The origin of high current density in efficient non-fullerene based bulk heterojunction (BHJ)
organic solar cells employing a non-planar perylene dimer (TP) as an electron acceptor and …

The most interesting active layer system for organic photovoltaic cells is the bulk
heterojunction (BHJ). The general structure of a BHJ is a network of domains, which contain …

High-performance X-ray detectors are usually based on single crystals, due to the long-
range ordering and hence outstanding electronic properties. On the other hand, bulk …

Although the charge separation (CS) and transport processes that compete with geminate
and non-geminate recombination are commonly regarded as the governing factors of …

We demonstrate the role of zinc oxide (ZnO) morphology and addition of an acceptor
interlayer to achieve high efficiency fullerene-free bulk heterojunction inverted organic solar …

Achievement of long‐term stability of organic photovoltaics is currently one of the major
topics for this technology to reach maturity. Most of the techniques used to reveal …

The bulk heterojunction organic solar cell has shown much promise as a cost-effective
energy harvesting device, while despite recent progress in boosted power conversion …

The insistence of demonstrating the performance parameters for large area structures rather
than small-area pixels has been necessary for polymer bulk heterojunction solar cells, since …

The advent of optically functional materials with low-intensive processing methods is
accompanied by a growing need for high resolution imaging to probe the inherent …

Continuous tuning of the backbone conformation and interchain distance of a π-conjugated
polymer is an essential prerequisite to unveil the inherent electrical and optical features of …