Signal processing from modern microscopes for local characteristics of materials Image processing is more and more important for the advancement of image evaluation taken from microscopes. This thesis engages the problem of artefact detection and removal from images taken by electron microscope, more accurately by low energy electron microscopy (LEEM). It then offers a possible course of processing such images by edge detection and its theoretical use. These operations are all made in MatLAB language
Modern scanning electron microscopes (SEM) are equipped with a very sophisticated detection system t...
This thesis deals with methods of improving the quality of image output of an electron microscope by...
Secondary electron microscope images (SEIs) are analyzed in an automatic system to provide material ...
This thesis describes the physical nature of corrections of an electron microscope and mathematical ...
This article is summarizing the general subtask pipeline during the processing and analysis of elect...
Microscopical metallography is a well established field with a long history of techniques for measur...
In developing new materials, the characterization of microstructures is one of the key steps. To cha...
Tomographic analysis produces 3D images of examined material in nanoscale by focus ion beam (FIB). T...
We develop several approaches to understand and interpret image contrast in mirror electron microsco...
In low-energy electron microscopy (LEEM) we commonly encounter images which, beside amplitude contra...
Les techniques d'analyse des images présentées dans cette thèse sont élaborées dans le cadre du Proj...
X GEFES 2018 Meeting, Valencia 24-26 january, 2018 . -- https://gefes-rsef.org/gefes2018/Low-energy ...
A Fourier optics calculation of image formation in low energy electron microscopy (LEEM) is presente...
This thesis deals with description of the microscopic techniques that are used to analyse materials....
Low energy electron microscopy (LEEM) and spin polarized LEEM (SPLEEM) are two powerful in situ tech...
Modern scanning electron microscopes (SEM) are equipped with a very sophisticated detection system t...
This thesis deals with methods of improving the quality of image output of an electron microscope by...
Secondary electron microscope images (SEIs) are analyzed in an automatic system to provide material ...
This thesis describes the physical nature of corrections of an electron microscope and mathematical ...
This article is summarizing the general subtask pipeline during the processing and analysis of elect...
Microscopical metallography is a well established field with a long history of techniques for measur...
In developing new materials, the characterization of microstructures is one of the key steps. To cha...
Tomographic analysis produces 3D images of examined material in nanoscale by focus ion beam (FIB). T...
We develop several approaches to understand and interpret image contrast in mirror electron microsco...
In low-energy electron microscopy (LEEM) we commonly encounter images which, beside amplitude contra...
Les techniques d'analyse des images présentées dans cette thèse sont élaborées dans le cadre du Proj...
X GEFES 2018 Meeting, Valencia 24-26 january, 2018 . -- https://gefes-rsef.org/gefes2018/Low-energy ...
A Fourier optics calculation of image formation in low energy electron microscopy (LEEM) is presente...
This thesis deals with description of the microscopic techniques that are used to analyse materials....
Low energy electron microscopy (LEEM) and spin polarized LEEM (SPLEEM) are two powerful in situ tech...
Modern scanning electron microscopes (SEM) are equipped with a very sophisticated detection system t...
This thesis deals with methods of improving the quality of image output of an electron microscope by...
Secondary electron microscope images (SEIs) are analyzed in an automatic system to provide material ...