A position- and time-sensitive particle detector with subnanosecond time resolution

A microchannel plate/CCD-camera particle detector is described that utilises gold strips deposited upon the surface of a MCP to provide particle arrival time information. The uncertainty in the timing is assessed to be ∼500 ps (FWHM) for a measured time interval between adjacent strips. The main con...

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Main Authors: Rosen, S, Peverall, R, ter Horst, J, Sundstrom, G, Semaniak, J, Sundqvist, O, Larsson, M, de Wilde, M, van der Zande, W
Format: Conference item
Published: 1998
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author Rosen, S
Peverall, R
ter Horst, J
Sundstrom, G
Semaniak, J
Sundqvist, O
Larsson, M
de Wilde, M
van der Zande, W
author_facet Rosen, S
Peverall, R
ter Horst, J
Sundstrom, G
Semaniak, J
Sundqvist, O
Larsson, M
de Wilde, M
van der Zande, W
author_sort Rosen, S
collection OXFORD
description A microchannel plate/CCD-camera particle detector is described that utilises gold strips deposited upon the surface of a MCP to provide particle arrival time information. The uncertainty in the timing is assessed to be ∼500 ps (FWHM) for a measured time interval between adjacent strips. The main contribution of which is the result of the slow response time of the CFD compared to the signal. The application of timing measurement is shown to be of particular benefit in the accurate determination of product state branching ratios from the dissociative recombination of diatomic ions. Finally, the possibilities of such a detector are assessed.
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spelling oxford-uuid:719cf552-2fc7-46a4-9850-990c2eaea0782022-03-26T19:44:48ZA position- and time-sensitive particle detector with subnanosecond time resolutionConference itemhttp://purl.org/coar/resource_type/c_5794uuid:719cf552-2fc7-46a4-9850-990c2eaea078Symplectic Elements at Oxford1998Rosen, SPeverall, Rter Horst, JSundstrom, GSemaniak, JSundqvist, OLarsson, Mde Wilde, Mvan der Zande, WA microchannel plate/CCD-camera particle detector is described that utilises gold strips deposited upon the surface of a MCP to provide particle arrival time information. The uncertainty in the timing is assessed to be ∼500 ps (FWHM) for a measured time interval between adjacent strips. The main contribution of which is the result of the slow response time of the CFD compared to the signal. The application of timing measurement is shown to be of particular benefit in the accurate determination of product state branching ratios from the dissociative recombination of diatomic ions. Finally, the possibilities of such a detector are assessed.
spellingShingle Rosen, S
Peverall, R
ter Horst, J
Sundstrom, G
Semaniak, J
Sundqvist, O
Larsson, M
de Wilde, M
van der Zande, W
A position- and time-sensitive particle detector with subnanosecond time resolution
title A position- and time-sensitive particle detector with subnanosecond time resolution
title_full A position- and time-sensitive particle detector with subnanosecond time resolution
title_fullStr A position- and time-sensitive particle detector with subnanosecond time resolution
title_full_unstemmed A position- and time-sensitive particle detector with subnanosecond time resolution
title_short A position- and time-sensitive particle detector with subnanosecond time resolution
title_sort position and time sensitive particle detector with subnanosecond time resolution
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