PPT-Cryogenics & Cryomodules

Part 2 Keeping Cold J G Weisend II Deputy Head of Accelerator Projects wwweuropeanspallationsourcese 11 September 2015 Overview of Cryogenic Safety Describe Oxygen Deficiency Hazards and their . distribution system. for the ESS linac. Jaroslaw . Fydrych. TIARA Industry Workshop on Cryogenics @GSI. Darmstadt, November 26, 2014. Introduction to ESS. Cryodistribution. for the ESS linac . Function and layouts . Cryogenics. 63. th. . EHN1 Cryogenics Integration. Redouan . Abdennour, Johan . Bremer, Michel . Chalifour. , Joaquim . Creus, . Aurelien . Diaz, David Montanari. J.Creus. Prats - CERN. 15/09/2016. David McGinnis. 4. March 2013. 1. Introduction. The ESS linac is designed to provide:. 5 MW of average beam power. 125 MW of peak power. A repetition rate of 14 Hz. 95% availability. The cost target for the ESS Linac is 497 M€. Yuriy. . Orlov. , Tom . Nicol. , and Tom Peterson. Cryomodules for Project X, 14 June 2013. Page . 1. Design Requirements and Challenges. Minimize vibration and coupling of external sources to cavities.. Prepared by: Environmental Health and Safety. Potential Hazards. Health:. Vapors may cause dizziness or asphyxiation without warning.. Vapors from liquefied gas are initially more dense than air and spread along ground.. Tom Peterson, . SLAC . USPAS. January, 2017. January, 2017 USPAS. Superconducting Magnets Tom Peterson. 2. O. utline . Introduction – magnet thermal design issues . An example of thermal considerations for forced-flow, normal helium I cooling – . Cryomodule. Design . Tom Peterson, . SLAC . USPAS . January 2017. January, 2017 USPAS. Cryomodule Design Tom Peterson. 2. Outline. Introductory comments about considerations for . cryomodule. McKeown. July 17, . 2015. Outline. 12 GeV Project and Commissioning. PAC. Budgets and Schedule. . LERF Planning. MOLLER, . SoLID. status. MEIC. Outlook. 12 . GeV. Upgrade Project. New Hall. Add arc. 10 October 2014. NuPECC. Meeting, Edinburgh. 1. Nuclear Physics Landscape. 2. Key Physics Questions. Generation of Mass. Confinement. Nucleon Spin. 3. Which facilities are used?. Glasgow. Edinburgh. Olivier . Napoly. CEA In-Kind Contribution to PIP-II. PIP-II Superconducting RF CW . Linac. , 800 MeV Consists of . Five . Types of . Cryomodules. 2.1 MeV. 10 MeV. 32 MeV. 177 MeV. 516 MeV. 833 MeV. Room Temperature. Philipp Arnold. Section. . Leader. . Cryogenics. www.europeanspallationsource.se. Proton Driver Efficiency Workshop. March 02, 2016. Outline. Introduction. Cryogenic Design Choices. Some theory. Cooling . B. Naydenov, L. Delprat, B. Bradu, K. Brodzinski. On behalf of the CERN cryogenics group. FCC Week 23’ – London – . June 5. th. -9. th . 2023. 1. B. Naydenov, L. Delprat, B. Bradu, K. Brodzinski. Joe Preble, EIC RF WBS Manager. EIC Accelerator Partnership Workshop. October 27, 2021. HSR - 591 MHz 5-Cell Cavity. Bunch Compression. Crab Cavities – HSR & ESR. 2. 591 MHz ESR 1-Cell Cavity. SHC- 591 MHz 5-Cell and. Gabor Tamasy, Adam Swanger, Jared Sass, Angela Krenn, and Will Reaves. NASA Kennedy Space Center. KSC, FL 32899 USA . Cryogenic Engineering Conference. July 12, 2023. OUTLINE.