Electromagnetic waves dispersion and interaction of an annular beam-ion channel system in plasma waveguide (Q1798494)
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scientific article; zbMATH DE number 6962673
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Electromagnetic waves dispersion and interaction of an annular beam-ion channel system in plasma waveguide |
scientific article; zbMATH DE number 6962673 |
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Electromagnetic waves dispersion and interaction of an annular beam-ion channel system in plasma waveguide (English)
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23 October 2018
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The authors use linear perturbation theory to study electromagnetic wave dispersion properties and interactions of an annular beam-ion channel system in a cylindrical plasma waveguide. Space charge modes, betatron modes, and transverse magnetic modes are analyzed. Dispersion relations are further derived. Numerical simulations are run to show the dependence of the dispersion relation on the thickness of the annular beam. Differences between solid and annular beams are discussed as well.
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waveguide
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TM modes
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annular beam
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dispersion relation
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strong ion channel
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0.86103827
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0.8598015
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0.85782254
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0.85734487
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0.85730195
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0.8570498
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0.8551898
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0.85437644
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