Fermilab Proton Driver and Muons David Johnson Fermilab Neutrino Factory Muon Collider Collaboration Meeting March 14, 2006.

Slides:

Advertisements

Similar presentations

Feb 09, 2012 L. Vorobiev, I. RakhnoPage 1 Multi-Turn Stripping Injection and Foil Heating with Application to Project X Presentation Based on: Phys. Rev.

Advertisements

PIP and the Booster Notch Bob Zwaska October 12, 2011 PIP Meeting.

Page 1 Collider Review Retreat February 24, 2010 Mike Spata February 24, 2010 Collider Review Retreat International Linear Collider.

Muon Coalescing 101 Chuck Ankenbrandt Chandra Bhat Milorad Popovic Fermilab NFMCC IIT March 14, 2006.

1 Proton Upgrades at Fermilab Robert Zwaska Fermilab March 12, 2007 Midwest Accelerator Physics Collaboration Meeting Indiana University Cyclotron Facility.

Ion Accelerator Complex for MEIC January 28, 2010.

Muon Collider 2011 Workshop Jun 27-July 1 in Telluride, CO Gollwitzer & Nagaitsev presented Attending: Ankenbrandt, Lebedev, Pasquinelli, Popovic, and.

1 M. Popovic NFMC Collaboration Meeting IIT Muon (Pre)Acceleration for 8 GeV Proton Driver Linac Milorad Popovic FNAL 14-March.

Thomas Roser Snowmass 2001 June 30 - July 21, MW AGS proton driver (M.J. Brennan, I. Marneris, T. Roser, A.G. Ruggiero, D. Trbojevic, N. Tsoupas,

Nufact09-IIT 107/24/2009 Project X and a Muon Facility at Fermilab Milorad Popovic FNAL.

(ISS) Topics Studied at RAL G H Rees, RAL, UK. ISS Work Areas 1. Bunch train patterns for the acceleration and storage of μ ± beams. 2. A 50Hz, 1.2 MW,

ILC RTML Lattice Design A.Vivoli, N. Solyak, V. Kapin Fermilab.

3 GeV,1.2 MW, Booster for Proton Driver G H Rees, RAL.

Brookhaven Science Associates U.S. Department of Energy AGS Upgrade and Super Neutrino Beam DOE Annual HEP Program Review April 27-28, 2005 Derek I. Lowenstein.

Fermilab and Muons Booster, Proton Driver (MECO, PRISM/PRIME, …) David Neuffer Fermilab.

Fermilab, Proton Driver, Muon Beams, Recycler David Neuffer Fermilab NufACT05.

Proton Driver: Status and Plans C.R. Prior ASTeC Intense Beams Group, Rutherford Appleton Laboratory.

F Project X Overview Dave McGinnis October 12, 2007.

EDM2001 Workshop May 14-15, 2001 AGS Intensity Upgrade (J.M. Brennan, I. Marneris, T. Roser, A.G. Ruggiero, D. Trbojevic, N. Tsoupas, S.Y. Zhang) Proton.

Advanced Accelerator Design/Development Proton Accelerator Research and Development at RAL Shinji Machida ASTeC/STFC/RAL 24 March 2011.

F Project X: 8 GeV Recycler Injection S. Nagaitsev, D. Johnson, J. Lackey Fermilab Accelerator Advisory Committee August 8, 2007 D. Johnson.

NUFACT August 2014 E. Wildner, CERN 13/03/14Nufact14, Glasgow, E. Wildner 2 Accumulator Ring for the ESS Neutrino Super Beam.

CASA Collider Design Review Retreat HERA The Only Lepton-Hadron Collider Ever Been Built Worldwide Yuhong Zhang February 24, 2010.

03/30/06 DEJBNL&FNAL PD Collaboration kickoff meeting Beams-doc Current layout of beams from PD ~ 700m Active Length 8 GeV Linac 8 GeV neutrino.

Muon Collider Design Workshop, BNL Dec-09112/01/2009 C.W. Linac Options (talk not much different from talk at High Intensity Proton Accelerator Application.

F 1 MW Proton Beam for Neutrinos Dave McGinnis AAC Meeting May 10, 2006.

J. Pasternak First Ideas on the Design of the Beam Transport and the Final Focus for the NF Target J. Pasternak, Imperial College London / RAL STFC ,

Overview of Booster PIP II upgrades and plans C.Y. Tan for Proton Source group PIP II Collaboration Meeting 03 June 2014.

