In this paper, fifth-order geometric aberrations of round electron lenses have been restudied. Improved analytical formulae of the aberration coefficients were derived by the computer algebra software-Mathematica-and their correctness verified by cross-checking with numerical integration and differential algebraic techniques for a given electromagnetic lens.Physics, AppliedSCI(E)EI3ARTICLE5653-6593
The aberration coefficients are important optical characteristics of the electron optical system. Th...
In the present paper, Gaussian optical property in the bi-potential electrostatic and the bell-shape...
In this paper third-, fifth-, seventh-, and ninth-order geometric spherical aberrations for Hurter&a...
The author has developed canonical aberration theory, and has performed a generalized integration tr...
In this paper the fifth-order canonical geometric aberration patterns are analyzed and a numerical e...
The author has developed canonical aberration theory, and has performed a generalized integration tr...
In this paper, based on electron optical canonical aberration theory, all the analytical formulas of...
Based on the electron optical canonical aberration theory, up to the fifth-order geometric aberratio...
In this paper the modern map method is applied to the third- and fifth-order aberration analysis of ...
Using Hamiltonian representation, the author (J. Ximen) has developed canonical aberration theory, a...
Using Hamiltonian representation, the author (J. Ximen) has developed canonical aberration theory, a...
In this paper the first- and third-order chromatic aberrations of electrostatic round lenses have be...
In this paper up to fifth-order geometric and third-order chromatic aberration coefficients of typic...
In the present paper third order chromatic aberrations have been computed for an immersion lens and ...
The author (J. Ximen) has developed canonical aberration theory, performed a generalized integration...
The aberration coefficients are important optical characteristics of the electron optical system. Th...
In the present paper, Gaussian optical property in the bi-potential electrostatic and the bell-shape...
In this paper third-, fifth-, seventh-, and ninth-order geometric spherical aberrations for Hurter&a...
The author has developed canonical aberration theory, and has performed a generalized integration tr...
In this paper the fifth-order canonical geometric aberration patterns are analyzed and a numerical e...
The author has developed canonical aberration theory, and has performed a generalized integration tr...
In this paper, based on electron optical canonical aberration theory, all the analytical formulas of...
Based on the electron optical canonical aberration theory, up to the fifth-order geometric aberratio...
In this paper the modern map method is applied to the third- and fifth-order aberration analysis of ...
Using Hamiltonian representation, the author (J. Ximen) has developed canonical aberration theory, a...
Using Hamiltonian representation, the author (J. Ximen) has developed canonical aberration theory, a...
In this paper the first- and third-order chromatic aberrations of electrostatic round lenses have be...
In this paper up to fifth-order geometric and third-order chromatic aberration coefficients of typic...
In the present paper third order chromatic aberrations have been computed for an immersion lens and ...
The author (J. Ximen) has developed canonical aberration theory, performed a generalized integration...
The aberration coefficients are important optical characteristics of the electron optical system. Th...
In the present paper, Gaussian optical property in the bi-potential electrostatic and the bell-shape...
In this paper third-, fifth-, seventh-, and ninth-order geometric spherical aberrations for Hurter&a...