Differences in the magnetic domain patterns of high permeability grain-oriented (HGO) electrical steel have been compared using a modified Bitter technique and the magneto-optical Kerr method. Distinct differences in the domain images were observed which have been attributed to the greater sensitivity of the Bitter technique to the degree of misorientation of the crystal grains. Electron backscatter diffraction (EBSD) analysis was also carried out to confirm the degree of crystal misorientation for the area under investigation. The results show that the Bitter technique is most effective in detecting the presence of low angle grain boundaries but less accurate than the Kerr method for determining the absolute direction of magnetization
A microcomputer-based apparatus for the detection of grain structures in grain-oriented electrical s...
A new versatile scanning hardware based on a Micromagnetics ® STJ-020 MgO-based tunnelling magnetore...
Magnetic domains of a (110)[001] grain-oriented electrical steel (GOES) were investigated at tempera...
Differences in the magnetic domain patterns of high permeability grain-oriented (HGO) electrical ste...
We studied the influence of the grain boundary characteristics on the configuration and behavior of ...
Direct, real time domain observations in electrical steel during its magnetisation at 50 Hz and 75 H...
The deviation angle of the easy magnetisation -axes from the rolling direction (RD) strongly affects...
Localised magnetic flux density, magnetising field and power loss are believed to distribute non-uni...
A Hall probe scanner has been developed capable of imaging both static and dynamic magnetic domains ...
Abstract—An innovative image processing methodology is pro-posed to draw the magnetization curves of...
While classically used to visualise the magnetic microstructure of functional materials e.g., for m...
DoctorGrain-oriented (GO) electrical steel is mainly used in the core materials for power transforme...
Magnetic properties of electrical steels such as magnetic permeability and electrical losses are mai...
This paper elaborates the sample preparation protocols required to obtain optimal domain patterns us...
Bitter method is most commonly observing way of the magnetic domain walls even though it is limited ...
A microcomputer-based apparatus for the detection of grain structures in grain-oriented electrical s...
A new versatile scanning hardware based on a Micromagnetics ® STJ-020 MgO-based tunnelling magnetore...
Magnetic domains of a (110)[001] grain-oriented electrical steel (GOES) were investigated at tempera...
Differences in the magnetic domain patterns of high permeability grain-oriented (HGO) electrical ste...
We studied the influence of the grain boundary characteristics on the configuration and behavior of ...
Direct, real time domain observations in electrical steel during its magnetisation at 50 Hz and 75 H...
The deviation angle of the easy magnetisation -axes from the rolling direction (RD) strongly affects...
Localised magnetic flux density, magnetising field and power loss are believed to distribute non-uni...
A Hall probe scanner has been developed capable of imaging both static and dynamic magnetic domains ...
Abstract—An innovative image processing methodology is pro-posed to draw the magnetization curves of...
While classically used to visualise the magnetic microstructure of functional materials e.g., for m...
DoctorGrain-oriented (GO) electrical steel is mainly used in the core materials for power transforme...
Magnetic properties of electrical steels such as magnetic permeability and electrical losses are mai...
This paper elaborates the sample preparation protocols required to obtain optimal domain patterns us...
Bitter method is most commonly observing way of the magnetic domain walls even though it is limited ...
A microcomputer-based apparatus for the detection of grain structures in grain-oriented electrical s...
A new versatile scanning hardware based on a Micromagnetics ® STJ-020 MgO-based tunnelling magnetore...
Magnetic domains of a (110)[001] grain-oriented electrical steel (GOES) were investigated at tempera...