Workshop on Ambient Ground Motion and Vibration Suppression for Low Emittance Storage Ring (GM2017)

Asia/Shanghai
IHEP

IHEP

19B, Yuquan Road, Shijingshan District, Beijing, China
Qing Qin (IHEP)
Description

The workshop on ambient ground motion and vibration suppression for low emittance storage ring, organized by the Institute of High Energy Physics, will be held in Beijing, China, from Dec. 11-13, 2017.

This workshop will address the very challenging beam stability requirements of low emittance storage ring based light source and present the latest solutions for damping vibrations. Critical aspects include site vibration specifications, stable building design concepts, and passive and active ways to minimize effects on the stability of the photon beam and critical accelerator and beamline components caused by ambient ground motion and other sources. This workshop focuses on the stability issues, the effects of ambient motions to the beam and the suppression approaches of the worldwide synchrotron facilities. 

Scientific Program Committee:

John Byrd  (ANL, Chair)                

Timur Shaftan (BNL)               Chin-Cheng Kuo  (NSRRC)

Masaru Takao (JASRI)             Brian Norsk Jensen  (MAX Lab) 

Lin Liu  (LNLS)                        Lixin Yin (SINAP)

Lin Zhang  (SLAC)                   Qing Qin (IHEP)

Participants
  • Bocheng Jiang
  • Brian Norsk Jensen
  • Charles Spataro
  • Chih-hsien Huang
  • Chunhua 李春华
  • Derun Li
  • Fang Yan
  • Gang CAO
  • Iksu Mok
  • jian 程健
  • Jiebing Yu
  • Jingyi LI
  • John Byrd
  • Junsong Zhang
  • Liangliang Du
  • Lin BIAN
  • Lin ZHANG
  • LING KANG
  • Lixin Yin
  • Mark Lomperski
  • Masaru Takao
  • Mika Masuzawa
  • Minghui Zhao
  • Nicholas Sereno
  • Norbert Meyners
  • Ping HE
  • Qing Qin
  • Rongbing Deng
  • SAKUO Matsui
  • wang 王九庆
  • Weifan Sheng
  • Xianchao Cheng
  • Xiangtao Pei
  • Yajun Tong
  • Yingbo Shi
  • Young Chan Kim
  • ZhaoGang XU
  • ZHE Duan,Zhe
  • Zhiming Liu
  • Zhiping Li
  • Zhizhuo WANG
  • 勇 王
  • 志强 蒋
  • 明 李
  • 然 安
  • 飞 高