Cherenkov radiation-based optical fibre diagnostics of fast electrons generated in intense laser-plasma interactions

H. Liu, G.-Q. Liao, Y.-H. Zhang, B.-J. Zhu, Z. Zhang, Y.-T. Li, G. G. Scott, D. Rusby, C. Armstrong, E. Zemaityte, D.C. Carroll, S. Astbury, P. Bradford, N. Woolsey, P. McKenna, D. Neely

Research output: Contribution to journalArticle

3 Citations (Scopus)

Abstract

Diagnosing fast electrons is important to understand the physics underpinning intense laser-produced plasmas. Here, we demonstrate experimentally that a Cherenkov radiation-based optical fibre can serve as a reliable diagnostic to characterize the fast electrons escaping from solid targets irradiated by ultra-intense laser pulses. Using optical fibre loops, the number and angular distributions of the escaping electrons are obtained. The data agrees well with measurements made using image plate stacks. The optical fibre can be operated at high-repetition rates and is insensitive to X-rays and ion beams, which makes it advantageous over other routinely-used fast electron diagnostics in some aspects.
LanguageEnglish
Number of pages15
JournalReview of Scientific Instruments
Early online date8 Aug 2018
DOIs
Publication statusE-pub ahead of print - 8 Aug 2018

Fingerprint

Plasma interactions
laser plasma interactions
Optical fibers
optical fibers
Radiation
Electrons
Lasers
radiation
electrons
Laser produced plasmas
Angular distribution
laser plasmas
Ion beams
Laser pulses
repetition
angular distribution
Physics
ion beams
X rays
physics

Keywords

  • fast electron diagnosis
  • plasmas
  • optical fibre

Cite this

Liu, H. ; Liao, G.-Q. ; Zhang, Y.-H. ; Zhu, B.-J. ; Zhang, Z. ; Li, Y.-T. ; Scott, G. G. ; Rusby, D. ; Armstrong, C. ; Zemaityte, E. ; Carroll, D.C. ; Astbury, S. ; Bradford, P. ; Woolsey, N. ; McKenna, P. ; Neely, D. / Cherenkov radiation-based optical fibre diagnostics of fast electrons generated in intense laser-plasma interactions. In: Review of Scientific Instruments. 2018.
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abstract = "Diagnosing fast electrons is important to understand the physics underpinning intense laser-produced plasmas. Here, we demonstrate experimentally that a Cherenkov radiation-based optical fibre can serve as a reliable diagnostic to characterize the fast electrons escaping from solid targets irradiated by ultra-intense laser pulses. Using optical fibre loops, the number and angular distributions of the escaping electrons are obtained. The data agrees well with measurements made using image plate stacks. The optical fibre can be operated at high-repetition rates and is insensitive to X-rays and ion beams, which makes it advantageous over other routinely-used fast electron diagnostics in some aspects.",
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Liu, H, Liao, G-Q, Zhang, Y-H, Zhu, B-J, Zhang, Z, Li, Y-T, Scott, GG, Rusby, D, Armstrong, C, Zemaityte, E, Carroll, DC, Astbury, S, Bradford, P, Woolsey, N, McKenna, P & Neely, D 2018, 'Cherenkov radiation-based optical fibre diagnostics of fast electrons generated in intense laser-plasma interactions' Review of Scientific Instruments. https://doi.org/10.1063/1.5024872

Cherenkov radiation-based optical fibre diagnostics of fast electrons generated in intense laser-plasma interactions. / Liu, H.; Liao, G.-Q.; Zhang, Y.-H.; Zhu, B.-J.; Zhang, Z.; Li, Y.-T.; Scott, G. G.; Rusby, D.; Armstrong, C.; Zemaityte, E.; Carroll, D.C.; Astbury, S.; Bradford, P.; Woolsey, N.; McKenna, P.; Neely, D.

In: Review of Scientific Instruments, 08.08.2018.

Research output: Contribution to journalArticle

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AU - Liao, G.-Q.

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AU - Zhu, B.-J.

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AU - Li, Y.-T.

AU - Scott, G. G.

AU - Rusby, D.

AU - Armstrong, C.

AU - Zemaityte, E.

AU - Carroll, D.C.

AU - Astbury, S.

AU - Bradford, P.

AU - Woolsey, N.

AU - McKenna, P.

AU - Neely, D.

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AB - Diagnosing fast electrons is important to understand the physics underpinning intense laser-produced plasmas. Here, we demonstrate experimentally that a Cherenkov radiation-based optical fibre can serve as a reliable diagnostic to characterize the fast electrons escaping from solid targets irradiated by ultra-intense laser pulses. Using optical fibre loops, the number and angular distributions of the escaping electrons are obtained. The data agrees well with measurements made using image plate stacks. The optical fibre can be operated at high-repetition rates and is insensitive to X-rays and ion beams, which makes it advantageous over other routinely-used fast electron diagnostics in some aspects.

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