The possibility of separating the topographical and chemical information in a polymer nano-composite using low-voltage SEM imaging is demonstrated, when images are acquired with a Concentric Backscattered (CBS) detector. This separation of chemical and topographical information is based on the different angular distribution of electron scattering which were calculated using a Monte Carlo simulation. The simulation based on angular restricted detection was applied to a semi-branched PNIPAM/PEGDA interpenetration network for which a linear relationship of topography SEM contrast and feature height data was observed
Small particles (Cu, Ag, In, Sn, Au, also MgO and NaCl) were prepared in the diameter range from 1 n...
AbstractThis feature article summarizes recent advances in an emerging three-dimensional (3D) imagin...
Understanding nanoscale molecular order within organic electronic materials is a crucial factor in b...
The possibility of separating the topographical and chemical information in a polymer nano-composit...
Recently developed detectors can deliver high resolution and high contrast images of nanostructured ...
AbstractRecently developed detectors can deliver high resolution and high contrast images of nanostr...
Recently developed detectors can deliver high resolution and high contrast images of nanostructured ...
With organic photovoltaic (OPV) technology moving towards commercialisation, high-throughput analyti...
This study is concerned with backscattered electron scanning electron microscopy (BSE SEM) contrast ...
New microscopy techniques are increasing accessible, yielding hitherto unavailable information on th...
The resolution capability of the scanning electron microscope has increased immensely in recent year...
Scanning electron microscopy (SEM) images of polymer blends followed by digital image analysis is a ...
Despite many studies of subsurface imaging of carbon nanotube (CNT)-polymer composites via scanning ...
We reveal nanoscale information of semi-crystalline polypropyl-ene with the use of a new secondary e...
We reveal nanoscale information of semi-crystalline polypropylene with the use of a new secondary el...
Small particles (Cu, Ag, In, Sn, Au, also MgO and NaCl) were prepared in the diameter range from 1 n...
AbstractThis feature article summarizes recent advances in an emerging three-dimensional (3D) imagin...
Understanding nanoscale molecular order within organic electronic materials is a crucial factor in b...
The possibility of separating the topographical and chemical information in a polymer nano-composit...
Recently developed detectors can deliver high resolution and high contrast images of nanostructured ...
AbstractRecently developed detectors can deliver high resolution and high contrast images of nanostr...
Recently developed detectors can deliver high resolution and high contrast images of nanostructured ...
With organic photovoltaic (OPV) technology moving towards commercialisation, high-throughput analyti...
This study is concerned with backscattered electron scanning electron microscopy (BSE SEM) contrast ...
New microscopy techniques are increasing accessible, yielding hitherto unavailable information on th...
The resolution capability of the scanning electron microscope has increased immensely in recent year...
Scanning electron microscopy (SEM) images of polymer blends followed by digital image analysis is a ...
Despite many studies of subsurface imaging of carbon nanotube (CNT)-polymer composites via scanning ...
We reveal nanoscale information of semi-crystalline polypropyl-ene with the use of a new secondary e...
We reveal nanoscale information of semi-crystalline polypropylene with the use of a new secondary el...
Small particles (Cu, Ag, In, Sn, Au, also MgO and NaCl) were prepared in the diameter range from 1 n...
AbstractThis feature article summarizes recent advances in an emerging three-dimensional (3D) imagin...
Understanding nanoscale molecular order within organic electronic materials is a crucial factor in b...