device for removing hydrogen from a vacuum chamber, cryo temperatures, especially in high energy particle accelerators

• 1. 用于高真空多层绝热低温容器中的高效除氢装置 [P] . 中国专利： CN102814146B . 2014.07.02
• 2. 用于高真空多层绝热低温容器中的高效除氢装置 [P] . 中国专利： CN102814146A . 2012-12-12
• 3. device for removing hydrogen from a vacuum chamber, cryo temperatures, especially in high energy particle accelerators [P] . IT1244689B . 1994-08-08

  机译： 用于从真空室中除去氢的装置，低温温度，特别是在高能粒子加速器中

• 4. device for removing hydrogen from a vacuum chamber, cryo temperatures, especially in high energy particle accelerators [P] . ITMI910186D0 . 1991-01-25

  机译： 用于从真空室中除去氢的装置，低温温度，特别是在高能粒子加速器中

• 5. A device for the removal of hydrogen from a vacuum enclosure at cryogenic temperatures and especially high energy particle accelerators [P] . 欧洲知识产权局专利： EP0496711B1 . 1995-07-19

  机译： 一种用于在低温下从真空罩中除去氢的装置，尤其是高能粒子加速器

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• 2. Optimal Matching Control of a Low Energy Charged Particle Beam in Particle Accelerators [J] . Zhigang Ren, Tehuan Chen, Zongze Wu 自动化学报：英文版 . 2019,第002期
• 3. Characterization of cryo-vacuum chamber windows for NIRCam instrument alignment and testing [C] . Paul F. Schweiger, Torben B. Andersen Conference on optical system alignment, tolerancing, and verifiction IX . 2015
• 4. In-situ studies of copper nanoparticles using a novel tandem ultra-high vacuum particle production chamber transmission electron microscope. [D] . Olynick, Deirdre Lynn. 1997
• 5. Monitoring linear accelerators electron beam energy constancy with a 2D ionization chamber array and double‐wedge phantom [O] . Song Gao, Mikhail A. Chetvertkov, William E. Simon, 2020
• 6. Vacuum and ultrahigh vacuum for particle accelerators and storage rings [O] . Fischer, E 1974

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