PPT-FAIR Cryogenic System

Author : camstarmy | Published Date : 2020-06-30

Marion Kauschke CSCY GSI Helmholtzzentrum für Schwerionenforschung GmbH Planckstraße 1 64291 Darmstadt Germany 4 June 2015 HEPTech 45 June 2015 Outline Introduction

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FAIR Cryogenic System: Transcript

Marion Kauschke CSCY GSI Helmholtzzentrum für Schwerionenforschung GmbH Planckstraße 1 64291 Darmstadt Germany 4 June 2015 HEPTech 45 June 2015 Outline Introduction Cryogenic topology. S. table . L. aser. T. . Ushiba. , A. . S. hoda. , N. . Omae. , Y. . Aso. , S. . Otsuka. S. . Hiramatsu. , K. . Tsubono. , ERATO Collaborations. Contents. Overview of the cryogenic cavity. Detail and current status. ITT . Exelis. : Tony . L.Whitman. , Thomas . Scorse. , Keith A. . Havey. , . Jr. Johns Hopkins University: Randolph P. Hammond, Joe Orndorff, Stephen Hope, Stephen A. . Smee. SPIE 8442 – 91. July 6, 2012. CP Series 6. CD Series 6. CN Series 6. PBM Cryogenic Ball Valve Overview. Sizes ½” –3” Full Port. Consult PBM for additional sizes.. Temperatures from 400. ºF, 205ºC. down to -320. ºF, . -. Cryogenic liquid containersGeneral safety precautions The potential hazards for handling cryogenic liquids, in addition to those observed for their respective gases, stem from two properties: extremel of excess boil-off gas by liquid nitrogen . produced using LNG cold in a . regasification. terminal. . Prof. . Kanchan. . Chowdhury. Rohit. . Singla. Jubil. Joy . Cryogenic Engineering Centre. IIT . (SSDC). General Body Meeting #2 Sept 14, 2017. Announcements. Design Team and Chair applications are out!. Design Teams . https. ://goo.gl/forms/ZEEwWDQlj4rozpNd2. Chair . Positions . https. ://goo.gl/forms/5lJ7qgnJqxLcDhPw2. (emphasis on helium, but not superfluid, . which will be covered later). Tom . Peterson, SLAC . January 2017. Outline. Cooling modes for superconducting devices . Forced flow cooling . Two-phase flow and pool boiling . The problem of processing scrap is a major concern with the ever increasing production and population.. Automobile industry is a major contributor of scrap, especially scrap steel and rubber (tires).. ITT . Exelis. : Tony . L.Whitman. , Thomas . Scorse. , Keith A. . Havey. , . Jr. Johns Hopkins University: Randolph P. Hammond, Joe Orndorff, Stephen Hope, Stephen A. . Smee. SPIE 8442 – 91. July 6, 2012. Koki Okutomi. Sokendai. . / NAOJ / KAGRA VIS subgroup. R. . T. akahashi, H. . Ishizaki. , S. Sato, A. . Shoda. , . T. . Sekiguchi. , Y. . Fujii. ,. T. Miyamoto, T. . Ushiba. , N. Hirata, K. . Hayama. Tom . Peterson, SLAC . USPAS. January, 2017. Two MRI system event videos. http://www.youtube.com/watch?v=1R7KsfosV-o. . http://www.youtube.com/watch?v=sceO38idjic&feature=related. . USPAS, January, 2017. Holger Kollmus. GSI . Helmholtzzentrum. für . Schwerionenforschung . GmbH. Planckstraße 1. 64291 . Darmstadt, Germany. Holger Kollmus - CEC/ICMC 2015, Tucson, Arizona. Outline. Introduction. Cryogenic topology. Kyohei NATSUME. , Haruyuki MURAKAMI, Kaname KIZU, Kiyoshi YOSHIDA, Yoshihiko KOIDE. Japan Atomic Energy Agency (JAEA). Tucson, Arizona, 30th June. Cryogenic Engineering Conference 2015. 1. A Tokamak u. 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.

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