Thin film growth and materials physics of complex oxides: Thin films coatings using chemical vapour deposition (CVD),
plasma assisted CVD (PACVD) and Pulsed Laser Deposition (PLD); Full support (operation, troubleshooting,
modification) of the PLD equipment; Extensive use and analysis of RHEED method, basic growth mechanisms
studies; Nucleation and growth of thin films; Structure-Property-Processing interrelationships; Functional metal
oxide thin film deposition and processing for SOFC applications.
Magnetic refrigeration: Magnetocaloric effect and magnetic refrigeration; Permanent magnet design;
Modelling of the active magnetic regenerator (AMR); Materials development; system design.
Nanoscale materials modelling and characterization: Understanding the mechanical, structural and magnetic properties of
nanocrystalline metals and bulk amorphous alloys; disordered materials, undercooling and glass transition; rapid
solidification processes and the modelling of such processes; Powder metallurgy.
Materials Processing for Devices: Nano-micro fabrication technologies; Shaping of nano-mico component;
biocompatible materials for devices; Extrusion; Spray forming; Atomization.
Igangværende projekterMagnetisk køling
Magnetisk køling er en spændende ny teknologi som kan benyttes til at skabe energieffektiv køling med miljøvenlige materialer og med et minimalt støjforbrug.
Magnetisk kølingMagnetisk køling er en spændende ny teknologi som kan benyttes til at skabe energieffektiv køling med miljøvenlige materialer og med et minimalt støjforbrug.
Afsluttede projekter