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首页> 外文期刊>Annales Henri Poincare >Scattering of Dirac Particles by Electromagnetic Fields with Small Support in Two Dimensions and Effect from Scalar Potentials
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Scattering of Dirac Particles by Electromagnetic Fields with Small Support in Two Dimensions and Effect from Scalar Potentials

机译:二维小支撑电磁场对狄拉克粒子的散射及标量势的影响

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摘要

We study the asymptotic behavior of scattering amplitudes for the scattering of Dirac particles in two dimensions when electromagnetic fields with small support shrink to point-like fields. The result is strongly affected by perturbations of scalar potentials and the asymptotic form changes discontinuously at half-integer fluxes of magnetic fields even for small perturbations. The analysis relies on the behavior at low energy of resolvents of magnetic Schrodinger operators with resonance at zero energy. The magnetic scattering of relativistic particles appears in the interaction of cosmic string with matter. We discuss this closely related subject as an application of the obtained results.
机译:当具有小支撑的电磁场收缩为点状场时,我们研究了二维Dirac粒子的散射幅度的渐近行为。结果受到标量势扰动的强烈影响,即使在很小的扰动下,渐进形式在磁场的半整数通量下也不连续地变化。该分析依赖于具有零能量共振的磁性薛定inger算子在低能下的行为。相对论粒子的磁散射出现在宇宙弦与物质的相互作用中。我们讨论这个紧密相关的主题,作为获得结果的应用。

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