Measurement and modeling of High brightness beams and physics of a Coherent Light Source

这项研究是为了研究与基础科学和应用科学研究相关的带电粒子束动力学的物理学。该基金的研究课题包括等时存储环和相干光子源的束流动力学、用于束流测量的加速器建模和独立分量分析、高功率束上的空间电荷效应、电子云不稳定性以及高储能环中的极化保持。这些课题可以在高能加速器中为核物理和粒子物理研究提供高质量的束流。这笔拨款的更广泛影响是培训博士生掌握束流物理和技术。我们的研究成果还可以为工业、国家安全、医学和癌症治疗提供高质量和高功率的光束。

The research is to investigate physics of charged particle beam dynamics that is relevant to research in basic and applied sciences. Research topics of this grant investigate beam dynamics of isochronous storage rings and coherent photon sources, accelerator modeling and independent component analysis for beam measurements, space charge effects on high power beams, electron cloud instability, and polarization preservation in high energy storage rings. These topics can provide high-quality beams in high energy accelerators for nuclear and particle physics research. The broader impact of this grant is to train Ph.D. students in beam physics and technology. Our research results can also provide high-quality and high-power beams for applications in industry, national security, medicine and cancer therapy.