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Nonlinear parametric resonance of relativistic electrons with a linearly polarized laser pulse in a plasma channel

Abstract:: The direct laser-acceleration mechanism, nonlinear parametric resonance, of relativistic electrons in a linearly polarized laser-produced plasma channel is examined by a self-consistent model including the relativistic laser dispersion in plasmas. Nonlinear parametric resonance can be excited, and the oscillation amplitude of electrons grows exponentially when the betatron frequency of electron motion varies roughly twice the natural frequency of the oscillator. It is shown analytically that ...
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Publication status:: Published

Peer review status:: Peer reviewed

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APA Style

Huang, T., Zhou, C., Robinson, A., Qiao, B., Arefiev, A., Norreys, P., He, X., & Ruan, S. (2017). Nonlinear parametric resonance of relativistic electrons with a linearly polarized laser pulse in a plasma channel. Physics of Plasmas, 24(4), 043105.

MLA Style

Huang, T., et al. “Nonlinear Parametric Resonance of Relativistic Electrons with a Linearly Polarized Laser Pulse in a Plasma Channel.” Physics of Plasmas, vol. 24, no. 4, American Institute of Physics, 2017, p. 043105.

Chicago Style

Huang, T, C Zhou, A Robinson, B Qiao, A Arefiev, P Norreys, X He, and S Ruan. 2017. “Nonlinear Parametric Resonance of Relativistic Electrons with a Linearly Polarized Laser Pulse in a Plasma Channel.” Physics of Plasmas 24 (4): 043105.
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Files:: Norreys et al, Nonline...

(Accepted manuscript, pdf, 392.9KB)

Publisher copy:: 10.1063/1.4980000

Authors

+ Huang, T More by this author

Role:

Author

+ Zhou, C More by this author

Role:

Author

+ Robinson, A More by this author

Role:

Author

+ Qiao, B More by this author

Role:

Author

+ Arefiev, A More by this author

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Author

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Funding

+ Chinese National Key Programme for Science and Technology Research and Development More from this funder

Grant:

2016YFA0401100

+ Chinese National Nature Science Associate Foundation More from this funder

Grant:

U1630246

+ Chinese National Basic Research 973 Project More from this funder

Grant:

2013CB834100

+ National Natural Science Foundation of China More from this funder

Grant:

11175026

Chinese National High-Tech 863 Project More from this funder

More funders...

Bibliographic Details

Publisher:: American Institute of Physics Publisher's website
Journal:: Physics of Plasmas Journal website
Volume:: 24
Issue:: 4
Pages:: 043105
Publication date:: 2017-04-01
Acceptance date:: 2017-03-24
DOI:: 10.1063/1.4980000
EISSN:: 1089-7674
ISSN:: 1070-664X

Item Description

Keywords:: *keyword*
Subjects:: *subject*
Pubs id:: pubs:694130
UUID:: uuid:09e29326-3926-4522-ab41-dfc3b7bdc758
Local pid:: pubs:694130
Source identifiers:: 694130
Deposit date:: 2017-06-09

Terms of use

Copyright holder:: AIP Publishing LLC
Copyright date:: 2017
Notes:: © 2017 AIP Publishing LLC

Licence:: Terms and Conditions of Use for Oxford University Research Archive

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