Solution‐processing approaches are widely used for controlling the aggregation structure of
organic semiconductors because they are fast, efficient, and have strong practicability …

A binary system comprising both an organic semiconductor and a polymer additive has
attracted extensive research interests due to its great potential for use in high-performance …

Organic semiconductors employed in single crystalline form have several advantages over
polycrystalline films, such as higher charge carrier mobility and better environmental …

The microscopic structure of high mobility semiconducting polymers is known to be essential
for their performance but it cannot be easily deduced from the available experimental data. A …

While great progress has been achieved in the research of various solution-processed
organic semiconductors, the randomized crystal orientations and charge carrier mobility …

Despite solution processed organic semiconductors have attracted much research attention,
the randomized crystallization and large prevalence of grain boundary remain as a …

Organic semiconducting materials have been studied for the past decades as suitable active
materials in various electronic devices due to their easy synthesis, low production cost and …

High performing organic semiconducting polymers show great potentials for use in
electronic devices which is greatly dependent on the material crystallinity and packing. A …