γ自由电子Laser（γ- FEL）的量子部分有序电子结构
A Quantal, Partially Ordered Electron Structure as a Basis for a γFree Electron Laser (γ-FEL)
摘要：
当一个相当冷的电子束团在强聚焦等离子体通道中以100 GeV/m的典型力进行激光气泡加速时，由于电子之间的相对论纵向排斥力的减小，它将形成部分有序的长电子柱，从而导致长程对关联函数，当能量达到0.5 GeV以上时，在实验室中。在康普顿背散射与第二激光，注入对面的电子聚束，电子聚束将进一步调制与微聚束，并由于其有序的结构将反射相干，穆斯堡尔样，导致γ自由电子激光（γ-FEL）。增加相对论γ因子，量子区变得更占主导地位。我们讨论了γ的标度律。
英文摘要：
When a rather cold electron bunch is transported during laser bubble acceleration in a strongly focusing plasma channel with typical forces of 100 GeV/m, it will form partially ordered long electron cylinders due to the relativistically longitudinal reduced repulsion between electrons, resulting in a long-range pair correlation function, when reaching energies in the laboratory above 0.5 GeV. During Compton back-scattering with a second laser, injected opposite to the electron bunch, the electron bunch will be further modulated with micro bunches and due to its ordered structure will reflect coherently, Mössbauer-like, resulting in a γfree electron laser (γ-FEL). Increasing the relativistic γfactor, the quantal regime becomes more dominant. We discuss the scaling laws with γ.
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