Thin film CdS/CdTe solar cell is one of the leading technologies for providing high power
conversion efficiency at comparatively low manufacturing cost. We have done modeling and …

InGaAs quantum wells embedded in GaAs nanowires can serve as compact near-infrared
emitters for direct integration onto Si complementary metal oxide semiconductor technology …

Modern semiconductor optoelectronics research is largely focused on exploiting various
advantages that arise upon nanoscale miniaturisation. Progress towards realising exciting …

The ability to make a good electrical/thermal contact to a large area filled with semiconductor
nanowires has been a major engineering challenge in develo** this type of thermoelectric …

An integrating sphere photoluminescence (PL) measurement setup is built and optimized to
detect as much as possible PL. The final setup operates with a large front aperture, which …

Silicon is today the main material used in electronics. It is a very advanced and mature
technology. It is therefore clear that new technological concepts and materials should be …

Silicon is today the main material used in electronics. It is a very advanced and mature
technology. It is therefore clear that new technological concepts and materials should be …

Nanowires are currently being developed for use in next-generation solar cells. In order to
produce and improve these solar cells, improved nanowire synthesis methods and non …

Efficiency of solar photovoltaic (SPV) primarily depends on the materials used, assuming the
external (natural) factors to be favourable. Recent developments in the materials …

NiSi/SiC core-shell nanowires grown on Ni-coated silicon substrates by hot-wire chemical
vapour deposition were studied. Nickel was used as a catalyst to induce the growth of these …