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Focusing X-rays Using Micropore Optics (MPO)

This paper investigates the effects of Micropore Optics (MPOs) X-ray detected by MALTA. In this research, Photonis micro-Xray source was used. This X-ray source was set to have maximum X-ray photon energy of 12 KeV. Experiments have been done to determine the effects of source-detector distance and...

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Autor principal: Catenza, Jam Lambert Ubay
Lenguaje:eng
Publicado: 2022
Materias:
Acceso en línea:http://cds.cern.ch/record/2824158
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author Catenza, Jam Lambert Ubay
author_facet Catenza, Jam Lambert Ubay
author_sort Catenza, Jam Lambert Ubay
collection CERN
description This paper investigates the effects of Micropore Optics (MPOs) X-ray detected by MALTA. In this research, Photonis micro-Xray source was used. This X-ray source was set to have maximum X-ray photon energy of 12 KeV. Experiments have been done to determine the effects of source-detector distance and MPO-source distance to the X-ray beam. The MPOs affected the hits detected by MALTA and also the divergence of the photons. A single MPO can decrease the number of hits by a factor of 10$^{1}$. The divergence of the photons are analyzed by computing the standard deviation and divergence angle. Furthermore, three set-ups were also evaluated to determine which is the most effective in focusing X-ray photons.
id cern-2824158
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2022
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spelling cern-28241582022-08-06T05:39:07Zhttp://cds.cern.ch/record/2824158engCatenza, Jam Lambert UbayFocusing X-rays Using Micropore Optics (MPO)Health Physics and Radiation EffectsDetectors and Experimental TechniquesThis paper investigates the effects of Micropore Optics (MPOs) X-ray detected by MALTA. In this research, Photonis micro-Xray source was used. This X-ray source was set to have maximum X-ray photon energy of 12 KeV. Experiments have been done to determine the effects of source-detector distance and MPO-source distance to the X-ray beam. The MPOs affected the hits detected by MALTA and also the divergence of the photons. A single MPO can decrease the number of hits by a factor of 10$^{1}$. The divergence of the photons are analyzed by computing the standard deviation and divergence angle. Furthermore, three set-ups were also evaluated to determine which is the most effective in focusing X-ray photons.CERN-STUDENTS-Note-2022-012oai:cds.cern.ch:28241582022-08-05
spellingShingle Health Physics and Radiation Effects
Detectors and Experimental Techniques
Catenza, Jam Lambert Ubay
Focusing X-rays Using Micropore Optics (MPO)
title Focusing X-rays Using Micropore Optics (MPO)
title_full Focusing X-rays Using Micropore Optics (MPO)
title_fullStr Focusing X-rays Using Micropore Optics (MPO)
title_full_unstemmed Focusing X-rays Using Micropore Optics (MPO)
title_short Focusing X-rays Using Micropore Optics (MPO)
title_sort focusing x-rays using micropore optics (mpo)
topic Health Physics and Radiation Effects
Detectors and Experimental Techniques
url http://cds.cern.ch/record/2824158
work_keys_str_mv AT catenzajamlambertubay focusingxraysusingmicroporeopticsmpo