High-energy X-ray radiography with apodized petawatt laser beams

We have produced laser wakefield-accelerated electron beams with energies of 2 GeV in Target Area 1 of the ZEUS facility. These electron beams oscillate in the accelerating structure that is produced in the wake of an ultrashort laser pulse (25 fs). These 'betatron' oscillations result in the emission of a collimated (4 mrad divergence) beam of high-energy X-ray/gamma photons (on the order of several hundred keV). In this work, we demonstrate the capabilities of the ZEUS laser system by showing that apodizing the laser beam in the near field allows for the production of high-quality betatron X-rays for radiography purposes. This demonstrates that a high-power, large-aperture laser beam could be split into multiple parts to drive betatron X-ray sources from multiple angles or temporal delays into a High Energy Density (HED) target to be probed, enabling pump-probe measurements at multiple temporal delays or tomography on a single shot.

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Publication Details

Journal
Optics Express
Published
2025-10-09
DOI
https://doi.org/10.1364/oe.575286
Citations
1
Primary Topic
Advanced X-ray and CT Imaging
Type
article
Field-Weighted Citation Impact
0.67
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article

High-energy X-ray radiography with apodized petawatt laser beams

Christopher Gardner, Igor Jovanovic, A. Maksimchuk, Tanner Nutting et al.
1 citations
Optics Express
Advanced X-ray and CT Imaging
0.67
article

High-energy X-ray radiography with apodized petawatt laser beams

Christopher Gardner, Igor Jovanovic, A. Maksimchuk, Tanner Nutting, G. Sucha, Nicholas Ernst, Yong Ma, John Nees, K. Krushelnick, Joshua M. Lewis, L. Willingale, Rebecca Fitzgarrald, G. Kalinchenko, G.R. Young, M. Burger, F. Dollar, V. H. Flores-Muñoz, Carolyn Kuranz, Alexander G. R. Thomas, Michael K. Wendt, P. T. Campbell, Qing Zhang, Franko Bayer, R. Anthony, Richard Van Camp, Bixue Hou, William Likes, Monica Mashkevich, Joseph To
article en
1 citations

Abstract

We have produced laser wakefield-accelerated electron beams with energies of 2 GeV in Target Area 1 of the ZEUS facility. These electron beams oscillate in the accelerating structure that is produced in the wake of an ultrashort laser pulse (25 fs). These 'betatron' oscillations result in the emission of a collimated (4 mrad divergence) beam of high-energy X-ray/gamma photons (on the order of several hundred keV). In this work, we demonstrate the capabilities of the ZEUS laser system by showing that apodizing the laser beam in the near field allows for the production of high-quality betatron X-rays for radiography purposes. This demonstrates that a high-power, large-aperture laser beam could be split into multiple parts to drive betatron X-ray sources from multiple angles or temporal delays into a High Energy Density (HED) target to be probed, enabling pump-probe measurements at multiple temporal delays or tomography on a single shot.

Optics ExpressVol. 33(21)
University of California System (US)
Openalex Percentile: Top 26%
Advanced X-ray and CT Imaging
0.67
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