An investigation of secondary electron emission from ZnO based nanomaterials for future applications in radiation detectors
Abstract This paper discusses the use of nanomaterials for the improved performance of time-of-flight particle detectors based on secondary electron emission (SEE). The purpose of the research presented in this paper is to find a nanomaterial that has a higher SEE than gold. In this article, we pres...
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2021
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oai:doaj.org-article:00eb05e5cabd4cdab8e7ca32e9bb8b902021-12-02T14:12:09ZAn investigation of secondary electron emission from ZnO based nanomaterials for future applications in radiation detectors10.1038/s41598-020-80788-y2045-2322https://doaj.org/article/00eb05e5cabd4cdab8e7ca32e9bb8b902021-01-01T00:00:00Zhttps://doi.org/10.1038/s41598-020-80788-yhttps://doaj.org/toc/2045-2322Abstract This paper discusses the use of nanomaterials for the improved performance of time-of-flight particle detectors based on secondary electron emission (SEE). The purpose of the research presented in this paper is to find a nanomaterial that has a higher SEE than gold. In this article, we present a measurement of the SEE properties from 1D (one-dimensional) nanostructures of ZnO and ZnO/GaN (ZnO with GaN coating) composed of a mostly regular pattern of nanotubes grown on a thin Si3N4 substrate. The study was performed with 4.77 meV/u Au beam. We observed an average increase of 2.5 in the SEE properties from the 1D ZnO nanotubes compared to gold.P. BoutachkovK. O. VossK. LeeM. S. SongC. YiM. CappellazzoW. KondziołkaA. LiskowiczM. CholewaNature PortfolioarticleMedicineRScienceQENScientific Reports, Vol 11, Iss 1, Pp 1-8 (2021) |
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Medicine R Science Q P. Boutachkov K. O. Voss K. Lee M. S. Song C. Yi M. Cappellazzo W. Kondziołka A. Liskowicz M. Cholewa An investigation of secondary electron emission from ZnO based nanomaterials for future applications in radiation detectors |
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Abstract This paper discusses the use of nanomaterials for the improved performance of time-of-flight particle detectors based on secondary electron emission (SEE). The purpose of the research presented in this paper is to find a nanomaterial that has a higher SEE than gold. In this article, we present a measurement of the SEE properties from 1D (one-dimensional) nanostructures of ZnO and ZnO/GaN (ZnO with GaN coating) composed of a mostly regular pattern of nanotubes grown on a thin Si3N4 substrate. The study was performed with 4.77 meV/u Au beam. We observed an average increase of 2.5 in the SEE properties from the 1D ZnO nanotubes compared to gold. |
format |
article |
author |
P. Boutachkov K. O. Voss K. Lee M. S. Song C. Yi M. Cappellazzo W. Kondziołka A. Liskowicz M. Cholewa |
author_facet |
P. Boutachkov K. O. Voss K. Lee M. S. Song C. Yi M. Cappellazzo W. Kondziołka A. Liskowicz M. Cholewa |
author_sort |
P. Boutachkov |
title |
An investigation of secondary electron emission from ZnO based nanomaterials for future applications in radiation detectors |
title_short |
An investigation of secondary electron emission from ZnO based nanomaterials for future applications in radiation detectors |
title_full |
An investigation of secondary electron emission from ZnO based nanomaterials for future applications in radiation detectors |
title_fullStr |
An investigation of secondary electron emission from ZnO based nanomaterials for future applications in radiation detectors |
title_full_unstemmed |
An investigation of secondary electron emission from ZnO based nanomaterials for future applications in radiation detectors |
title_sort |
investigation of secondary electron emission from zno based nanomaterials for future applications in radiation detectors |
publisher |
Nature Portfolio |
publishDate |
2021 |
url |
https://doaj.org/article/00eb05e5cabd4cdab8e7ca32e9bb8b90 |
work_keys_str_mv |
AT pboutachkov aninvestigationofsecondaryelectronemissionfromznobasednanomaterialsforfutureapplicationsinradiationdetectors AT kovoss aninvestigationofsecondaryelectronemissionfromznobasednanomaterialsforfutureapplicationsinradiationdetectors AT klee aninvestigationofsecondaryelectronemissionfromznobasednanomaterialsforfutureapplicationsinradiationdetectors AT mssong aninvestigationofsecondaryelectronemissionfromznobasednanomaterialsforfutureapplicationsinradiationdetectors AT cyi aninvestigationofsecondaryelectronemissionfromznobasednanomaterialsforfutureapplicationsinradiationdetectors AT mcappellazzo aninvestigationofsecondaryelectronemissionfromznobasednanomaterialsforfutureapplicationsinradiationdetectors AT wkondziołka aninvestigationofsecondaryelectronemissionfromznobasednanomaterialsforfutureapplicationsinradiationdetectors AT aliskowicz aninvestigationofsecondaryelectronemissionfromznobasednanomaterialsforfutureapplicationsinradiationdetectors AT mcholewa aninvestigationofsecondaryelectronemissionfromznobasednanomaterialsforfutureapplicationsinradiationdetectors AT pboutachkov investigationofsecondaryelectronemissionfromznobasednanomaterialsforfutureapplicationsinradiationdetectors AT kovoss investigationofsecondaryelectronemissionfromznobasednanomaterialsforfutureapplicationsinradiationdetectors AT klee investigationofsecondaryelectronemissionfromznobasednanomaterialsforfutureapplicationsinradiationdetectors AT mssong investigationofsecondaryelectronemissionfromznobasednanomaterialsforfutureapplicationsinradiationdetectors AT cyi investigationofsecondaryelectronemissionfromznobasednanomaterialsforfutureapplicationsinradiationdetectors AT mcappellazzo investigationofsecondaryelectronemissionfromznobasednanomaterialsforfutureapplicationsinradiationdetectors AT wkondziołka investigationofsecondaryelectronemissionfromznobasednanomaterialsforfutureapplicationsinradiationdetectors AT aliskowicz investigationofsecondaryelectronemissionfromznobasednanomaterialsforfutureapplicationsinradiationdetectors AT mcholewa investigationofsecondaryelectronemissionfromznobasednanomaterialsforfutureapplicationsinradiationdetectors |
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