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Scattering of H-polarized Plane Wave by a Circular Dielectric Wire with Partial Graphene Cover

机译:带有部分石墨烯覆盖层的圆形电介质对H极化平面波的散射

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We study the problem of the scattering of an H-polarised plane wave by infinite dielectric wire with partial graphene cover. In this work, mathematical models are developed based on the boundary hyper-singular integral equation operator which should be understood in the sense of Hadamard's finite part. Discretization of the derived integral equations is carried out by the Nystrom-type method (of discrete singularities). With the help of the obtained discrete models, we plot the dependences of total scattering cross-section (TSCS), backscattering cross-section (BCS) and absorption cross-section (ACS) on the frequency, slot size and chemical potential of graphene.
机译:我们研究了具有部分石墨烯覆盖层的无限电介质线对H极化平面波的散射问题。在这项工作中,基于边界超奇异积分方程算子开发了数学模型,应该从Hadamard有限部分的意义上理解它。导出的积分方程的离散化是通过Nystrom型方法(离散奇异性)进行的。借助获得的离散模型,我们绘制了总散射截面(TSCS),反向散射截面(BCS)和吸收截面(ACS)对石墨烯的频率,缝隙尺寸和化学势的依赖性。

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