Wykład
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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 -
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 -
Antibodies dedicated to in vitro diagnosis
2023.04.26 12:52 - Katarzyna KuźniarAntibodies in the development of immunological tests for in vitro diagnosis. Application in the context of infectious diseases and biological warfare agents (antibiotic resistance, COVID, EBOLA, mad cow, monkey pox ...).
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Austenitic HEA/MPEA : from the Cantor alloy to precipitation hardened Co-free alloys with optimised mechanical resistance
2023.03.27 11:01 - Katarzyna KuźniarFor nearly twenty years now, the academic – and increasingly industrial – world has been interested in new classes of metallic alloys. HEA (high entropy alloys), which are concentrated, single-phase alloys based on several metallic elements and whose Cantor alloy (Co20Cr20Fe20Mn20Ni20) is the archetype, were quickly supplemented by multiphase alloys, CCA (complex concentrated alloys) or MPEA (multi principal elements alloys) in which secondary phases bring improvements in properties.
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