Abstract This Topical Review discusses insights into the physical mechanisms of
nanostructure solar cell operation as provided by numerical device simulation using a state …

NaNbO3/MoS2 and NaNbO3/BiVO4 core–shell heterostructures show absorption range
extending to the visible region and high charge transfer rate at the interface and lower …

Abstract Recently, GaAsSb/GaAsN type II short-period superlattices (SLs) have been
proposed as suitable structures to be implemented in the optimal design of monolithic multi …

Photocarrier transport and extraction in GaAsSb/GaAsN type-II quantum well superlattices
are investigated by means of inelastic quantum transport calculations based on the non …

In the present contribution, we discuss quantum scattering in 1D periodic finite lattices of N
localized potentials by means of an exact Green's function approach. By considering …

GaAsSbN dilute nitrides are potential candidates for integration in high-performance multi-
junction solar cells due to the bandgap tunability in the 1.0–1.15 eV range and the possibility …

Carrier dynamics across the interface of heterostructures have important technological,
photovoltaic, and catalytic implications. Using first-principles time-dependent density …

In this work, we demonstrate the beneficial effect of post-growth rapid thermal annealing
(RTA) on the performance of~ 1 eV GaAsSbN-based solar cells. Different configurations of …

In this work we investigate the effect of rapid thermal annealing (RTA) on the performance of
solar cells consisting of different GaAsSbN-based structures and correlate the device results …

GaAsSbN alloys is recognized as an effective candidate to incorporate in multijunction solar
cell applications due to its advantages of being grown lattice-matched to GaAs and its …