• Institute ▼
  • Home
  • Team
  • Sustainable Development Goals
  • Safety
  • Solid State Physics Library
  • Instruments
  • PhD/Postdoc positions available
  • Master projects available
  • Bachelor projects available
  • IF logo
• Research ▼
  • Projects ▶
    • MAP-DESIGN
    • Graz μCT
    • SmartCore
    • UHMob
    • 5D Nanoprinting
    • CD-Labor for Stofftransport durch Papier
    • Porous Materials @ Work
    • SURFICE ITN
  • Publications
  • Dissertations
  • Master theses
  • Research Groups
  • Coclite Group
  • LAMPSe (Greco)
  • Hofmann Group
  • Resel Group
  • Schennach Group
  • Egbert Zojer Group
  • Karin Zojer Group
• Teaching ▼
  • Physics Bachelor ▶
    • PHY.F20 Molecular and Solid State Physics
  • Physics Master ▶
    • PHT.303UF Soft Matter Physics
    • PHT.304UF Thin Film Science and Technology
    • 513.127 / 513.128 Solid State Seminar
    • PHT.301 Physics of Semiconductor Devices
    • PHT.307 Advanced Solid State Physics
    • PHT.311 Research Laboratory Semiconductor Devices
  • Other Studies ▶
    • 513.805 Physik M
    • MAS.020UF Introduction to Solid State Physics
• Seminars ▼
  • KFU/TUG Physics Colloquium
  • Solid State Institute Seminar
  • Advanced Materials Science Seminar
  • NAWI Physics Doctoral Seminar
• Contact
• News

Roland Resel

Contact: ☎ ✉

People in the Resel group  Konstantinos Athanasopoulos  Prabhu Prasad Biswal  Mario Fratschko  Fabian  Gasser  Ann Maria James  Sanjay John  Josef Simbrunner News    Embedded-dipole self-assembled monolayers tune contact resistances in p‐type and n‐type organic transistors Master projects available    Proof of surface crystallisation for anthraquinone    Preparation of a photonic single crystal Bachelor projects available    Relaunch of the software STEREOPOLE    Self-similar surfaces in foams? Projects    FNRS/FWO: CHISUB    FWF: Crystal Structure Solution from Thin Organic Films    FRNS/FWO: 2Dto3D    FWF: Thin Film Polymorphism of Copper Based Metal-Organic Frameworks    Horizon 2020: Ultra-high Charge Carrier Mobility to Elucidate Transport Mechanisms in Molecular Semiconductors Courses             PHT.309UF Soft Matter Physics    513.120 Solid State Physics Laboratory Exercises    513.123 Bachelor Project    513.127 513.128 Seminar Solid State Physics    PHT.309UF X-ray and neutron scattering

curriculum vitae research activities publications 1991-2022 molecular crystals on surfaces metal-organic frameworks on surfaces self-assembled monolayers polymer thin films liquid crystal films solution of crystal structures fundamental crystallography organics under high pressure scientific equipment inorganic materials research highlight - Severe disorder is observed within the molecular packing of the molecule phenoxazine. Random disorder is confirmed experimentally as well as by theoretical calculations.. paper: Molecular packing of phenoxazine: a combined single crystal / crystal structure prediction study : >M. Kaltenegger, et al., Crystal Growth & Design (2022)<< Video: Houska price 2015 Radio Oe1: Wissen aktuell - 10. August 2009 software development : GIDVis - A modular MATLAB program to analyze grazing incidence diffraction images GIDInd - A MATLAB program to index grazing incidence diffraction images Stereopole - a software for the analysis of x-ray diffraction pole figures with IDL was developed, and can be >> downloaded << free of charge. Please install first the IDL Virtual Machine. (see: I. Salzmann and R. Resel, Journal of Applied Crystallography, vol. 37, p. 1029, 2004.)