11/26/2002Edgar L Black IIT MICE Video Conference November 27, 2002 Summary of safety implementation for proposal.

Slides:

Advertisements

Similar presentations

1 AFSWG Mtg 15 Aug 2003 Elwyn Baynham RAL Safety Overview Work done by RAL Group Contributors Elwyn Baynham Tom Bradshaw Iouri Ivaniouchenkov.

Advertisements

MICE RF and Coupling Coil Module Outstanding Issues Steve Virostek Lawrence Berkeley National Laboratory MICE Collaboration Meeting October 26, 2004.

Photo KEK March-28, 2002 MICE Absorber and Test Cryostat Shigeru Ishimoto (KEK) Shoji Suzuki (KEK) Edgar Black (IIT) Mary Anne Cummings (NIU) (1) MICE.

10 June 2006MICE Collaboration Meeting CM-151 Can MICE Solid and Liquid Absorbers be Characterized to better than 0.3 Percent? Michael A. Green 1, and.

MICE hydrogen review Commissioning, testing and operations.

1 MICE Hydrogen System Elwyn Baynham, Tom Bradshaw, Iouri Ivaniouchenkov RAL MICE / RAL Safety RAL, 30 October 2003.

Vacuum Vessel Production Readiness Review

1 Cooling the Hydrogen (Helium) Absorbers with Small Coolers Michael A. Green University of Oxford Department of Physics Oxford OX1 3RH, UK MICE Video.

Progress and Plan for Superconducting RF Cavity RF Group.

MICE Superconducting Solenoids: Status and Update RAL: T W Bradshaw M Courthold J Rochford M Hills D Baynham Oxford: J Cobb W Lau S Yang MICE.

RF Measurement Plan Derun Li Center for Beam Physics Lawrence Berkeley National Laboratory January 20, 2011 MICE Video Conference Meeting.

Integration of Cavities and Coupling Coil Modules Steve Virostek Lawrence Berkeley National Laboratory MICE Collaboration Meeting March 28 – April 1, 2004.

Agreement on scope of supply and extent of interface among different suppliers of the AFC module This talk covers the scope of supply on the Absorber Focus.

Progress on the MICE Cooling Channel Solenoid Magnet System

1 MICE Mtg Oct 2002 Elwyn Baynham RAL Focussing Absorber Magnet Elwyn Baynham ; Tom Bradshaw Iouri Ivaniouchenkov ; Jim Rochford Applied Science Division.

1 Configuration Development for HIF Final Focus Superconducting Quadrupole Array HIF Final Focus Meeting July 2, 2002 Tom Brown Chang Jun Phil Heitzenroeder.

1 Update on Focus Coil Design and Configuration M. A. Green, G. Barr, W. Lau, R. S. Senanayake, and S. Q. Yang University of Oxford Department of Physics.

MICE Meeting at Columbia University June 13, 2003 Implementation of argon gas jacket Edgar L. Black IIT.

Tagger and Vacuum Chamber Assembly Procedure. Preassembly of second bottom yokes and poleshoes. a) Install special support. b) Place the second bottom.

5/7/2003Edgar L. Black IIT MICE Meeting at Columbia University Hydrogen/Focus Module Components assembly Details concept June 13,2003.

MICE Engineering Integration Update August 13, 2003 Edgar L. Black IIT.

MICE Safety System DE Baynham TW Bradshaw MJD Courthold Y Ivanyushenkov.

MICE AFCSWG Safety Review Summary Mary Anne Cummings Dec. 17, 2003 MICE Video Conference.

9 June 2006MICE CM-15 Fermilab1 Progress on the MICE Cooling Channel and Tracker Magnets since CM-14 Michael A. Green Lawrence Berkeley Laboratory.

Progress on the Coupling Coil & Focus Coil Interface Engineering

MICE modules interface proposal FAC module Phone meeting Edgar Black IIT 2/13/2004.

MTA Cryostat & cooling loop design Christine Darve Fermilab/Beams Division/ Cryogenic Department/ Engineering and Design Group Preparation of the Mucool/MICE.

MICE Collaboration meeting at Columbia University, New York 12 – 14 June 2003 How Liquid Hydrogen behaves thermally in a Convective Absorber by Wing Lau,

MICE Video Meeting, 10 Jan 081 Spectrometer Magnet Progress Michael A. Green Lawrence Berkeley Laboratory.

Safety Review: RF Issues Derun Li Absorber Safety Review December 9-10, 2003 Lawrence Berkeley National Laboratory Berkeley, CA

Μ-beam Absorber 1Absorber 2Absorber 3RF 1RF 2 Vacuum LH2 Warm window Windows in MICE: Option 1 (as currently designed) ISIS Safety officer’s comment: If.

MICE Meeting at Columbia University Absorber windows design comparisons E.L.Black/IIT June/2003.

Non-welded Window Option Edgar L. Black IIT August 15,2003.

LH2 Absorber Design Mary Anne Cummings MICE Safety Review LBL Dec 9, 2003.

1 Superconducting Magnets for the MICE Channel Michael A. Green Oxford University Physics Department Oxford OX1-3RH, UK.

MICE Hydrogen System Implementation Tom Bradshaw Elwyn Baynham Iouri Ivaniouchenkov Jim Rochford.

MICE Collaboration Meeting March 29 - April 1, CERN MICE Integration Edgar Black/IIT March Room.

5/7/2003Edgar L. Black IIT MICE Integration Meeting Hydrogen/Focus Module Components Details development May 9, 1003.

