在欧洲核研究组织安装的两套德国制造的低温装置标志着在提高LHC的粒子碰撞率方面迈出了关键一步。 Two German-built cryogenic units installed at CERN mark a key step in upgrading the LHC for higher particle collision rates.

由Linde在德国建造的两个大型低温冷却箱已成功安装在位于ATLAS和CMS实验附近的CERN的Hilumi LHC地下。 Two large cryogenic cold boxes, built in Germany by Linde, have been successfully installed underground at CERN’s HiLumi LHC near the ATLAS and CMS experiments. 它们是将升级后的磁铁冷却到-271.3°C(1.9Kelvins)的新系统的一部分,仅高于绝对零,使用前冷却到-268.6°C(4.5Kelvins),然后是降压和集成压缩机。 They are part of a new system to cool upgraded magnets to -271.3°C (1.9 kelvins), just above absolute zero, using pre-cooling to -268.6°C (4.5 kelvins) followed by pressure reduction and integrated compressors. 地下低温线安装的第一阶段已经完成,标志着旨在提高LHC光度和推进粒子物理学研究的升级工作的一个重要里程碑。 The first phase of underground cryogenic line installation is complete, marking a key milestone in the upgrade aimed at boosting the LHC’s luminosity and advancing particle physics research.