Add to ORKGThe thesis is focused on the physics of magnetic nanoparticles (NPs), starting from the solution of magnetic structure, internal alignment within the single particle and role of interactions and particle structure in magnetic response of systems of the NPs. Moreover, the macroscopic arrangement of the NPs and its effect on the properties of system containing the NPs are discussed. The work brings several new results and concepts, such as the solution of magnetic structure of the ε-Fe2O3 phase, methods of proper detection and description of magnetic metal catalyst in carbon nanotubes and role of the NP arrangement and their effect on graphene placed on the top of substrates decorated with the NPs.
The idea of miniaturizing devices down to the nanoscale where quantum ffeffects become relevant dema...
Title: Magnetic structures with application potential Author: Bc. Barbara Bittová Department: Depart...
Title: Magnetic structures with application potential Author: Bc. Barbara Bittová Department: Depart...
The thesis is focused on the physics of magnetic nanoparticles (NPs), starting from the solution of ...
The present thesis provides an extensive and original contribution to the investigation of magnetic ...
The present thesis provides an extensive and original contribution to the investigation of magnetic ...
Title: Nanoparticles based on 3d metal oxides - correlation of structure and magnetism Author: RNDr....
Title: Nanoparticles based on 3d metal oxides - correlation of structure and magnetism Author: RNDr....
From the fundamental point of view, NPs formed by MFe2O4 with (M= Co, Fe) are ideal system models to...
THESIS 8815The past twenty years have seen an enormous increase in interest in the properties of low...
In this thesis, a magnetic study of two dierent arrangements of Fe3O4 nanoparticles is presented. Th...
The idea of miniaturizing devices down to the nanoscale where quantum ffeffects become relevant dema...
The thesis is mainly focused on the investigation of macroscopic and microscopic magnetic properties...
The thesis is mainly focused on the investigation of macroscopic and microscopic magnetic properties...
A set of investigations on selected samples of nanosized cobalt ferrite are reviewed, aimed at study...
The idea of miniaturizing devices down to the nanoscale where quantum ffeffects become relevant dema...
Title: Magnetic structures with application potential Author: Bc. Barbara Bittová Department: Depart...
Title: Magnetic structures with application potential Author: Bc. Barbara Bittová Department: Depart...
The thesis is focused on the physics of magnetic nanoparticles (NPs), starting from the solution of ...
The present thesis provides an extensive and original contribution to the investigation of magnetic ...
The present thesis provides an extensive and original contribution to the investigation of magnetic ...
Title: Nanoparticles based on 3d metal oxides - correlation of structure and magnetism Author: RNDr....
Title: Nanoparticles based on 3d metal oxides - correlation of structure and magnetism Author: RNDr....
From the fundamental point of view, NPs formed by MFe2O4 with (M= Co, Fe) are ideal system models to...
THESIS 8815The past twenty years have seen an enormous increase in interest in the properties of low...
In this thesis, a magnetic study of two dierent arrangements of Fe3O4 nanoparticles is presented. Th...
The idea of miniaturizing devices down to the nanoscale where quantum ffeffects become relevant dema...
The thesis is mainly focused on the investigation of macroscopic and microscopic magnetic properties...
The thesis is mainly focused on the investigation of macroscopic and microscopic magnetic properties...
A set of investigations on selected samples of nanosized cobalt ferrite are reviewed, aimed at study...
The idea of miniaturizing devices down to the nanoscale where quantum ffeffects become relevant dema...
Title: Magnetic structures with application potential Author: Bc. Barbara Bittová Department: Depart...
Title: Magnetic structures with application potential Author: Bc. Barbara Bittová Department: Depart...