Solution-processing of organic semiconductors for achieving high mobility and reproducibility
Supervisor: Marta Mas-Torrent (CSIC) I Secondment 1: Graz University of Technology I Secondment 2: Humboldt University of Berlin
My work in UHMob
My work will be focusing on developing processing techniques compatible with roll-to-roll fabrication processes in order to realize high mobility and control the morphology and crystallinity of thin films of semiconductors as well as of the novel organic semiconductors. Moreover blends of the organic semiconductors with polymers will be employed to promote solution wettability.
I would like to continue in research and the academic career.
I’m originally from Morocco and spent time in South Korea during my studies. I speak four languages and I am looking forward to learn Spanish. In my free time I like to paint and dance.
- Fijahi Lamiaa , M. Shaheer Akhtar ,Abdullah, E. Kim,H. Seo,H. Shin, S. Ameen, “Investigation of newly designed asymmetric chromophore in view of power conversion efficiency improvements for organic solar cells” Materials Letters (2020) 260.
- Abdullah, S.Ameen , M. Akhtar ,Fijahi Lamiaa, E.Kim , H.Shin ” Solution processed bulk heterojunction organic solar cells using small organic semiconducting materials based on fluorene core unit” Optical Materials (2019) ,91, 425-432.
- 3. Abdullah, M. Akhtar ,E.Kim , Fijahi Lamiaa, H. Shin , S.Ameen ” A symmetric benzoselenadiazole based D–A–D small molecule for solution processed bulk-heterojunction organic solar cells” Journal of Industrial and Engineering Chemistry (2020), 81 ,309-316.