SPARC Review Committee Meeting

Slides:

Advertisements

Similar presentations

Improving a magnetic shield: what works and what does not 26 March 2013 Kiril Marinov 1.

Advertisements

MICE- AFC Unit Mechanical Design of the Cold Mass Support System Oxford University Rohan Senanayake.

Measuring tools Modern engines use thinner casting and require more precise measuring Selectively fit engines All parts are measured and marked according.

4m Undulator Design Concepts Amanda J Brummitt CCLRC RAL On behalf of the HeLiCal Collaboration.

PXIE: SSR1 Section Focusing Lens 1.Requirements table 2.Developed at FNAL 3.Available from vendors 4.Used at ANL 5.Layout of the SSR1 cryomodule 6.Case.

October, 2003 P. Fabbricatore and S. Farinon Spectrometer magnets – Possible layout of cryostat in the end region In order to define the cryostat layout.

1 Issues concerning the Design of the Tracker Solenoids Michael A. Green Lawrence Berkeley National Laboratory 17 August 2005.

Spectrometer Solenoid Fabrication Update Steve Virostek Lawrence Berkeley National Lab MICE CM23 at ICST, Harbin January 14, 2009.

High Power Hg Target Conceptual Design Review Hg Target Interface with Solenoid V.B. Graves P.T. Spampinato T.A. Gabriel Oak Ridge National Laboratory.

MICE Installation and Commissioning meeting RAL, 12 June 2007 Diffuser Oxford University.

Review of the mechanical design of the final focusing region of the HIF Point Design T. Brown ARIES Project Meeting January 8, 2003.

1 Presented at ColUSM by D. Ramos on behalf of the Cold Collimator Feasibility Study Working Group Longitudinal.

ILC Main Linac Superconducting Cryogen Free Splittable Quadrupole Progress Report V. Kashikhin for Superconducting Magnet Team.

Status of CEPC Detector magnet

Magnet designs for Super-FRS and CR

M. Modena, A. Aloev CERN, Geneva, CH “An alternative Super-ferric design for ILC QD0” “LCWS14, 6-10 October 2014 Belgrade.

Argonne National Laboratory is managed by The University of Chicago for the U.S. Department of Energy LCLS Girder Support Concept Design Sushil Sharma.

Three-phase Cage Rotor Induction Motors Resource 2 Three-Phase AC machines.

Some Thoughts on Magnetic Measurements for MICE Michael A. Green Lawrence Berkeley Laboratory Berkeley CA 94720, USA.

Focusing Lens for the SSR1 Section of PXIE Preliminary analysis of main options 3/13/2012I. Terechkine1.

Zian Zhu Magnet parameters Coil/Cryostat/Support design Magnetic field analysis Cryogenics Iron yoke structure Mechanical Integration Superconducting Magnet.

Big Magnet Design II: a) solenoid and cable concept b) short section test V.V. Kashikhin and A.V. Zlobin.

Electricity and Magnetism

CLIC Workshop th -17 th October 2008 Thomas Zickler AT/MCS/MNC 1 CLIC Main Linac Quadrupoles Preliminary design of a quadrupole for the stabilization.

FP420 R&D Project – Brainstorming session on mechanics 28 March 06 1 D. D. INFN To/CERN PH CMM FP420 Integration Environment.

CLIC Stabilisation Day’08 18 th March 2008 Thomas Zickler AT/MCS/MNC/tz 1 CLIC Quadrupoles Th. Zickler CERN.

SBS Magnet and Support Status Robin Wines June 2013.

1. Introduction 2. Magnetic field design Optimization of yoke configuration in several conf. Boundary conditions -

Reducing the Iron in the Endcap Yoke of CLIC_SiD Benoit Curé, Konrad Elsener, Hubert Gerwig, CERN CERN, June 2014 Linear Collider Detector Magnet Meeting.

Prepare specifications/requirements magnetic and mechanical characteristics operation mode Development of Test facility - dedicated test facility to study.

The integration of 420 m detectors into the LHC

Baby MIND magnet design or “how to best magnetise a steel plate” Alexey, Etam, Gabriella, Helder, Herman Baby Mind Magnet CERN June 10, 2015.

