Projects
Atomic scale synthesis and atomic scale characterization of complex oxides with electronic/ionic conductivity Ghent University
Complex oxides that exhibit electronic/ionic conductivity are essential for a wide range of
applications, e.g. as transparent conductors in photovoltaics and flexible electronics, or as an ion
conducting solid electrolyte for Li ion batteries. The electronic/ionic conductivity is determined by
structural properties at the atomic scale. Therefore, atomic scale control during synthesis and
atomic ...
Atomic scale synthesis and atomic scale characterization of complex oxides with electronic/ionic conductivity KU Leuven
Complex oxides that exhibit electronic/ionic conductivity are essential for a wide range of applications, e.g. as transparent conductors in photovoltaics and flexible electronics, or as an ion conducting solid electrolyte for Li ion batteries. The electronic/ionic conductivity is determined by structural properties at the atomic scale. Therefore, atomic scale control during synthesis and atomic scale characterization of the elemental ...
Metamaterials for video holography KU Leuven
Holography is a technique that can create true 3D imaging by illuminating a finely patterned structure. To project holograms at video rate in high resolution, this pattern requires more than 10000 lines/mm and a data bandwidth of more than 10 Gigabits/cm². Until recently, driving high-quality holograms at video rate was not possible due to the limitations in both patterning resolution and data bandwidth. However, the silicon industry’s quest ...
ARLEA- Advanced Recombination Junction Layer Engineering and Application for Up-scalable and Stable Monolithic Perovskite Tandem Solar Cells with Two Different Bottom Cells. (Si-CIGS) Hasselt University
High performance spectrophotometry for in situ and combinatorial measurements Ghent University
Spectrophotometry, a combination of optical transmission and reflection measurements in the (energy) range from ultraviolet to infrared, is a highly versatile tool for studying a wide range of materials. It can be used to investigate energy efficient windows, solar cell devices, telescope mirrors, pigments, the color of plant leaves, tooth implants and paints, the quality of antireflection coatings, the transparency of liquids and ...
Synthesis, properties and modeling of doped ZnO nanowires and nanocrystals Hasselt University
Entrophy: High entropielegeringen: the physics of multi-element thin film growth Ghent University
Multicomponent materials have a wide application field. Examples are hard coatings (e.g. TiAlN), transparent conductive oxides (TCO) (e.g. CuAlO2), photovoltaics (e.g. CuInGaSe or CIGS). An interesting example of multicomponent materials are high entropy alloys which are metallic compounds containing more than six metallic elements in equimolar ratios. An example is AlCoCrCuFeNi. Their anti-adhesive properties in combination with high ...