In this work, we studied the influence of surface charges on the properties (especially electronic transport) of semiconductor nanowires and nanobelts via computer simulations and also they were compared to experimental ...

Zinc phosphide Zn3P2 nanowires with excellent crystalline quality were grown using the Vapor-Liquid-Solid (VLS) method with gold nanoparticles as catalysts. Single nanowire based devices were fabricated with ohmic nickel ...

The growth and characterization of semiconductor nanowires systems have attracted increasing interest due to their potential technological application, like, photo-detectors, optoelectronic devices and their promising ...

Nowadays, considerable attention has been devoted to the development of a new class of potentially important structures, called monocrystalline nanowires based on oxides, which may become parts of electronic devices or ...

This work was dedicated to the theoretical study of semiconductor nanostructures aimed at the implementation of spin dependent electronic transport. The objective was to study the electron transport properties considering ...

This work was motivated by the production and study of unidirectional nano and microstructures of antimony oxide (Sb2O3) trying to set a thermodynamic route for a replicable synthesis of these nano and microwires associated ...

The technological advancement of semiconductor devices is based on increasing their scalability over the years, ensuring greater performance of electronic circuits and better utilization of the occupied area by integrated ...