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Theoretical study of transient Chrenkov radiation from periodic resonance medium excited at the superluminal velocity

机译:超阵速激发周期共振介质瞬态Chrenkov辐射的理论研究

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We consider an optical response of one-dimensional string made of dipoles with a periodically varying density excited by a laser pulse moving along the string at the superluminal velocity. We demonstrate that the Cherenkov radiation arising in such system is rather unusual, possessing both transient and resonant character. Our analysis indicates that in addition to the resonance frequency of the medium another Doppler-like frequency appears in the radiation spectrum.
机译:我们考虑由偶极管制成的一维串的光学响应,其具有通过沿着弦在超级速度的串移动的激光脉冲激发的周期性变化的密度。我们证明,在这种体系中产生的Cherenkov辐射相当不寻常,具有瞬态和共振性质。我们的分析表明,除了介质的谐振频率之外,还出现在辐射频谱中的另一个多普勒式频率。

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