MICE VIDEO CONFERENCE Cooling Channel/Detector Integration July 30, 2003 Edgar L. Black IIT.

Integration March 18, 2004 Latest MICE integrated lattice layout Edgar L.Black IIT.

LH2 Absorber Design Mary Anne Cummings MICE Safety Review LBL Dec 9, 2003.

MICE Collaboration meeting at CERN March 28 – April 1, 2004 MICE Cooling Channel --- AFC Module progress update Wing Lau – Oxford.

12 March 2006NFMCC Meeting, IIT, Chicago1 Progress on the MICE Cooling Channel and Tracker Magnets Michael A. Green Lawrence Berkeley Laboratory.

1 Progress on the MICE Cooling Channel Magnets Michael A. Green Lawrence Berkeley National Laboratory 28 June 2005.

MICE Hydrogen System Design Tom Bradshaw Iouri Ivaniouchenkov Elwyn Baynham Columbia Meeting June 2003.

Absorber Design Details Mary Anne Cummings MICE MEETING Columbia June 13, 2003.

Progress on the MuCool and MICE Coupling Coils * L. Wang a, X. K Liu a, F. Y. Xu a, A. B. Chen a, H. Pan a, H. Wu a, X. L. Guo a, S. X Zheng a, D. Summers.

Edgar L. Black MUCOOL ADVANCED M.T.F. & M.I.C.E. LAYOUTS August 12-13, 2002 Edgar L. Black IIT.

MTA Cryogenics: Where We Are The Work of Fermilab AD/Cryo Barry Norris, Christine Darve and a host of wonderfully talented Cryogenic Personnel John Thompson,

SCU Layout Concept - Minimal Segmentation Joel Fuerst (ANL) SCU 3-Lab Review Meeting Dec. 16, 2014.

SCU Segmented Cryostat Concept M. Leitner, S. Prestemon, D. Arbelaez, S. Myers September 2 nd, 2014.

ERL: G-5/e-Gun Cryogenic & Pressure Safety Committee Review ERL G-5/e-gun Beam Line Vacuum Failure Analysis April 24, 2009.

PRY Implementation - Contents l Fit with Experimental Devices (& services connections) l Fit with Tracker Cryo l Fit with Floor & Trench l Fit with Mezzanine.

Issues with variable thickness absorbers Iouri Ivaniouchenkov, RAL MICE Video Conference, 22 Jan

MICE – MUON Interface meeting at Mission Inn, Riverside, California January , 2004 MICE Cooling Channel Integration Issues Wing Lau – Oxford & Steve.

Magnet vacuum vessel w/radiation shield and cold mass in place Magnet leads (left) and the three cryocoolers on the top of the spectrometer solenoid service.

56 MHz SRF Cavity Thermal Analysis and Vacuum Chamber Strength C. Pai

MICE Video Conference November 11, 2002 Safety Scheme on the Facility Integration Edgar Black IIT.

MICE LH2 Absorber Safety Mary Anne Cummings Edgar Black (IIT) Abingdon, UK Oct. 30, 2003.

Spectrometer Solenoid Update Steve Virostek Lawrence Berkeley National Lab MICE Video Conference 120 May 7, 2009.

1 Small Coolers for MICE Michael A. Green University of Oxford Department of Physics Oxford OX1 3RH, UK MICE Collaboration Meeting RAL.

Iouri Ivaniouchenkov RAL Specifying the needs for MICE July 8, RAL MICE Collaboration Meeting 1.

Date 2007/Sept./12-14 EDR kick-off-meeting Global Design Effort 1 Cryomodule Interface definition N. Ohuchi.

5 K Shield Study of STF Cryomodule (up-dated) Norihito Ohuchi KEK 2008/4/21-251FNAL-SCRF-Meeting.

MICE Spectrometer Solenoid Recovery Review - December 3-4, Steve Virostek MICE Spectrometer Solenoid Design and Assembly.

201 MHz Cavity Plans Derun Li Center for Beam Physics Lawrence Berkeley National Laboratory February 11, 2011 MAP Friday Video Conference Meeting.

FIRST VIDEO CONFERENCE JANUARY 7, 2004 Edgar L. Black IIT

Small Coolers for MICE MICE Collaboration Meeting RAL Michael A. Green

Experimental equipment Edgar L. Black February 17, 2019

CEPC-650MHz Cavity Cryomodule

Presentation transcript:

11/26/2002Edgar L Black IIT MICE Video Conference November 27, 2002 Summary of safety implementation for proposal

11/26/2002Edgar L Black IIT Design requirements Physics determined that a minimum mass in the path of the beam is a most. Translating on the requirement for thinner and lesser material for containments of hydrogen and for vacuum, within standard safety structural boundaries RAL safety emphasize isolation of the hydrogen from the oxygen in the air at cryogenic temperatures, principal requirement for the design of the containment vessels

11/26/2002Edgar L Black IIT

11/26/2002Edgar L Black IIT PARTIAL SECTIONAL VIEW OF THE RF MODULE DOUBLE WALL VACUUM VESSEL W/ARGON GAS

11/26/2002Edgar L Black IIT Components on this assembly are: Manifold absorber body, absorber vacuum chamber and hydrogen, helium, vacuum piping connections, including the absorber body supporting fins which serve also as heat transfer between the absorber and the vacuum window. With the windows installed the assembly will be tested for leaks and alignment The windows are removed in this assembly.

11/26/2002Edgar L Black IIT The focusing coils magnetic forces are distributed through the split spool like structure, the 4 segments surround the absorber vacuum chamber and the connecting piping, the segments are bolted to each other and to the coils aluminum casing