Lecture
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The application of flow cells and computational fluid dynamics for improved corrosion and electrochemical analysis
2023.12.28 11:29 - Katarzyna Kuźniar -
Structural and functional diversity of venom toxins interacting with GPCRs
2023.11.27 10:55 - Katarzyna Kuźniar -
Phase-field modelling of microstructure evolution in displacive transformations
2023.11.15 14:18 - Katarzyna Kuźniar -
Laser and Optical Methods and their Development for Modern Innovative Technological Applications: from Civil Nuclear to Historical and Cultural Art Heritage
2023.11.06 10:04 - Katarzyna Kuźniar -
Alpha-decay damage in natural apatite: buildup and recovery mechanisms for thermochronological applications
2023.10.26 15:50 - Katarzyna Kuźniar -
Challenges and advances in computational materials design
2023.10.05 16:22 - Katarzyna Kuźniar -
About the formation of vacancy clusters in fcc metals: an atomistic approach
2023.09.18 13:51 - Katarzyna KuźniarVacancy clusters have a major contribution in multiple mechanisms as oxidation, precipitation and creep and can lead to material premature cracking. It is thus essential to have a deep understanding of the stability of these defects under a wide range of stress and temperature. Multiple factors influence the formation of the clusters, yet the preponderant factor seems to be the presence of a gaseous environment, like H [1,2,3].
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IDEAS NCBR – a place where AI-related business and science come together
2023.05.17 13:30 - Katarzyna Kuźniar
