Add to ORKGA numerical analysis of a magnetic deflection system with a magnetic lens has been studied. Several electron trajectories were computed to find the disc of minimum confusion. Pincushion distortion and anisotropic distortion were observed. The spot was varied by changing one of the following parameters, deflection current, anode voltage, and the distance between the magnetic lens and the magnetic deflection field. One-dimensional and two-dimensional deflection systems were analyzed. Techniques to reduce the spot distortion, such as dynamic focusing and anastigmatism, were verified numerically.Electrical and Computer Engineering, Department o
The research aims to analysis of condenser magnetic lens in the scanning electron microscope using n...
The foil lens, in which the voltage is applied between an aperture diaphragm and a conducting foil, ...
Magnetic lenses are crucial components in the electron beam melting process used for 3d-printing at ...
In the authors' previous paper, variational deflection aberration theory has been developed for...
The aim of this master's thesis is to explore and study dynamic aberration correction options in ele...
A new improved deflection system free from aberrations constructing of stigmator, double electric de...
The present dissertation is concerned with the determination of the magnetic field distribution in m...
Magnetic electron objective lens is of a great importance for electron microscope intended for high ...
This thesis deals with computing of the magnetic lens with a perturbed pole piece due to manufacturi...
A system of postionally stationary magnets is analyzed for the continuously variable deflection of a...
This thesis investigates the design of quadrupole probe forming lens systems with resolution in the ...
A function for the electron beam trajectory has been used in the present work with respect of a cert...
No single volume has been entirely devoted to the properties of magnetic lenses, so far as I am awar...
In the course of an attempt to find reversible relations between the parameters describing the traje...
A unified deflection aberration theory has been further developed for magnetic deflection systems wi...
The research aims to analysis of condenser magnetic lens in the scanning electron microscope using n...
The foil lens, in which the voltage is applied between an aperture diaphragm and a conducting foil, ...
Magnetic lenses are crucial components in the electron beam melting process used for 3d-printing at ...
In the authors' previous paper, variational deflection aberration theory has been developed for...
The aim of this master's thesis is to explore and study dynamic aberration correction options in ele...
A new improved deflection system free from aberrations constructing of stigmator, double electric de...
The present dissertation is concerned with the determination of the magnetic field distribution in m...
Magnetic electron objective lens is of a great importance for electron microscope intended for high ...
This thesis deals with computing of the magnetic lens with a perturbed pole piece due to manufacturi...
A system of postionally stationary magnets is analyzed for the continuously variable deflection of a...
This thesis investigates the design of quadrupole probe forming lens systems with resolution in the ...
A function for the electron beam trajectory has been used in the present work with respect of a cert...
No single volume has been entirely devoted to the properties of magnetic lenses, so far as I am awar...
In the course of an attempt to find reversible relations between the parameters describing the traje...
A unified deflection aberration theory has been further developed for magnetic deflection systems wi...
The research aims to analysis of condenser magnetic lens in the scanning electron microscope using n...
The foil lens, in which the voltage is applied between an aperture diaphragm and a conducting foil, ...
Magnetic lenses are crucial components in the electron beam melting process used for 3d-printing at ...