… gap solar cell … solar cell is as high as 63.2% under maximum sun concentration (46,050
suns), compared with 40.7% for a single gap solar cell or 55.4% for a tandem of two solar cells…

… such as quantum dot p–i–n structure could provide a new approach to the high-… solar
cell problem. The quantum well QW p–i–n solar cell was the first low-dimensional structure …

… fabricated an inverted structure QD solar cells based on … solar cells of inverted structure to
9.7% (Table 1), one time higher than the highest efficiency achieved for similar device structure…

… In this type of solar cell architecture, high … sensitized solar cells, more research on optimization
of material selection and material engineering is required. In this review paper, structure & …

Over the past decade, colloidal quantum dot solar cells (CQD-SCs) have been developed
rapidly, with their performances reaching over 16% power conversion efficiency. …

… in the application of quantum structures to the possible improvement of the efficiency of solar
cells. … When detailed balance theory is used to analyse the operation of these cells, it is then …

… dot (QD) solar cells have the potential to increase the maximum attainable thermodynamic
conversion efficiency of solar … on utilizing hot carriers in QD solar cells to generate and collect …

… structured PbS QD solar cells by the introduction of a unique … solar cells which can avoid
the complex processing of metal oxides and is free of light-soaking. This new device structure …

… efficiency of intermediate band solar cells, this study also designed and fabricated QD-IBSC
with vertically aligned InAs/GaAsSb columnar dot structure. The device characteristics of …

… dot solar cells have been attractive for solar cell applications due to their ability to enhance
light absorption via multiple energy levels introduced by quantum dots (… -dot structures grown …