The fundamental structure of all organic electronic devices is a stack of thin layers
sandwiched between electrodes, with precise intralayer morphology and interlayer …

A major contribution to the performance improvement of organic photovoltaic (OPV) devices
is due to the successful engineering of the metal/organic interface by introducing interlayers …

The structure of bulk heterojunction organic photovoltaic devices generally includes
interlayers, thin films positioned between the active layer and one or both of the electrodes …

The energy level alignment at organic semiconductor/metal interfaces determines the
efficiency of charge injection and collection in organic electronic devices. Back electrodes …

Additives are key to achieving optimal morphologies and efficient performance in bulk
heterojunction organic photovoltaics. In this work we analyze the impact of three insulating …

Migration of additives to organic/metal interfaces can be used to self-generate interlayers in
organic electronic devices. To generalize this approach for various additives, metals, and …

A major advantage of polymer light emitting diodes (PLEDs) over other emitting
technologies is solution processing that can offer continuous, roll-to-roll high speed cheap …

摘要近年来, 随着活性层给体和受体材料的发展, 单结有机太阳能电池(OSCs)
的器件效率已经突破18%, 被视为具有广阔应用前景的第三代光伏器件之一. 但OSCs …

The possibility of modifying the work function of electrodes is important for optimizing the
energy barriers for charge injection (extraction) at the interface to an organic material. In this …

Charge injection (extraction) at an interface plays a crucial role to organic electronics
because this injection (extraction) heavily affects the device performance. One of the most …