Add to ORKGAccurate calculations of the axial chromatic aberration coefficients of geometrically symmetric three-cylinder tripotential electrostatic lenses are presented for two different center electrode lengths. This is an extension of the first-order properties and the third-order spherical aberration coefficients published by Harting and Read
This paper describes theoretical modelling of electrostatic lenses based on 3, 4 and 5 closely space...
In this paper third-, fifth-, seventh-, and ninth-order geometric spherical aberrations for Hurter&a...
Based on the electron optical canonical aberration theory, up to the fifth-order geometric aberratio...
In the present paper third order chromatic aberrations have been computed for an immersion lens and ...
In this paper the first- and third-order chromatic aberrations of electrostatic round lenses have be...
Glaser and Robl (Z. Angew. Math. Phys. 2 (1951) 444) first proposed a theoretical model for a bi-pot...
In this paper, based on electron optical canonical aberration theory, all the analytical formulas of...
In this paper electron optical canonical aberration theory and the generalized integration transform...
In the present paper, Gaussian optical property in the bi-potential electrostatic and the bell-shape...
A simple accurate method is presented of calculating the potential in lenses composed of three cylin...
We developed a technique for measuring the focal properties and the magnification behaviour oi elect...
Using a computer model of a two cylinder electrostatic lens, some novel relationships have been foun...
Starting from well established knowledge in light-optics we explore the question if electron-optical...
In this paper third-, fifth-, seventh-, and ninth-order geometric spherical aberrations for Hutter&a...
In the present paper, the analytical analysis and numerical calculation of ultrahigh-order (up to th...
This paper describes theoretical modelling of electrostatic lenses based on 3, 4 and 5 closely space...
In this paper third-, fifth-, seventh-, and ninth-order geometric spherical aberrations for Hurter&a...
Based on the electron optical canonical aberration theory, up to the fifth-order geometric aberratio...
In the present paper third order chromatic aberrations have been computed for an immersion lens and ...
In this paper the first- and third-order chromatic aberrations of electrostatic round lenses have be...
Glaser and Robl (Z. Angew. Math. Phys. 2 (1951) 444) first proposed a theoretical model for a bi-pot...
In this paper, based on electron optical canonical aberration theory, all the analytical formulas of...
In this paper electron optical canonical aberration theory and the generalized integration transform...
In the present paper, Gaussian optical property in the bi-potential electrostatic and the bell-shape...
A simple accurate method is presented of calculating the potential in lenses composed of three cylin...
We developed a technique for measuring the focal properties and the magnification behaviour oi elect...
Using a computer model of a two cylinder electrostatic lens, some novel relationships have been foun...
Starting from well established knowledge in light-optics we explore the question if electron-optical...
In this paper third-, fifth-, seventh-, and ninth-order geometric spherical aberrations for Hutter&a...
In the present paper, the analytical analysis and numerical calculation of ultrahigh-order (up to th...
This paper describes theoretical modelling of electrostatic lenses based on 3, 4 and 5 closely space...
In this paper third-, fifth-, seventh-, and ninth-order geometric spherical aberrations for Hurter&a...
Based on the electron optical canonical aberration theory, up to the fifth-order geometric aberratio...