Research Areas and Topics

Discover the research topics currently explored by our research teams.

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Your selection corresponds to 15 research topics
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Topic name Author Department
Micromechanical resonators with intentionally changeable physical and mechanical properties applicable in various biomaterials and physical sensors I. Stachiv Division of Condensed Matter Physics (2), Department of Functional Materials (18), Functional Materials and Composites "FMC" (1801)
Diamond synthesis A. Taylor Department of Functional Materials (18), Materials for Nanosystems and Biointerfaces "MNB" (1802)
Analysis of diamond properties A. Taylor Department of Functional Materials (18), Materials for Nanosystems and Biointerfaces "MNB" (1802), Functional Materials and Composites "FMC" (1801)
Microfabrication and applications V. Mortet Department of Functional Materials (18), Materials for Nanosystems and Biointerfaces "MNB" (1802)
Dislocation core structure and mobility V. Paidar Department of Functional Materials (18), Materials with Controlled Microstructure "MCM" (1803)
Structure and properties of grain boundaries in metals P. Lejček Department of Functional Materials (18), Materials with Controlled Microstructure "MCM" (1803)
Grain boundary segregation and intergranular brittleness P. Lejček Department of Functional Materials (18), Materials with Controlled Microstructure "MCM" (1803)
Characterization of structures in metallic materials produced by additive manufacturing P. Lejček Department of Functional Materials (18), Materials with Controlled Microstructure "MCM" (1803)
Plastic deformation and twin interfaces in hexagonal metals V. Paidar Department of Functional Materials (18), Materials with Controlled Microstructure "MCM" (1803)
Biodegradable zinc-based materials J. Čapek Department of Functional Materials (18), Materials with Controlled Microstructure "MCM" (1803)
Absorption and desorption of hydrogen in metallic materials O. Ekrt Department of Functional Materials (18), Materials with Controlled Microstructure "MCM" (1803)
Experimental investigation of the influence of microstructure on thermomechanical properties of NiTi shape memory alloy L. Heller Division of Condensed Matter Physics (2), Department of Functional Materials (18), Materials with Controlled Microstructure "MCM" (1803), Functional Materials and Composites "FMC" (1801)