PUBLIKÁCIE

1 | Vývoj technológie nanoštruktúrovaných masívnych supravodičov pre uchovávanie energie

  1. CRYSTALLIZATION OF Y1.5Ba2Cu3OX SUPERCONDUCTOR
  2. Parameters of TSMG process for Y1.5Ba2Cu3OX system with CeO2 addition
  3. Thermal decomposition of Y123 powder and TSMG Y123 bulk superconductors in low oxygen atmosphere
  4. Growth microstructure and properties of REBCO bulk superconductors
  5. The influence of post-growth thermal treatments on the critical current density of TSMG YBCO bulk superconductors
  6. BLOCKY AND SPHEROIDAL GROWTH IN Y1.5Ba2Cu3OX SYSTEM
  7. TIME DEPENDENT CHANGES IN Ag DOPED YBCO SUPERCONDUCTORS
  8. MICROSTRUCTURE AND TRAPPED FIELD OF Al-DOPED GdBCO–Ag BULK SUPERCONDUCTORS
  9. CRITICAL CURRENT DENSITY OF BULK GdBCO SUPERCONDUCTORS ESTIMATED FROM TRAPPED FIELD PROFILE AND MAGNETIZATION MEASUREMENTS
  10. YBCO bulk superconductors doped with gadolinium and samarium
  11. Contamination of YBCO bulk superconductors by samarium and yterbium
  12. Growth rate of YBa2Cu3O bulk crystals in Y1.5Ba2Cu3 system with CeO2 addition
  13. Influence of preparation conditions on 211 particle refinement in YBCO bulk superconductors with Ce addition
  14. Influence of Y2O3 and CeO2 additions on growth of YBCO bulk superconductors
  15. The influence of BaCeO3 addition on Y-211 particle size of YBCO bulk superconductors

2 | Vývoj biobatérie využivajúcej obnoviteľné biologické produkty

  1. Synthesis and bio-functionalization of ZnO nanoparticles by thiol acids
  2. ZImage analysis of magnetic nanoparticles
  3. Influence of deep eutectic solvents on conformation transition of proteins
  4. IÓNOVÉ KVAPALINY AKO PROTEÍN STABILIZUJÚCE SYSTÉMY
  5. Activated Charcoals Supporting Nanomagnets with Antimicrobial Character
  6. Modifikácie optických vlastností nanočastíc oxidu zinočnatého
  7. Materiály pre biobatérie, biopalivové články a elektrochemické biosenzory
  8. Alkaline transition of horse heart cytochrome c in the presence of ZnO nanoparticles
  9. Interaction of cytochrome c with zinc oxide nanoparticles
  10. Cytochrome c conjugated to ZnO–MAA nanoparticles: The study of interaction and influence on protein structure
  11. Anionic 11-mercaptoundecanoic acid capped ZnO nanoparticles
  12. Thioflavin as probe for different biophysical processes
  13. POLYANION INDUCED CIRCULAR DICHROISM OF THIOFLAVIN T

3 | Vývoj nových transformátorových ocelí modifikovaných nanočasticami

  1. Study of the magnetization processes in FeB - based amorphous ribbons
  2. Soft magnetic melt – spun ribbons for energy and sensor applications
  3. Tailoring of functional properties in FeSi steels and FeCo – based soft magnetic alloys by thermal processing under magnetic field
  4. Rayleigh region in amorphous Fe-B material
  5. Application of unconventional dynamical heat treatment conditions in production of grainoriented electrical steels
  6. Stanovenie rozdielov v mechanických vlastnostiach nanoindentačnou metódou medzi jednotlivými zrnovými orientáciami v elektrotechnických oceliach
  7. Developmentm of grain growth mechanism in grain oriented steels
  8. Unconventional method of grain-oriented steel preparation in combination with nano particles VC and strain induced grain boundary motion
  9. Study of deformation state in temper rolled electrotechnical steels by EBSD method
  10. MERANIE NANOTVRDOSTI VO VYBRANÝCH ZRNÁCH ELEKTROTECHNICKEJ OCELE PRI VYŠŠÍCH TEPLOTÁCH
  11. MERANIE INDENTAČNEJ TVRDOSTI NA TRIP OCELI
  12. NANOHARDNESS TESTING OF MULTIPHASE C-Mn-Si STEEL
  13. DEPENDENCE OF INDENTATION PROPERTIES OF ELECTROTECHNICAL STEEL ON TEMPERATURE AND GRAIN ORIENTATION
  14. Wear resistance of Al2O3-CNT ceramics nanocomposites at room and high temperatures
  15. Soft magnetic Fe - based alloys for energy applications
  16. Soft magnetic materials for power electronic and magnetocaloric applications
  17. Tuning of magnetic properties and domain structure in FeCo - and FeSi - based soft magnetic alloys by thermal processing under magnetic field

4 | Vývoj chladiaceho a izolačného média na báze magnetickej kvapaliny pre vysokovýkonové transformátory

  1. HOW TO CHANGE THE SENSITIVITY OF LIQUID CRYSTALS IN EXTERNALMAGNETIC FIELD
  2. MAGNETO-DIELECTRIC PROPRTIES OF TRANSFORMER OIL BASED MAGNETIC FLUIDS
  3. MAGNETO-DIELECTRIC PROPERTIES OF TRANSFORMER OIL BASED MAGNETIC FLUIDS IN THE FREQUENCY RANGE UP TO 2 MHz
  4. MAGNETODIELECTRIC PROPERTIES OF TRANSFORMER OIL BASED MAGNETIC FLUIDS
  5. TRANSFORMATION OF KNOWLEDGE AND TECHNOLOGIES TO THE PRAXIS OBTAINED BY RESEARCH AND DEVELOPMENT IN THE EARTH RESOURCES ARE
  6. Dielectric properties of magnetic fluids based on transformer oil ITO 100 in a high frequency electric field