BACKSCATTERED ELECTRON CONTRAST ON CROSS-SECTIONS OF INTERFACES AND MULTILAYERS IN THE SCANNING ELECTRON-MICROSCOPE

Backscattered electron (BSE) profiles from single interfaces in bulk cross-section semiconductor specimens are distorted by a 'dip' and 'bump' effect. A deconvolution/convolution method was recently developed [Konkol et al., Ultramicroscopy 55 (1994) 183] to eliminate these disto...

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Main Authors: Konkol, A, Booker, G, Wilshaw, P
Format: Journal article
Language:English
Published: Elsevier 1995
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author Konkol, A
Booker, G
Wilshaw, P
author_facet Konkol, A
Booker, G
Wilshaw, P
author_sort Konkol, A
collection OXFORD
description Backscattered electron (BSE) profiles from single interfaces in bulk cross-section semiconductor specimens are distorted by a 'dip' and 'bump' effect. A deconvolution/convolution method was recently developed [Konkol et al., Ultramicroscopy 55 (1994) 183] to eliminate these distortions, improve the resolution and produce 'correct' composition profiles. This method is now applied to multilayer specimens and the results show how the recently reported high lateral resolutions and anomalously high layer contrast arise and a physical interpretation is given to explain these behaviours. The findings suggest that the deconvolution/convolution method could be used to obtain composition profiles from multilayer BSE profiles, enabling the resolution to be further improved and the layer compositions to be determined.
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spelling oxford-uuid:0e5d7e89-3f49-4ec5-b627-71b1c799451e2022-03-26T09:45:34ZBACKSCATTERED ELECTRON CONTRAST ON CROSS-SECTIONS OF INTERFACES AND MULTILAYERS IN THE SCANNING ELECTRON-MICROSCOPEJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:0e5d7e89-3f49-4ec5-b627-71b1c799451eEnglishSymplectic Elements at OxfordElsevier1995Konkol, ABooker, GWilshaw, PBackscattered electron (BSE) profiles from single interfaces in bulk cross-section semiconductor specimens are distorted by a 'dip' and 'bump' effect. A deconvolution/convolution method was recently developed [Konkol et al., Ultramicroscopy 55 (1994) 183] to eliminate these distortions, improve the resolution and produce 'correct' composition profiles. This method is now applied to multilayer specimens and the results show how the recently reported high lateral resolutions and anomalously high layer contrast arise and a physical interpretation is given to explain these behaviours. The findings suggest that the deconvolution/convolution method could be used to obtain composition profiles from multilayer BSE profiles, enabling the resolution to be further improved and the layer compositions to be determined.
spellingShingle Konkol, A
Booker, G
Wilshaw, P
BACKSCATTERED ELECTRON CONTRAST ON CROSS-SECTIONS OF INTERFACES AND MULTILAYERS IN THE SCANNING ELECTRON-MICROSCOPE
title BACKSCATTERED ELECTRON CONTRAST ON CROSS-SECTIONS OF INTERFACES AND MULTILAYERS IN THE SCANNING ELECTRON-MICROSCOPE
title_full BACKSCATTERED ELECTRON CONTRAST ON CROSS-SECTIONS OF INTERFACES AND MULTILAYERS IN THE SCANNING ELECTRON-MICROSCOPE
title_fullStr BACKSCATTERED ELECTRON CONTRAST ON CROSS-SECTIONS OF INTERFACES AND MULTILAYERS IN THE SCANNING ELECTRON-MICROSCOPE
title_full_unstemmed BACKSCATTERED ELECTRON CONTRAST ON CROSS-SECTIONS OF INTERFACES AND MULTILAYERS IN THE SCANNING ELECTRON-MICROSCOPE
title_short BACKSCATTERED ELECTRON CONTRAST ON CROSS-SECTIONS OF INTERFACES AND MULTILAYERS IN THE SCANNING ELECTRON-MICROSCOPE
title_sort backscattered electron contrast on cross sections of interfaces and multilayers in the scanning electron microscope
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AT bookerg backscatteredelectroncontrastoncrosssectionsofinterfacesandmultilayersinthescanningelectronmicroscope
AT wilshawp backscatteredelectroncontrastoncrosssectionsofinterfacesandmultilayersinthescanningelectronmicroscope