Advanced Transparent Optical Materials (ATOM) study on enhanced entropy alloy oxidation
Advanced Transparent Optical Materials (ATOM) study on enhanced entropy alloy oxidation - S.A. Astatine Skip to content Home News Calendar ATtentie Association The Board Previous Boards Committees Major Events Europe Trip Study Trip Kick-In Alumniday Astatine Song History Membership Honorary Members & Members of Merit Mental Health Study advisors Confidential Contact Person (CCP) Training and workshops Mental well-being International Association Education Advanced Technology Nanotechnology Robotics Educational Award Books Partners Companies ASML MESA+ ETC Nederland Vacancy bank Bachelor Assignments Side jobs & Internships Webapps Contact S.A. Astatine The study association for open-minded engineers Menu Home News Calendar ATtentie Association The Board Previous Boards Committees Major Events Europe Trip Study Trip Kick-In Alumniday Astatine Song History Membership Honorary Members & Members of Merit Mental Health Study advisors Confidential Contact Person (CCP) Training and workshops Mental well-being International Association Education Advanced Technology Nanotechnology Robotics Educational Award Books Partners Companies ASML MESA+ ETC Nederland Vacancy bank Bachelor Assignments Side jobs & Internships Webapps Contact Activities this week October 30, 2026 VriMiBo De TAP November 2, 2026 M1 evaluation Search for: Search Facebook Linked-In Instagram Powered by Verbosa & WordPress . Home Job Advanced Transparent Optical Materials (ATOM) study on enhanced entropy alloy oxidation Advanced Transparent Optical Materials (ATOM) study on enhanced entropy alloy oxidation XUV Posted 4 years ago ASSIGNMENT Advanced Transparent Optical Materials (ATOM) study on enhanced entropy alloy oxidation Contact: Martijn Homsma, m.d.homsma@utwente.nl ; and/or Wesley van den Beld, w.t.e.vandenbeld@utwente.nl Introduction High Entropy Alloys (HEA) are a recent material category which shows excellent mechanical and chemical properties. One such property is delayed oxide transitions, with studies showing that for some thick film HEAs self-limiting oxide growth can be achieved. However, this effect is poorly understood for surfaces and ultrathin films (<100nm). This assignment focusses on figuring out the physical and chemical effects taking place in low (2 elements), medium (3 or 4 elements) or high (5 or more elements) entropy alloys in oxidizing environments, based on transition metals. See also: https://doi.org/10.1016/j.pmatsci.2013.10.001 , https://doi.org/10.1016/j.surfcoat.2022.128729 and https://doi.org/10.1016/j.surfcoat.2019.07.080 Master Assignment Modelling of physical and chemical induced changes in transition metal alloys due to oxygen exposure at elevated temperatures. Investigate the role of entropy and/or specific metals used in this model Work in the XUV lab: depositing of thin film alloys of according to own defined research plan Literature study on the chemistry of nanoscale oxidation mechanics Perform oxidation tests on the deposited films Characterize induced changes (e.g. crystallinity changes, density changes, thickness changes, roughness changes, etc) Figure: X-Ray Diffraction (XRD) changes caused by intermixing various elements [Zhang14] Job Features Job Category Bachelor Assignment, Final assignment Apply For This Job Attach Resume * Submit Close Previous Post Hydrogen permeation through transition metal compound thin films Next Post Advanced Transparent Optical Materials (ATOM) study for Mosaic Target Depositions Privacy Policy Code of Conduct Social Media Facebook Linked-In Instagram Back to Top Astatine uses cookies to recognize your repeat visits, as well as to analyze the traffic on the site. By clicking accept, or using our site, you consent to the use of cookies unless you have disabled them. Accept Read More Privacy & Cookies Policy Close Privacy Overview This website uses cookies to improve your experience while you navigate through the website. Out of these, the cookies that are categorized as necessary are stored on