Role of transition metal oxides in the charge recombination layer used in tandem organic photovoltaic cells
The mechanism of charge recombination in transition metal oxide-based interconnectors for
tandem organic photovoltaic cells is investigated, where the interconnector is composed of …
tandem organic photovoltaic cells is investigated, where the interconnector is composed of …
Highly doped layers as efficient electron–hole recombination contacts for tandem organic solar cells
A key feature of stacked organic solar cells is an efficient recombination contact at the
interface between the solar cells in the stack. Here, an electron current has to be converted …
interface between the solar cells in the stack. Here, an electron current has to be converted …
Effects of intramolecular donor–acceptor interactions on bimolecular recombination in small-molecule organic photovoltaic cells
To enhance the device performance of bulk heterojunction organic photovoltaic (OPV) cells,
recombination processes must be suppressed. Here, we prepared OPV cells using donor …
recombination processes must be suppressed. Here, we prepared OPV cells using donor …
Effect of different p-dopants in an interconnection unit on the performance of tandem organic solar cells
We report the effect of different p-dopants (ReO 3, MoO 3 and CuI) used in the
interconnection unit (ICU) composed of electron-transporting layer (ETL)/metal/p-doped hole …
interconnection unit (ICU) composed of electron-transporting layer (ETL)/metal/p-doped hole …
Inverted organic tandem solar cells with a charge recombination stack employing spatially confined p-type electrical doping
We report on the application of solution-based p-type electrical doping using 12-
molybdophosphoric acid hydrate (PMA) to the fabrication of organic tandem solar cells …
molybdophosphoric acid hydrate (PMA) to the fabrication of organic tandem solar cells …
HATCN-based charge recombination layers as effective interconnectors for tandem organic solar cells
A comprehensive understanding of the energy-level alignment at the organic heterojunction
interfaces is of paramount importance to optimize the performance of organic solar cells …
interfaces is of paramount importance to optimize the performance of organic solar cells …
Roles of energy/charge cascades and intermixed layers at donor/acceptor interfaces in organic solar cells
The secret to the success of mixed bulk heterojunctions (BHJs) in yielding highly efficient
organic solar cells (OSCs) could reside in the molecular structures at their donor/acceptor …
organic solar cells (OSCs) could reside in the molecular structures at their donor/acceptor …
Polymer/small-molecule parallel tandem organic solar cells based on MoOx–Ag–MoOx intermediate electrodes
Polymer/small-molecule parallel-connected tandem organic solar cells are explored as a
simple platform for high-efficiency tandem solar cells that are not subject to complications …
simple platform for high-efficiency tandem solar cells that are not subject to complications …
An alternative strategy to adjust the recombination mechanism of organic photovoltaics by implementing ternary compounds
N Gasparini, M Salvador, S Fladischer… - Advanced Energy …, 2015 - Wiley Online Library
DOI: 10.1002/aenm. 201501527 relations.[7–9] Advanced material design has recently led
to record efficiencies, exceeding the commercially important 10% threshold.[10, 11] Despite …
to record efficiencies, exceeding the commercially important 10% threshold.[10, 11] Despite …
NiOX/MoO3 Bi‐Layers as Efficient Hole Extraction Contacts in Organic Solar Cells
The electronic structure of a bi‐layer hole extraction contact consisting of nickel oxide (NiOx)
and molybdenum trioxide (MoO3) is determined via ultraviolet and X‐ray photoemission …
and molybdenum trioxide (MoO3) is determined via ultraviolet and X‐ray photoemission …