In this work, a series of NWs growths with different treatments for substrate surface have
been carried out to study growth morphology optimization for NWs grown on Si substrates. A …

Temperature-dependent photoluminescence (TDPL) and time-resolved photoluminescence
(TRPL) of ultrathin InAs quantum wells (QWs) in GaAs matrix have been investigated to …

A new method for regulating optical properties of a coaxial cylindrical quantum well using
the electric field and intense laser field is investigated in the effective mass approximation …

Global energy consumption is rising, and fossil resources are dwindling, driving demand for
clean, affordable energy. Solar power is the most promising alternative energy source and …

This work presents the influence of geometrical parameters on the absorption efficiency (Q
abs), external quantum efficiencies (EQEs), and short-circuit current (JSC), and the efficiency …

Radial nanowire semiconductor devices have become a practical possibility in recent years.
Hence, high-efficiency solar cells based on radial nanowire heterojunctions can now be …

Photoelectrochemical cells have garnered significant attention as a means to directly
convert solar energy into electrical power. However, one of the persistent challenges in …

En este trabajo, se presenta el desarrollo un modelo electrostático general para
heterouniones de nanoalambres de unión radial resolviendo la ecuación de Poisson en …