DOIAbstract
Scaling down the dimensions of a conventional magnetic objective lens to reduce aberrations is studied in detail. The value of other aberration coefficients for optimum lens size corresponding to desired minimum aberration are estimated
Scaling down the dimensions of a conventional magnetic objective lens to reduce aberrations is studied in detail. The value of other aberration coefficients for optimum lens size corresponding to desired minimum aberration are estimated
The main goal of the present research is to determine whether there is a significant difference betw...
Abstract: Monocentric lenses (MC) enable panoramic high-resolution imaging, but have not been fully ...
An optimization calculation is made to find the optimum properties of combined quadrupole lens which...
The main factors limit the field of the magnetic lenses are the current density σ and the accelerat...
A theoretical approach for reducing multiple monochromatic aberrations using a flat metalens doublet...
Magnetic electron objective lens is of a great importance for electron microscope intended for high ...
A function for the electron beam trajectory has been used in the present work with respect of a cert...
Abstract: A comparison has been made of the third-order (spherical) aberrations in magnetic quadrupo...
Based on the microscope objective database and systematic classification introduced in Part I, the Z...
The foil lens, in which the voltage is applied between an aperture diaphragm and a conducting foil, ...
This thesis investigates the design of quadrupole probe forming lens systems with resolution in the ...
The research aims to analysis of condenser magnetic lens in the scanning electron microscope using n...
Thesis (M.S.)--University of Rochester. College of Engineering and Applied Science. Institute of Opt...
In this study the design of asymmetrical double polepiece magnetic lens and study their objective fo...
<p>Lateral and axial resolutions measured with the 20× and 40× magnification objective lenses, respe...
The main goal of the present research is to determine whether there is a significant difference betw...
Abstract: Monocentric lenses (MC) enable panoramic high-resolution imaging, but have not been fully ...
An optimization calculation is made to find the optimum properties of combined quadrupole lens which...
The main factors limit the field of the magnetic lenses are the current density σ and the accelerat...
A theoretical approach for reducing multiple monochromatic aberrations using a flat metalens doublet...
Magnetic electron objective lens is of a great importance for electron microscope intended for high ...
A function for the electron beam trajectory has been used in the present work with respect of a cert...
Abstract: A comparison has been made of the third-order (spherical) aberrations in magnetic quadrupo...
Based on the microscope objective database and systematic classification introduced in Part I, the Z...
The foil lens, in which the voltage is applied between an aperture diaphragm and a conducting foil, ...
This thesis investigates the design of quadrupole probe forming lens systems with resolution in the ...
The research aims to analysis of condenser magnetic lens in the scanning electron microscope using n...
Thesis (M.S.)--University of Rochester. College of Engineering and Applied Science. Institute of Opt...
In this study the design of asymmetrical double polepiece magnetic lens and study their objective fo...
<p>Lateral and axial resolutions measured with the 20× and 40× magnification objective lenses, respe...
The main goal of the present research is to determine whether there is a significant difference betw...
Abstract: Monocentric lenses (MC) enable panoramic high-resolution imaging, but have not been fully ...
An optimization calculation is made to find the optimum properties of combined quadrupole lens which...
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