… Besides α-Si:H films other Si-based materials could be also used for solar cell applications.
In dependence on specific tasks, polycrystalline silicon (poly-Si:H) [46], [47], microcrystalline …

… In this review we demonstrated how these and many other issues are solved using
graphene – QD hybrid structures for solar cell applications, analyzed the main trends in the …

… application is in tandem solar cells based entirely on silicon, using confinement in the quantum
dot to control the cell band gap… band structure of a three-dimensional silicon quantum dot …

… In this study, the columnar dot structure was combined with GaAsSb strain-reducing
layers (SRLs) as a vertically aligned InAs/GaAsSb columnar QD structure with ten dot layers. …

… In recent years, the application of QDs has been further widened in cell biology research,
and the application in living cells is particularly noticeable [51,52]. Gerion et al. for the first time …

… dot solar cells. Comments are made on the current progress and the future prospects of
quantum dot research and device applications… of nanoscale quantum dot structures using MBE. …

… used not only in clinical applications but also in various … vivo imaging of cellular mechanisms
using quantum dots (QDs) … dot particle size and on the monolayer chemical structure. Their …

… (15-23) Such QD-based devices used as photovoltaic cells are now … structures with potential
efficiency much higher than the thermodynamic limit for single junction bulk solar cells. The …

… (middle column: green) that stains endosomal structures. A merged image of both the QDots
… of QDots and endosomal structures. Scale bars: 25 μm. (C) The number of QDot clusters per …

… Structure of a semiconductor fluorescent quantum dot nanocrystal. The heavy metal core is
… experience, most quantum dot protocols intended for non-neural mammalian cells in the peer…