Oblique incidence thermal evaporation has been used to coat commercially available cantilevers and tips with magnetic thin films for use in magnetic force microscopy. Lorentz electron microscopy has revealed that the stray field from the tip is consistent with uniform magnetisation and this is confirmed by comparison with computer simulations
Quantitative analysis of magnetic force microscope (MFM) images is only possible if the magnetic sta...
The magnetic microstructure in a Co/Pt multilayer has been imaged by magnetic force microscopy emplo...
The magnetic force microscopy of soft magnetic materials is a challenge due to the perturbing effect...
Oblique incidence thermal evaporation has been used to coat commercially available cantilevers and t...
The stray field, magnetic microstructure, and switching behavior of high‐resolution electron beam fa...
The stray field, magnetic microstructure, and switching behavior of high‐resolution electron beam fa...
Magnetic force microscope (MFM) tips coated with an amorphous ferromagnetic alloy have been studied ...
The effect of magnetization reversal of magnetic force microscope (MFM) tips based on low coercive t...
The work described in this thesis is focused on the fabrication and understanding of the characteris...
We used a new concept of tip preparation for magnetic force microscopy (MFM) proposed recently based...
The stray field around thin film ferromagnetic tips employed for magnetic force microscopy has been ...
Principle of MFM In magnetic force microscopy (MFM), the magnetic stray field above a very flat spec...
Using sputter deposition, we have coated standard silicon pyramidal force microscopy tips with an am...
Electron holography is applied for the study of the leakage field of thin-film ferromagnetic tips us...
Summary form only given. Magnetic force microscopy (MFM) is well established for imaging surface mag...
Quantitative analysis of magnetic force microscope (MFM) images is only possible if the magnetic sta...
The magnetic microstructure in a Co/Pt multilayer has been imaged by magnetic force microscopy emplo...
The magnetic force microscopy of soft magnetic materials is a challenge due to the perturbing effect...
Oblique incidence thermal evaporation has been used to coat commercially available cantilevers and t...
The stray field, magnetic microstructure, and switching behavior of high‐resolution electron beam fa...
The stray field, magnetic microstructure, and switching behavior of high‐resolution electron beam fa...
Magnetic force microscope (MFM) tips coated with an amorphous ferromagnetic alloy have been studied ...
The effect of magnetization reversal of magnetic force microscope (MFM) tips based on low coercive t...
The work described in this thesis is focused on the fabrication and understanding of the characteris...
We used a new concept of tip preparation for magnetic force microscopy (MFM) proposed recently based...
The stray field around thin film ferromagnetic tips employed for magnetic force microscopy has been ...
Principle of MFM In magnetic force microscopy (MFM), the magnetic stray field above a very flat spec...
Using sputter deposition, we have coated standard silicon pyramidal force microscopy tips with an am...
Electron holography is applied for the study of the leakage field of thin-film ferromagnetic tips us...
Summary form only given. Magnetic force microscopy (MFM) is well established for imaging surface mag...
Quantitative analysis of magnetic force microscope (MFM) images is only possible if the magnetic sta...
The magnetic microstructure in a Co/Pt multilayer has been imaged by magnetic force microscopy emplo...
The magnetic force microscopy of soft magnetic materials is a challenge due to the perturbing effect...
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