Institut for Kemi og Biovidenskab
Disordered Materials
Institut for Kemi og Biovidenskab
Disordered Materials
Research flagships
- Glass for energy storage (Li ion batteries)
- Glass for energy saving (stone wool, glass foams)
- Glass for energy generation (wind energy, solar cells)
- Bioactive glasses (enzyme immobilization, dental and bone applications)
- Ultrastrong glasses for display devices and engineering
- Microstructure modeling and simulation
- Metal-organic framework glasses
- Molecular separation membranes
- Supercooled liquids, glass transition and relaxation
Strategic growth area(s)
- Glass relaxation and glass formation
- Quantitative structure-property relation for functional glasses
- Glassy materials for energy storage and energy saving
- New families of glasses such as superstrong glasses and hybrid glasses
Vision
- Transform the research area into an even more interdisciplinary one
- Develop our present Center for Amorphous Materials Science into an international base for both fundamental and applied research in disordered materials
- Advance understanding of formation mechanisms of new glass systems
- Invent new types of multifunctional glass materials
- Establish new concepts, modeling tools and theories for disordered materials
- Build a closer connection between glass science and technology through collaboration with industry
Contact
Professor Yuanzheng Yue
E-mail: yy@bio.aau.dk
Tlf: +45 9940 8522
See Disordered Materials
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