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CEPC Calorimeter Weekly Meeting on TDR

Asia/Shanghai
Jianbei Liu (University of Science and Technology of China) , Yong Liu (Institute of High Energy Physics)
Description

Zoom connection information

    • 09:00 09:05
      Introduction and news 5m
      Speakers: Jianbei Liu (University of Science and Technology of China) , Dr Yong Liu (Institute of High Energy Physics)
    • 09:05 09:25
      Electronics, mechanics, physics and software: discussions on CEPC-TDR
      Conveners: Jinfan Chang (高能所) , Manqi Ruan (IHEP) , Shaojing 侯少静 (高能所) , Sheng-Sen Sun (Institute of High Energy Physics)
      • 09:05
        Calorimeter electronics 5m
        Speaker: Jinfan Chang (高能所)
      • 09:10
        Calorimeter layout and mechanics 5m
        Speakers: Quan JI, Shaojing 侯少静 (高能所) , Sheng-Sen Sun (Institute of High Energy Physics)
      • 09:15
        Calorimeter software 5m
        Speakers: Fangyi Guo, Sheng-Sen Sun (Institute of High Energy Physics)
    • 09:25 09:55
      CEPC calorimeter options: down select for CEPC-TDR
      Convener: Jianbei Liu (University of Science and Technology of China)
      • 09:25
        Plastic scintillator ECAL and HCAL 5m
        Speaker: Yunlong Zhang (University of Science and Technology of China)
      • 09:30
        Silicon ECAL and glass-RPC HCAL 5m
        Speaker: Haijun Yang (Shanghai Jiao Tong University)
      • 09:35
        Highly granular crystal/glass ECAL 5m
        Speaker: Dr Yong Liu (Institute of High Energy Physics)
      • 09:40
        Stereo crystal ECAL 5m
        Speaker: Huaqiao ZHANG (IHEP)
      • 09:45
        Glass HCAL 5m
        Speakers: Peng Hu (IHEP) , Sen Qian (高能所)
      • 09:50
        Wrap-up 5m
        Speaker: Jianbei Liu (University of Science and Technology of China)
    • 09:50 09:53
      AOB 3m
      Speaker: All
    • 09:53 09:55
      Minutes 2m
      Speakers: Fangyi Guo, Dr Yong Liu (Institute of High Energy Physics)

      电子学(Wei Wei):

      • 散热:由探测器提出需求,交由机械组进行仿真计算
      • 桶部-端盖间隙:机械组提出6cm,对电子学来说满足要求。
      • 端盖计数率显著比桶部高,需要通过模拟确认需求。

       

      端盖量能器设计:

      • 有初步设计图纸。
      • 软件几何的工作:ECAL端盖几何有安排,HCAL暂时人力短缺。
      • 端盖HCAL2种设计:高颗粒度/R向分层。可以根据Barbar等物理过程进行初步评估和优化(Hengne)。

       

      机械(Shaojing):

      • ECAL barrel重量分配在HCAL上,可以把ECAL机械的栅格结构厚度从1cm减小到5mm
      • 加入2mm打孔结构,用于晶体固定,留固定窗口供电子学光电器件。
      • 按16边形*2,矩形+梯形结构进行的设计。(Comment:更新到正反梯形方案)

       

      Review of TDR meeting (Yong): in slides.

      • 机械,软件,造价估计根据新尺寸进行调整。