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Acoustic Flow Control
You have heard about the latest Nobel prize in Physics regarding Optical tweezers to manipulate small object. In this Diploma work/Master thesis project you will instead study an acoustic tweezer.
Gustaf Mårtensson, email@example.com , +46 767 234 244
Thorbjörn Ebefors, firstname.lastname@example.org , +46 (0)708 573 110
Implementing Novel Organic Supercapacitors in Energy Harvesting Systems
The project aims at developing a demonstrator that utilizes the organic supercapacitor as the energy storing component for an energy harvesting system that can power up devices such as wireless sensors or terminals. The work will be carried out at Rise Acreo in Norrköping.
Dr. Xin Wang (email@example.com, 0761158856), Printed Electronics Department, Rise Acreo, Norrköping
kontakt: Reza Yazdi yazdi(at)ifm.liu.se
1- Growth of epitaxial graphene on C face of SiC and its characterization
The project is based on the growth of graphene on SiC substrates using thermal decomposition (sublimation) method. It also involves characterization of graphene using atomic force microscopy, optical microscopy, contactless measurements of charge carrier density and mobility as well as micro-Raman spectroscopy. We seek a materials science and growth interested master thesis student in growth of graphene and production oriented research.
2- Surface functionalization of epitaxial graphene on SiC using two dimensional material for sensing application
3- The effect of oxygen on epitaxial graphene on SiC
The aim of this project is study of surface morphology, structure and electronic modifications of epitaxial graphene layers for different steps of the oxidation process. We also want to check if oxygen partially can decouple the buffer layer from the substrate and hence reduce the effect of SiC substrate to graphene layers. This diploma work will include different characterization techniques of graphene layers on SiC substrates before and after oxidation.
Responsible for this page: Marcus Ekholm
Last updated: 10/17/18