Project Department of advanced materials

• Triboelektrický efekt v nanostrukturních kompozitech jako prostředek pro tvorbu rychlých senzorů a detektorů detail
• Advanced gear development through 3D printing, surface engineering, and tribological testing detail
• Alliance for Advanced Manufacturing in Central Europe (AMiCE) detail
• Enroll – Cirkulární využití odpadu z minerálních vláken pro stavebnictví detail
• FLEXIBLE BIFACIAL THIN FILM SOLAR CELLS PRODUCED BY PVD/ALD METHODS CONTAINING QUANTUM DOTS detail
• HYBRID ORGANIC-INORGANIC-PEROVSKITE STRUCTURE FOR APPLICATIONS IN NEXT-GENERATION FLEXIBLE SOLAR CELLS detail
• Hybrid optical fiber sensor for sensing the level and quality of vehicle operating fluids detail
• Hybrid optical fiber sensor system for sensing the level and quality of vehicle operating fluids detail
• Characterization of morphology, structure and photocatalytical properties of electrospun 1D In2O3 nanostructures detail
• inherently Flexible Aerogels for energy effiCient structurES (i-FACES) detail
• Inovační voucher MPO detail
• Interdisciplinary Bridge - InterBridge detail
• Interdisciplinary Bridge - InterBridge detail
• Iron Alloy Powder for 3D Printed Topologically Optimized Machine Parts detail
• Ceramics with sensing capabilities for high temperature applications detail
• Kompozitní materiál pro balistickou ochranu detail
• Composite material with retention ability detail
• Ceramic-based magnetic field concentrators detail
• Ceramic-based magnetic field concentrators detail
• Higher quality and energetically more effective production of cables using advanced materials and nanotechnologies detail