H. Weick, 8 th MAC meeting, GSI, Super-FRS Status Target Area H. Weick / M. Winkler 8th FAIR - Machine Advisory Committee Meeting

CONCEPTUAL DESIGN OF D2 MECHANICAL STRUCTURE (DOUBLE COLLARING OPTION) S. Farinon, P. Fabbricatore (INFN-Sezione di Genova) Sept. 24 th 2015.

1 Implementation at RAL Iouri Ivaniouchenkov on behalf of Elwyn Baynham, Tom Bradshaw, Tony Jones, Jim Rochford Engineering Department, RAL MICE Collaboration.

MQXFSD3 laminated structure J.C Perez N. Bourcey, B. Favrat, P. Ferracin, P. Moyret.

Mechanical Upgrade Interaction Region IR1 Luigi Pellegrino Mechanical Engineering Group (LNF Scientific Committee, May 9, 2013)

SuperB – IFR status of the detector & tooling development 1V. Carassiti - INFN FEINP PAN 07-09/09/2012.

Superconducting Cryogen Free Splittable Quadrupole for Linear Accelerators Progress Report V. Kashikhin for the FNAL Superconducting Magnet Team (presented.

Answers to Barcelona questions about Mini-Drawers and comments Tilecal upgrade meeting CERN (24 June 2013) François Vazeille on behalf of Roméo Bonnefoy,

CERN – ENGINEERING DEPARTMENT: A. Dallocchio on behalf of EN-MME

Design ideas for a cos(2q) magnet

Roller/rail - System for PANDA

Some Design Considerations and R &D of CEPCB Dipole Magnet

PANAGIOTIS FARANTATOS(TE/MSC-MNC)* WP3, ESR 4: New Magnet

Procurement, Measurement and Installation of 2 Octupoles for ATF

SuperB IFR mechanics of IFR prototype – by C. Fanin

6th BINP-FAIR-GSI Workshop,

The design schemes of the low field dipole magnets

CLIC Common RF-girder study

Module roadmap to end of 2017

New field cage LP2 Ole Bach, Bernd Beyer, Volker Prahl

Challenges of vacuum chambers with adjustable gap for SC undulators

EuroCirCol: 16T dipole based on common coils (DRAFT)

SiD Solenoid Status and Plans

CHEN, Fusan KANG, Wen November 5, 2017

Outlines : Introduction . Construction . Control .

Pierre-Alexandre Thonet

Superconducting RF Crab Cavities

Induction Motor. Induction motor Main parts are Stator Rotor.

Casting Design Modifications

Designing Assembly for MET

PERMANENT MAGNET QUADRUPOLE FOR THE LINAC 4 CCDTL

High Precision Magnet Production for NSLSII at IHEP

as a prototype for Super c-tau factory

CEPC Collider Magnets CHEN, Fusan November 13, 2018.

Magnetic shielding and thermal shielding

CRYOMODULE FINAL ASSEMBLY

Electric Machine Design Course

Presentation transcript:

SPARC Review Committee Meeting General Layout Mechanical Design Alignment (Cont…) Francesco SGAMMA, Sandro TOMASSINI 2005, June 14th

Outline FIRST ACCELERATING SECTION: Magnetic shield manufacturing Solenoids Supporting Structure Accelerating sections Supports Magnetic field Measurement Tool Girder Accelerating Section alignment tool SECOND & THIRD ACCELERATING SECTIONS: Accelerating section Supports Girders DOG LEG: Magnet Girders

MAGNETIC SHIELD MANUFACTURING DESIGN SPECIFICATIONS High magnetic permeability material High homogeneity material Modularity for easy manufacturing, assembly and alignment Precise mechanical machining ( 0.1 mm)

MANUFACTURING PROCESS 50mm ARMCO steel laminated thick plate Shield divided into 7 cylindrical sectors Each sector divided in two halves Two 60mm thick end caps DESIGN SPECIFICATIONS High magnetic permeability material High homogeneity material Modularity for easy manufacturing, assembly and alignment Precise mechanical machining ( 0.1 mm)

Magnetic Shield

Iron Thermal Treatments AFTER MACHINING AFTER FORMING

After Forming Thermal Treatment Cooling 3 h@650 ºC 7 h Warming Temp. axis Time axis

After Machining Thermal Treatment MAGNETIC PROPERTY RECOVERY