CEPC Calorimeter Weekly Meeting on TDR
Zoom connection information
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Meeting ID: 666 4623 8623
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Passcode: cepc-tdr
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Introduction and newsSpeakers: Jianbei Liu (University of Science and Technology of China), Dr Yong Liu (Institute of High Energy Physics)
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Electronics, mechanics, physics and software: discussions on CEPC-TDRConveners: Jinfan Chang (高能所), Manqi Ruan (IHEP), Shaojing 侯少静 (高能所), Sheng-Sen Sun (Institute of High Energy Physics)
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Calorimeter electronicsSpeaker: Jinfan Chang (高能所)
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Calorimeter layout and mechanicsSpeakers: Hengne Li (South China Normal University), Quan JI, Shaojing 侯少静 (高能所), Sheng-Sen Sun (Institute of High Energy Physics)
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Calorimeter softwareSpeakers: Fangyi Guo, Sheng-Sen Sun (Institute of High Energy Physics)
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Physics performance related to calorimetersSpeaker: Manqi Ruan (IHEP)
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CEPC calorimeter options: down select for CEPC-TDRConvener: Jianbei Liu (University of Science and Technology of China)
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Plastic scintillator ECAL and HCALSpeaker: Yunlong Zhang (University of Science and Technology of China)
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Silicon ECAL and glass-RPC HCALSpeaker: Haijun Yang (Shanghai Jiao Tong University)
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Highly granular crystal/glass ECALSpeaker: Dr Yong Liu (Institute of High Energy Physics)
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Stereo crystal ECALSpeaker: Huaqiao ZHANG (IHEP)
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Glass HCALSpeakers: Peng Hu (IHEP), Sen Qian (高能所)
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Wrap-upSpeaker: Jianbei Liu (University of Science and Technology of China)
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AOBSpeaker: All
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MinutesSpeakers: Fangyi Guo, Dr Yong Liu (Institute of High Energy Physics)
## Date and Time
* Participants
* IHEP MB A420: Baohua Qi, Huaqiao Zhang, Dejing Du, Boxiang Yu, Yatian Fei, Jinfan chang, Fangyi Guo, Yong Liu
* Remote on Zoom: Haoyu Shi, Jianbei Liu (chair), Haijun Yang, Weizheng Song, Junsong Zhang, Wei Wei, Tohru Takeshita, Qi Yan, Zhiyu Zhao, Yang Zhang, Hengne Li, Shaojing Hou, Shengsen Sun, Ji-yuan Chen, Quan Ji
* New time arrangements: 14:00 - 16:00## Beam-induced Backgrounds
* Brief talk by Haoyu Shi
* A summarised table: background types, Higgs/Z mode, noise estimates, radiation does
* For several background types, ready for mass production
* Pending on computing resources
* Also depend on the detector geometry description in CEPCSW## AHCAL Mechanics Design
* First mechanics design for AHCAL: talk by Yatian Fei
* 2 mm for 3 barrel segments along Z
* 0.4 mm for 4 barrel segments along Z and also including 2-point constraints in phi-module
* Discussions
* AHCAL module assembly procedure ->
* Tolerances per layer -> area of absorber plates -> production precision## Crystal calorimeter mechanics design
* Updated mechanics (schematics) of long-bar crystal calorimeter: talk by Shaojing Hou
* (No simulation results of deformation)
* Discussions
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