Simulations of the time and space-resolved X-ray transmission of a free-electron-laser-heated aluminium plasma

<p>We present simulations of the time and space-resolved transmission of a solid-density aluminium plasma as it is created and probed with the focussed output of an x-ray free-electron-laser with photon energies ranging from the K-edge of the cold material (1560 eV) to 1880 eV. We demonstrate...

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Main Authors: Rackstraw, D, Vinko, S, Ciricosta, O, Chung, H, Lee, R, Wark, J
格式: Journal article
出版: IOP Publishing 2016
主題:
_version_ 1826276299183751168
author Rackstraw, D
Vinko, S
Ciricosta, O
Chung, H
Lee, R
Wark, J
author_facet Rackstraw, D
Vinko, S
Ciricosta, O
Chung, H
Lee, R
Wark, J
author_sort Rackstraw, D
collection OXFORD
description <p>We present simulations of the time and space-resolved transmission of a solid-density aluminium plasma as it is created and probed with the focussed output of an x-ray free-electron-laser with photon energies ranging from the K-edge of the cold material (1560 eV) to 1880 eV. We demonstrate how information about the temporal evolution of the charge states within the system can be extracted from the spatially resolved, yet time-integrated transmission images. We propose that such time-resolved measurements could in principle be performed with recently developed split-and-delay techniques.</p>
first_indexed 2024-03-06T23:11:52Z
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spelling oxford-uuid:65c23303-7d8a-4f50-a91b-16cae28e4ac72022-03-26T18:27:35ZSimulations of the time and space-resolved X-ray transmission of a free-electron-laser-heated aluminium plasmaJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:65c23303-7d8a-4f50-a91b-16cae28e4ac7free-electron laserx-raySymplectic Elements at OxfordIOP Publishing2016Rackstraw, DVinko, SCiricosta, OChung, HLee, RWark, J<p>We present simulations of the time and space-resolved transmission of a solid-density aluminium plasma as it is created and probed with the focussed output of an x-ray free-electron-laser with photon energies ranging from the K-edge of the cold material (1560 eV) to 1880 eV. We demonstrate how information about the temporal evolution of the charge states within the system can be extracted from the spatially resolved, yet time-integrated transmission images. We propose that such time-resolved measurements could in principle be performed with recently developed split-and-delay techniques.</p>
spellingShingle free-electron laser
x-ray
Rackstraw, D
Vinko, S
Ciricosta, O
Chung, H
Lee, R
Wark, J
Simulations of the time and space-resolved X-ray transmission of a free-electron-laser-heated aluminium plasma
title Simulations of the time and space-resolved X-ray transmission of a free-electron-laser-heated aluminium plasma
title_full Simulations of the time and space-resolved X-ray transmission of a free-electron-laser-heated aluminium plasma
title_fullStr Simulations of the time and space-resolved X-ray transmission of a free-electron-laser-heated aluminium plasma
title_full_unstemmed Simulations of the time and space-resolved X-ray transmission of a free-electron-laser-heated aluminium plasma
title_short Simulations of the time and space-resolved X-ray transmission of a free-electron-laser-heated aluminium plasma
title_sort simulations of the time and space resolved x ray transmission of a free electron laser heated aluminium plasma
topic free-electron laser
x-ray
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