COMPACT POLARIZING SOLLER GUIDES FOR COLD NEUTRONS

A compact guide system composed of magnetised thin-suit mirrors deposited on to stretched plastic foils, and suitable for polarising cold neutron beams (wavelengths lambda >0.5 nm) is described. The optical requirements in designing thin-film polarising guides are discussed, and polarising ef...

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Main Authors: Hayter, J, Penfold, J, Williams, W
Format: Journal article
Language:English
Published: 1978
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author Hayter, J
Penfold, J
Williams, W
author_facet Hayter, J
Penfold, J
Williams, W
author_sort Hayter, J
collection OXFORD
description A compact guide system composed of magnetised thin-suit mirrors deposited on to stretched plastic foils, and suitable for polarising cold neutron beams (wavelengths lambda >0.5 nm) is described. The optical requirements in designing thin-film polarising guides are discussed, and polarising efficiency and transmittance measurements made near the characteristic cut-off wavelength lambda +* approximately=0.65 nm are presented. The mechanical design parameters of this guide are compared with those of existing alternative devices: their main advantage is their ability to polarise large beam areas (about 50 mm*40 mm) in relatively small distances (length approximately 180 mm).
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spelling oxford-uuid:879a43ea-8083-4908-b555-646725193f342022-03-26T22:11:44ZCOMPACT POLARIZING SOLLER GUIDES FOR COLD NEUTRONSJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:879a43ea-8083-4908-b555-646725193f34EnglishSymplectic Elements at Oxford1978Hayter, JPenfold, JWilliams, WA compact guide system composed of magnetised thin-suit mirrors deposited on to stretched plastic foils, and suitable for polarising cold neutron beams (wavelengths lambda >0.5 nm) is described. The optical requirements in designing thin-film polarising guides are discussed, and polarising efficiency and transmittance measurements made near the characteristic cut-off wavelength lambda +* approximately=0.65 nm are presented. The mechanical design parameters of this guide are compared with those of existing alternative devices: their main advantage is their ability to polarise large beam areas (about 50 mm*40 mm) in relatively small distances (length approximately 180 mm).
spellingShingle Hayter, J
Penfold, J
Williams, W
COMPACT POLARIZING SOLLER GUIDES FOR COLD NEUTRONS
title COMPACT POLARIZING SOLLER GUIDES FOR COLD NEUTRONS
title_full COMPACT POLARIZING SOLLER GUIDES FOR COLD NEUTRONS
title_fullStr COMPACT POLARIZING SOLLER GUIDES FOR COLD NEUTRONS
title_full_unstemmed COMPACT POLARIZING SOLLER GUIDES FOR COLD NEUTRONS
title_short COMPACT POLARIZING SOLLER GUIDES FOR COLD NEUTRONS
title_sort compact polarizing soller guides for cold neutrons
work_keys_str_mv AT hayterj compactpolarizingsollerguidesforcoldneutrons
AT penfoldj compactpolarizingsollerguidesforcoldneutrons
AT williamsw compactpolarizingsollerguidesforcoldneutrons