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  • 551. Research - Project MPFL (DAAD)
    Date: 10.03.2021
    Project MPFL (DAAD) Further information: www.mpfl.eu
  • Project ESEMA (Elstatik-Foundation) Electrostatic effects in magnetic field force microscopy A measurement signal in magnetic field force microscopy includes signals from magnetic forces as well as signals from other short- and long-range forces. Measuring nanoparticles, the electrostatic forces are often of the same order of magnitude as the ma
  • 553. Research - Ongoing research projects
    Date: 26.10.2023
    Ongoing research projects
  • 554. Research - Ongoing Research Projects
    Date: 16.07.2025
    Ongoing Research Projects SYNERGIE Public funding (BMBF) t3://page?uid=5447 MiPro-Life Mission-Profile-Lifetime oberservaion of thermically aged Wide-Bandgap-Transistors t3://page?uid=8454
  • Nanocarriers in flexible matrix for transdermal applications (TRAPP) Nanoparticles are already an integral part of biomedical diagnostics. Particularly for drug delivery, the use of nanoparticles is becoming increasingly important not only in cancer therapy but also in the treatment of other diseases due to their unique capabilities and relativel
  • Mission statement of the University of Applied Science Kaiserslautern - Topic Research
  • Hyperthermia systems made of superparamagnetic functional materials for contactless heating in medical technology and biotechnology (KoMBio) The project "Hyperthermia systems made of superparamagnetic functional materials for contactless heating in medical technology and biotechnology – KoMBio" focuses on the development and application of novel m
  • 558. Research - How do you proceed?
    Date: 22.06.2020
    How do you proceed? If you are interested in doing research together with the scientists of the Kaiserslautern University of Applied Sciences, take a look at our diverse research activities The Department for Research and Project Coordination will be happy to help you find the right contact person within the university.
  • Finished Research Projects PriMa 3D-printed magnetic circuits for application in power electronic circuits https://www.rlp-forschung.de/public/people/Sven_Urschel/research_projects/21401 Motor Emulation Replica of electrical maschines with power electronics
  • Current Research Priorities Characterization of fatigue behavior and fatigue life calculation using StressLife, StrainLife and SteBLife   Development and application of NDT-based measurement methods for the characterization of damage evolution on specimens and components   X-ray determination of residual stresses on complex com
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