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Seed project: Machine learning for predicting the mechanical properties of high performance oxynitride glasses This project aims to develop a machine learning (ML) model to predict the mechanical…
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Project: Complex oxynitride glasses – the quest for luminescence and structural origin This project aims to develop nitrogen-rich oxynitride glasses with enhanced thermal, mechanical, and optical…
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Project: Nitrogen rich glasses and glass surfaces for high-tech and specialty applications This project aims to develop advanced glass materials, including nitrogen-rich glasses and functionally…
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Project: Glass surface modification by aerosol technique The project aims to develop new methods for modifying flat glass surfaces by depositing nitride nanoparticles through an aerosol-based…
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Project: Modification of float glass surfaces by novel oxynitride thin films This project developed novel oxynitride thin films for modifying float glass surfaces to enhance their mechanical, optical,…
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Project: High performance glass and glass surfaces for modern technologies This project aims to develop high-performance glass and glass surfaces for advanced technological applications, through a…
- Sharafat Ali Associate professor
- +46 470-70 89 91
- +46 72-545 05 04
- sharafatalilnuse
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Project: Correlations between structure, properties and composition in complex oxynitride glasses This project focused on the development, characterization, and modeling of nitrogen-rich glasses,…