报告题目：An Introduction of Particle Accelerators
报告人：Meiqin Xiao (肖美琴)美国费米国家实验室研究员
Fermilab的PIP-II直线加速器到Booster加速器束流传输系统
项目经理(Fermilab, Batavia, IL)
报告地点：理电学院学术报告厅(实验楼中208)
报告时间：2018年7月9日上午10:00-12:00（周一）
报告摘要：
The discovery and the understanding of radiation led to the idea of a beam of elementary particles. Since then, the development of processes for the collection, focusing, and acceleration of such beams has given rise to a growing number of facilities, such as CERN (the European OrganizationforNuclear Research) and Fermilab (Fermi National Accelerator Laboratory), designed to produce a variety of particle beams for a multitude of purposes. The higher particle energies achieved in accelerators have provided a major stimulus for research into the constituents and nature of matter. This talk will focus primarily on the evolution of the highest energy particle accelerators, which has largely driven the development of the technology;however, high energy research machines are a tiny fraction (~1%) of the particle accelerators in use today.Other accelerator applications will be briefly mentioned. In the end of this talk, you should have a quantitative understanding of most of the accelerator concepts you’ll hear in a typical high energy physics talk, such asLuminosityLattice, Beta function, Tune, Emittance, RF, and etc.
个人简历：
Meiqin Xiao, Application Physicist III, has been working in the Accelerator division at Fermilab since year 2000. PhD in Physics from university of Tokyo Japan in 2000, M.S. in the major of accelerator physics in 1991 at China Institute of Atomic Energy, Beijing, and BS in major of electronic Engineering in the Xi’an Jiaotong University in China in 1984.The contribution to the accelerator lattice design of the Recycler Ring for the Accelerator upgrade of NovA project, the design of the transfer line from Recycler to the Main Injector, and lines from Recycler toP1 beam line to Muon campus for Mu2e and G-2 project.Also serve as machine coordinators for the accelerator operations for more than 17 years. Beam-beam study and for Tevatron collider RUN II project. Dynamic aperture tracking studies for many machines such as Tevatron, Recycler, VLHC at Fermilab, LHC at CERN. Spin tracking of polarized protons at RHIC at BNL and the Main Injector at Fermilab.
主办单位：理电学院，量子科学与技术中心