用于逆康普顿散射伽马射线源的创新激光束循环器的低功率调试
加速器物理
2019-10-02 v1
摘要
我们报道了用于高亮度康普顿 {"\gamma"}-射线源“核物理极端光基础设施”的高功率激光束循环器（LBC）的光学调试。旨在演示 LBC 光学性能的测试已利用低功率脉冲激光束系统并在无电子束的情况下完成。我们表明，借助 Dupraz 等人论文 [1] 中提出的来自 LBC 设计研究的已开发对准与同步方法，LBC 将相互作用点（IP）处可用的激光束功率增强了超过 25 倍。这对应于当 LBC 以相互作用点激光束脉冲能量 400 mJ、100 Hz 注入时，可将平均激光束功率提升至超过 1 kW 的潜力。
引用
@article{arxiv.1901.05521,
title = {Low power commissioning of an innovative laser beam circulator for inverse Compton scattering Gamma-ray source},
author = {Cheikh Fall Ndiaye and Kevin Cassou and Patrick Cornebise and Kevin Dupraz and Denis Douillet and Titouan Le Barillec and Christopher Magueur and Aurelien Martens and Daniele Nutarelli and Yann Peinaud and Alice Thiebault and Themis Williams and Fabian Zomer and Nicolas Beaugerard and Bastien Lacrampe and Hervé Rocipon and David Alesini and Fabio Cardelli and Antonio Falone and Giovanni Franzini and Alessandro Gallo and Luca Piersanti and Valerio Petinacci and Stefano Pioli and Alessandro Variola and Andrea Mostacci and L. Serafini},
journal= {arXiv preprint arXiv:1901.05521},
year = {2019}
}
备注
26 pages, 37 figures