Based on theory of electron beam optics,the beam optical calculations for animmersion lens and a unipotential lens have been performed.The computational results showthat the beam optical calculations are consistent to the ray tracing and that the beam emittanceis conserved,even if the third orde...04331-34
To calculate the beam transport in the ion optical systems accurately, a beam dynamics computer prog...
Abstract Beam separators are utilized for splitting the illuminating electrons from the imaging elec...
The aberration coefficients are important optical characteristics of the electron optical system. Th...
In rotationally symmetrical electron optical systems, the geometrical aberrations are defined as the...
In the author's previous paper, the theory of electron beam optics in a rotationally symmetrica...
In the present paper third order chromatic aberrations have been computed for an immersion lens and ...
The author has developed canonical aberration theory, and has performed a generalized integration tr...
The author has developed canonical aberration theory, and has performed a generalized integration tr...
Accurate calculations of the axial chromatic aberration coefficients of geometrically symmetric thre...
In this paper the first- and third-order chromatic aberrations of electrostatic round lenses have be...
In this paper, based on electron optical canonical aberration theory, all the analytical formulas of...
Analytical computation of aberation of electrostatic and magnetostatic lenses is widely accepted and...
Glaser and Robl (Z. Angew. Math. Phys. 2 (1951) 444) first proposed a theoretical model for a bi-pot...
Micro-Einzel lenses always suffer from chromatic and spherical aberration, even when the electron be...
Based on the electron optical canonical aberration theory, up to the fifth-order geometric aberratio...
To calculate the beam transport in the ion optical systems accurately, a beam dynamics computer prog...
Abstract Beam separators are utilized for splitting the illuminating electrons from the imaging elec...
The aberration coefficients are important optical characteristics of the electron optical system. Th...
In rotationally symmetrical electron optical systems, the geometrical aberrations are defined as the...
In the author's previous paper, the theory of electron beam optics in a rotationally symmetrica...
In the present paper third order chromatic aberrations have been computed for an immersion lens and ...
The author has developed canonical aberration theory, and has performed a generalized integration tr...
The author has developed canonical aberration theory, and has performed a generalized integration tr...
Accurate calculations of the axial chromatic aberration coefficients of geometrically symmetric thre...
In this paper the first- and third-order chromatic aberrations of electrostatic round lenses have be...
In this paper, based on electron optical canonical aberration theory, all the analytical formulas of...
Analytical computation of aberation of electrostatic and magnetostatic lenses is widely accepted and...
Glaser and Robl (Z. Angew. Math. Phys. 2 (1951) 444) first proposed a theoretical model for a bi-pot...
Micro-Einzel lenses always suffer from chromatic and spherical aberration, even when the electron be...
Based on the electron optical canonical aberration theory, up to the fifth-order geometric aberratio...
To calculate the beam transport in the ion optical systems accurately, a beam dynamics computer prog...
Abstract Beam separators are utilized for splitting the illuminating electrons from the imaging elec...
The aberration coefficients are important optical characteristics of the electron optical system. Th...