The efficiency of organic solar cells has raised drastically in the past years. However, there
is an undeniable lack of hole transport layers that can provide high carrier selectivity, low …

Due to low glass-transition temperature and high diffusion coefficient of small molecule
acceptors (SMAs), the bi-continuous interpenetrating morphology of SMA-based polymer …

The efficiency of organic solar cells has raised drastically in the past years. However, there
is an undeniable lack of hole transport layers that can provide high carrier selectivity, low …

Due to the slow diffusion of photovoltaic molecules, in particular, small-molecule acceptors
(SMAs), under light and heating, the morphology of the active layer in organic solar cells …

Morphological control is recognized as a pivotal factor in develo** high-performing
solution-processed organic photovoltaics (OPVs). The essence of achieving optimal …

A series of layered all‐polymer solar cells (LA‐PSCs) with the normal or inverted structure
are prepared by employing a sequential spin‐coating method with PBQx‐TCl, PM1 as …

Goals of high efficiency, morphological analysis, and the ability to produce organic solar cell
(OSC) sub‐modules using halogen‐free solvents are demanding. In this study, a robust …

The pre-treatment and post-treatment of organic solar cells (OSCs) are two important device
engineering processes that are closely associated with photovoltaic performance. Yet these …

Due to their defined structure and large molecular size, giant molecular acceptors (GMAs)
have achieved significant progress in device efficiency and stability for organic solar cells …

Organic solar cells are a promising system for generating clean energy. Recent
advancements, particularly in non-fullerene acceptors such as Y6 and its derivatives, along …