of high-mobility 2D-Si-
MOSFETs as they approach the critical carrier density, nsc (approximately 0.72× 10 11 cm …

We report the magneto-conductivity in a disordered 2D p-SiGe quantum well with
interactions, which allows the weak anti-localization and the Zeeman effect to be ignored …

In this paper, we discuss low-temperature hop**-conductivity behavior in the insulating
phase, in the absence of a magnetic field. We conduct a theoretical study of the crossover …

Copper sulphide (Cu x S) thin films were deposited by the spin coating method using copper
acetate (Cu₂ (CH₃COO) ₄) and thiourea (CH₄N₂S) as precursors. This simple …

We have investigated the resistivity of a 2D hole system in GaAs in the temperature range
200 mK< T< 800 mK at zero magnetic field and low hole densities when the system is near …

In this manuscript, we report a theoretical investigation of the magneto-conductivity (σ (B, T))
in the metallic side (where d σ/dt< 0) of a low densities 2D hole system in SiGe at very low …

In this manuscript, we have theoretically reanalyzed data prepared and already published
by Foroughi et al.(RSC Adv 2016; 6: 46427–32). These data concern the thermal energy …

In this work, we investigate the temperature dependence of the electrical conductivity of a
reduced graphene oxide (RGO)/polystyrene (PS) composites. We re-analysed, in our …

Since the first observations metallic behavior in Si-MOSFETs (Silicon-Metal Oxide
Semiconductor Field Effect Transistor), the nature of the metal insulator transition in two …

Several complex theories explaining the phenomenon of negative magnetoresistance
(NMR) are discussed, observed in insulating diluted granular multilayers Co 80 Fe 20 (t)| Al …