Heating It Up: Thermal Annealing an Anthradithiophene Derivative - Muhieddine, Khalid
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Organic semiconductors have long past the stage of a simple idea in the lab. They are now becoming an established part of the semiconductor industry and a viable alternative to their inorganic counterparts. This is especially the case for display and sensor applications, with organics showing superior engineering and physical properties and the potential for easier fabrication methods. It is here that the divide occurs between the synthesis of the materials used in these devices and the fabrication of the devices themselves. This research project aimed to facilitate the bridging of the two…mehr

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Produktbeschreibung
Organic semiconductors have long past the stage of a simple idea in the lab. They are now becoming an established part of the semiconductor industry and a viable alternative to their inorganic counterparts. This is especially the case for display and sensor applications, with organics showing superior engineering and physical properties and the potential for easier fabrication methods. It is here that the divide occurs between the synthesis of the materials used in these devices and the fabrication of the devices themselves. This research project aimed to facilitate the bridging of the two through the exploration of a thermal anneal as a viable alternative to previously established solvent-based anneal methods. The focus was on an anthradithiophene derivative, with the results and conclusions quite applicable across a broad range of small organic molecules.
Autorenporträt
This publication was submitted as the requirement for a Masters by Research in the field of Organic Electronics. I have since moved onto a Ph.D in the same field looking more in depth into the charge transport mechanisms that form the divide between the organic and inorganic realms.