Project R-15396

Flexibele transparante elektroden: van ITO tot ICO, een theoretische casestudy (Research)

Flexible and transparent conductors (FTC) are an indispensable element in many (future) electronic applications such as solar panels, (touch) screens, supercapacitors and portable medical devices. Due to its high conductivity and transparency, ITO is primarily used for current transparent electronics. However, this is a very brittle material and thus unsuitable for flexible applications. A promising alternative as FTC are these based on deposited nanowires on a flexible (and transparent) substrate. The randomly arranged and overlapping nanowires form the conducting paths along which current can flow. In this project, we consider this type of FTCs whose nanowires can take three shapes: straight, curved or round. Using this model, we conduct a theoretical study in which we investigate numerous optimization issues, as well as their sustainability. The outcome can guide further development and production of this type of FTCs.

16 November 2024 - 15 November 2026