We demonstrate that energy selective scanning electron microscopy can lead to substantial dopant contrast and resolution improvements (compared to standard SEM) when the energy selection is carried out based on Monte Carlo modelled secondary electron spectra in combination with detector transfer modelling
High spatial resolution microanalysis in scanning transmission electron microscopes is most easily p...
We report the working of a novel detector design based on a Bessel Box (BB) electron energy analyser...
Large area electron microscopy (EM) imaging has long been difficult due to fundamental limits in thr...
One of the ten most important challenges facing the semiconductor industry is to obtain an accurate ...
One of the major improvements in transmission electron microscopy over the last years is the additio...
This is the author accepted manuscript. The final version is available from Elsevier via http://dx.d...
Both scanning electron microscopes (SEM) and helium ion microscopes (HeIM) are based on the same pri...
The growing use of secondary electron imaging in the scanning electron microscope (SEM) to map dopan...
To correlate an electron image with surface properties requires thorough understanding of electron-s...
That the fine structure of secondary electron emission spectra (SES) from carbon fibres is effected ...
Secondary electron filtering in Scanning Electron Microscope (SEM) has been in use for over\na decad...
The continued development of electron probe aberration correctors for scanning transmission electron...
The Secondary Electron signal is traditionally used in Scanning Electron Microscopy to provide topog...
There is an urgent need for fast, non-destructive and quantitative two-dimensional dopant profiling ...
Energy-filtered (or selected) electron imag-ing is one of the future directions of high-resolution e...
High spatial resolution microanalysis in scanning transmission electron microscopes is most easily p...
We report the working of a novel detector design based on a Bessel Box (BB) electron energy analyser...
Large area electron microscopy (EM) imaging has long been difficult due to fundamental limits in thr...
One of the ten most important challenges facing the semiconductor industry is to obtain an accurate ...
One of the major improvements in transmission electron microscopy over the last years is the additio...
This is the author accepted manuscript. The final version is available from Elsevier via http://dx.d...
Both scanning electron microscopes (SEM) and helium ion microscopes (HeIM) are based on the same pri...
The growing use of secondary electron imaging in the scanning electron microscope (SEM) to map dopan...
To correlate an electron image with surface properties requires thorough understanding of electron-s...
That the fine structure of secondary electron emission spectra (SES) from carbon fibres is effected ...
Secondary electron filtering in Scanning Electron Microscope (SEM) has been in use for over\na decad...
The continued development of electron probe aberration correctors for scanning transmission electron...
The Secondary Electron signal is traditionally used in Scanning Electron Microscopy to provide topog...
There is an urgent need for fast, non-destructive and quantitative two-dimensional dopant profiling ...
Energy-filtered (or selected) electron imag-ing is one of the future directions of high-resolution e...
High spatial resolution microanalysis in scanning transmission electron microscopes is most easily p...
We report the working of a novel detector design based on a Bessel Box (BB) electron energy analyser...
Large area electron microscopy (EM) imaging has long been difficult due to fundamental limits in thr...