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首页> 外文期刊>Physics of plasmas >Electromagnetic energy rotation along plasma-dielectric interface caused by azimuthal surface waves in isotropic cylindrical metallic waveguide
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Electromagnetic energy rotation along plasma-dielectric interface caused by azimuthal surface waves in isotropic cylindrical metallic waveguide

机译:各向异性圆柱金属波导中方位角表面波引起的等离子体介质界面的电磁能量旋转

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摘要

Electromagnetic energy rotation around the axis of cylindrical metallic waveguides partially filled by isotropic plasma is studied. Angular phase velocity and angular velocity of energy transfer are analyzed as functions of the plasma waveguide parameters: plasma column radius, plasma particle density, azimuthal wavenumber, dielectric layer width and dielectric constant, and collision frequency. This study generalizes the results obtained earlier in the case of the wave propagation in two-component plasma-metal structures (cylindrical metallic waveguides entirely filled by magnetoactive plasma) to the case of three-component plasma-dielectric-metal structures.
机译:研究了通过各向同性等离子体部分填充的圆柱形金属波导的轴线周围的电磁能量旋转。 分析了能量传递的角度阶段速度和角速度作为等离子体波导参数的功能:等离子体柱半径,等离子体粒子密度,方位角波数,介电层宽度和介电常数,以及碰撞频率。 该研究概括了在双组分等离子体结构(整体填充的圆柱形金属波导)中的波传播的情况下获得的结果,以三组分等离子体介质金属结构的情况。

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