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CERN and the US Accelerator Upgrade Project (AUP, a consortium of various US institutions including Fermilab, BNL and LBNL laboratories based at Fermilab) are working in tandem to develop, build and t...
Much of the research and development work for the High-Luminosity LHC (HL-LHC) aims to protect the accelerator’s fragile components from the detrimental effects of high luminosity, such as radiation a...
The SM18 test facility, located in France, near the Meyrin site, was originally built to test and validate the magnets and radiofrequency (RF) cavities of LEP (the Large Electron–Positron Collider). I...
HL-LHC magnet endurance test further confirms niobium–tin’s resilience（图）
HL-大型强子对撞机 耐久性测试 铌锡磁铁 弹性
2023/5/26
Future accelerator projects, including the high-luminosity upgrade of the Large Hadron Collider, will rely on niobium–tin (Nb3Sn) alloys for their superconducting components, such as electromagnets. T...
Uppsala University in Sweden has been a valuable partner to CERN since the Laboratory’s foundation. In the 1950s, Uppsala, having just constructed its own cyclotron, contributed to the development of ...
HL-LHC CCT超导磁体项目成功完成低温测试（图）
HL-LHC CCT 超导磁体 低温测试
2020/9/8
近日，近代物理所磁铁技术室科研人员利用TCF10低温站及自建的超导磁体低温测试平台对CERN亮度升级项目（HL-LHC），斜螺线管型(CCT)双孔径超导磁体进行了测试。测试前后历时2个月，先后完成了磁体机械检测、电气检测、室温磁场测量、低温励磁测试等多项内容。HL-LHC CCT超导磁体项目由高能物理所牵头，近代物理所作为参与单位，计划与各合作单位共同完成13台（1台样机加12台正式磁体）双孔径轨...