论文标题
在KEK 7-GEV Electron 4-GEV推广器linac上实现200,000小时的运行
Achievement of 200,000 hours of operation at KEK 7-GeV electron 4-GeV positron injector linac
论文作者
论文摘要
Kek Electron Positron喷油器Linac于1982年开始注入光子工厂(PF)光源。此后39年,它已经为多个项目提供服务,即Tristan,PF-AR,Kekb和Superkekb。它的总运营时间已在2020年5月7日累积了200万小时。在老年人的持续努力之后,我们为取得的成就感到非常自豪。火纳克喷油器的构建始于1978年,并于1982年以2.5 GEV电子为PF进行了委托。同时,Potitron Generator Linac是为Tristan Collider Project构建的。缓慢的正电子设施也于1992年进行了委托。在1998年Kekb不对称能能撞机项目进行了直接注射后,开发了两孔加速和同时注射等技术。由于利纳克的软结构设计对大东日本的地震太弱,因此恢复了三年。然后,SuperkekB项目的构建和调试继续进行,同时进行四个储存环的充值会导致基本粒子物理和光子科学。
KEK electron positron injector LINAC initiated the injection operation into Photon Factory (PF) light source in 1982. Since then for 39 years, it has served for multiple projects, namely, TRISTAN, PF-AR, KEKB, and SuperKEKB. Its total operation time has accumulated 200 thousand hours on May 7, 2020. We are extremely proud of the achievement following continuous efforts by our seniors. The construction of the injector LINAC started in 1978, and it was commissioned for PF with 2.5 GeV electron in 1982. In parallel, the positron generator linac was constructed for the TRISTAN collider project. The slow positron facility was also commissioned in 1992. After the KEKB asymmetric-energy collider project was commissioned in 1998 with direct energy injections, the techniques such as two-bunch acceleration and simultaneous injection were developed. As the soft structure design of the LINAC was too weak against the great east Japan earthquake, it took three years to recover. Then the construction and commissioning for the SuperKEKB project went on, and the simultaneous top-up injection into four storage rings contributes to the both elementary particle physics and photon science.