Add to ORKGIn the author's previous paper, the theory of electron beam optics in a rotationally symmetrical system was developed. Based on the same theoretical methodology (i. e. Liouville's theorem and the perturbation method), the theory of electron beam optics in a combined focusing-deflection system possessing third order aberrations has been established in the present paper. The influences of electromagnetic deflection fields upon the characteristics of the transport of electron beams have also been discussed.EI0389-937
In the present paper, Gaussian optical property in the bi-potential electrostatic and the bell-shape...
This second edition is an extended version of the first edition of Geometrical Charged-Particle Opti...
In this paper the first- and third-order chromatic aberrations of electrostatic round lenses have be...
Based on the author's previous papers a theory of electron beam optics in complex six-dimension...
In rotationally symmetrical electron optical systems, the geometrical aberrations are defined as the...
Electron optical aberration theory for combined electromagnetic focusing deflection systems with cur...
Based on theory of electron beam optics,the beam optical calculations for animmersion lens and a uni...
The author has developed canonical aberration theory, and has performed a generalized integration tr...
This paper summarizes theoretical research on electron optics in the field of electron microscopy th...
The author has developed canonical aberration theory, and has performed a generalized integration tr...
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...
Micro-Einzel lenses always suffer from chromatic and spherical aberration, even when the electron be...
Analysis, simulation, and design of electron-beam-deflection systems are reviewed in light of the cu...
In the present paper third order chromatic aberrations have been computed for an immersion lens and ...
In the present paper, Gaussian optical property in the bi-potential electrostatic and the bell-shape...
This second edition is an extended version of the first edition of Geometrical Charged-Particle Opti...
In this paper the first- and third-order chromatic aberrations of electrostatic round lenses have be...
Based on the author's previous papers a theory of electron beam optics in complex six-dimension...
In rotationally symmetrical electron optical systems, the geometrical aberrations are defined as the...
Electron optical aberration theory for combined electromagnetic focusing deflection systems with cur...
Based on theory of electron beam optics,the beam optical calculations for animmersion lens and a uni...
The author has developed canonical aberration theory, and has performed a generalized integration tr...
This paper summarizes theoretical research on electron optics in the field of electron microscopy th...
The author has developed canonical aberration theory, and has performed a generalized integration tr...
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...
Micro-Einzel lenses always suffer from chromatic and spherical aberration, even when the electron be...
Analysis, simulation, and design of electron-beam-deflection systems are reviewed in light of the cu...
In the present paper third order chromatic aberrations have been computed for an immersion lens and ...
In the present paper, Gaussian optical property in the bi-potential electrostatic and the bell-shape...
This second edition is an extended version of the first edition of Geometrical Charged-Particle Opti...
In this paper the first- and third-order chromatic aberrations of electrostatic round lenses have be...