Effect of Polymer Crystallinity on the Spatial Distribution of Dopant in Sequentially Solution-Doped Conjugated Polymer Thin Films
Macromolecular Research 2025, 33, 1185–1193.
Research overview
The study examines how polymer crystallinity affects dopant penetration during sequential solution doping. More crystalline films contain a larger dopant fraction near the surface and a less uniform depth profile. Their reduced swelling limits diffusion into the film interior, connecting polymer structure to the spatial distribution of dopants.
Summary based on the published abstract.
See Also
- [Paper]Electrostatic Control of Carrier-Dopant Interactions for Efficient Free Carrier Generation in Doped Conjugated Polymers (2025)
- [Paper]Enhancing Mechanical Deformability of Rigid Conjugated Polymers through Functional Additive-Induced Persistence Length Modulation (2025)
- [Paper]Accompanying Structural Transformations in Polarity Switching of Heavily Doped Conjugated Polymers (2025)
- [Paper]Solutal-Marangoni-Flow-Mediated Growth of Patterned Highly Crystalline Organic Semiconductor Thin Film via Gap-Controlled Bar Coating (2021)
- [Paper]Multiscale Analyses of Strain-Enhanced Charge Transport in Conjugated Polymers (2024)
- [Paper]Structural Insights into Conjugated Polymers for Stretchable Organic Transistors (2024)
- [Paper]Morphology Associated Positive Correlation between Carrier Mobility and Carrier Density in Highly Doped Donor-Acceptor Conjugated Polymers (2023)
- [Paper]Nanomorphology Dependence of the Environmental Stability of Organic Solar Cells (2022)