International audienceThe structure of domain walls delimiting magnetic bubbles in L10 FePd thin layers is described on the basis of Lorentz transmission electron microscopy (LTEM) and multiscale magnetic simulations. Images obtained by high resolution LTEM show the existence of magnetization reversal areas inside domain walls, called vertical Bloch lines (VBLs). Combining these observations and multiscale simulations on various geometries, we can identify the structure of these VBLs, notably the presence or not of magnetic singularities
Bloch lines (BLs) are linear topological defects of magnetic domain walls structure, studied well fo...
An electron microscope with electrostatic lenses was used for high resolution studies of magnetic do...
Magnetic domain structures in two 50 nm thick chemically- ordered FePd (001) epitaxial films with di...
International audienceThe structure of domain walls delimiting magnetic bubbles in L10 FePd thin lay...
International audienceWe report the use of Lorentz microscopy to observe the domain wall structure d...
International audienceThin film alloys with perpendicular anisotropy were studied using Lorentz Tran...
Magnetic domain structures in two 50 nm thick chemically-ordered FePd (001) epitaxial films with dif...
The magnetization reversal process is investigated in perpendicular spring magnets of epitaxial L10 ...
International audienceLorentz Transmission Electron Microscopy (LTEM) allows the observation of magn...
Bloch lines (BLs) are linear topological defects of magnetic domain walls structure, studied well fo...
An electron microscope with electrostatic lenses was used for high resolution studies of magnetic do...
Magnetic domain structures in two 50 nm thick chemically- ordered FePd (001) epitaxial films with di...
International audienceThe structure of domain walls delimiting magnetic bubbles in L10 FePd thin lay...
International audienceWe report the use of Lorentz microscopy to observe the domain wall structure d...
International audienceThin film alloys with perpendicular anisotropy were studied using Lorentz Tran...
Magnetic domain structures in two 50 nm thick chemically-ordered FePd (001) epitaxial films with dif...
The magnetization reversal process is investigated in perpendicular spring magnets of epitaxial L10 ...
International audienceLorentz Transmission Electron Microscopy (LTEM) allows the observation of magn...
Bloch lines (BLs) are linear topological defects of magnetic domain walls structure, studied well fo...
An electron microscope with electrostatic lenses was used for high resolution studies of magnetic do...
Magnetic domain structures in two 50 nm thick chemically- ordered FePd (001) epitaxial films with di...