Mu2e, August 15, 2007 E Prebys 1 The Steering Group and mu2e Eric Prebys.

Proton Driver Keith Gollwitzer May 31, Initial Design Overview For design purposes, the following is assumed –H - beam comes from PIP II and follow-on.

Fermilab Proton Driver Project Weiren Chou for Bill Foster Fermilab, U.S.A. October 20, 2004 Presentation at the Proton Driver Session ICFA-HB2004, Bensheim,

Jan 12, 2005G.W.Foster - Proton Driver General Meeting Proton Driver General Meeting Kick-off Presentation G. W. Foster PD General Weekly Meeting Jan 12,

Project X: 8 GeV Transfer and Injection Injection Painting Kick-off meeting Dave Johnson APC/HINS June 27, 2008 Beams-doc 3129.

Project X RD&D Plan Beam Transfer Line and Recycler Injection David Johnson AAC Meeting February 3, 2009.

Proton Source & Site Layout Keith Gollwitzer Accelerator Division Fermi National Accelerator Laboratory Muon Accelerator Program Review Fermilab, August.

WG2 (Proton FFAG) Summary G.H. Rees. Proton Driver Working Group  Participants: M. Yashimoto, S. Ohnuma, C.R. Prior, G.H. Rees, A.G. Ruggiero  Topics:

IDS-NF Accelerator Baseline The Neutrino Factory [1, 2] based on the muon storage ring will be a precision tool to study the neutrino oscillations.It may.

Fermilab and Muons Proton Driver (for ν-Factory, μ + -μ - Collider, …) David Neuffer Fermilab.

LER Workshop, October 11, 2006LER & Transfer Line Lattice Design - J.A. Johnstone1 LHC Accelerator Research Program bnl-fnal-lbnl-slac Introduction The.

Doug Michael Sep. 16, GeV protons 1.9 second cycle time 4x10 13 protons/pulse 0.4 MW! Single turn extraction (10  s) 4x10 20 protons/year 700.

THE DESIGN OF THE AGS-BASED PROTON DRIVER FOR NEUTRINO FACTORY W.T. WENG, BNL FFAG WORKSHOP JULY 7-11, 2003 KEK, JAPAN.

June 3, 2004G.W.Foster - Proton Driver Proton Driver Project Development, Tactics & Strategy G. W. Foster Fermilab User’s Meeting June 3, 2004.

Proton Driver / Project X Keith Gollwitzer Fermilab August 30, 2012.

For Layout of ILC , revised K.Kubo Based on following choices. Positron source: Prepare both conventional and undulator based. Place the.

F A Fermilab Roadmap Dave McGinnis May 28, f Fermilab Roadmap - McGinnis Timelines  Divide the road map into three parallel paths  ILC - Energy.

Proton Planning Eric Prebys FNAL Accelerator Division.

Status of Project X Keith Gollwitzer Accelerator Division Fermilab MAP Winter Meeting - March 1, 2011.

Proton Driver Design Keith Gollwitzer Fermilab February 19, 2014.

FFAG’ J. Pasternak, IC London/RAL Proton acceleration using FFAGs J. Pasternak, Imperial College, London / RAL.

F Possible Proton Capabilities at Fermilab Dave McGinnis April 16, 2007.

NuFACT06 Muon Source at Fermilab David Neuffer Fermilab.

Project X: 8 GeV Transfer and Injection Collimation and Injection Absorber R&D Kick-off meeting Dave Johnson APC/HINS June 20, 2008 Beams-doc 3125.

Main Injector H - Injection David Johnson Fermilab Accelerator Advisory Committee May 10 th – 12 th, 2006.

Proton Drivers & Muon Sources at Fermilab David Neuffer Fermilab.

Overview of Project X ICD and RD&D Plans David Neuffer material from Paul Derwent & Sergei Nagaitsev (AAC Meeting, February 3, 2009)

RCS design Valeri Lebedev AAC Meeting November 16-17, 2009.

Proton Driver Keith Gollwitzer Accelerator Division Fermilab MAP Collaboration Meeting June 20, 2013.

Accumulator & Compressor Rings with Flexible Momentum Compaction arccells MAP 2014 Spring Meeting, Fermilab, May 27-31, 2014 Y. Alexahin (FNAL APC)

U.S. Plans for High Power Proton Drivers Steve Holmes Fermilab Workshop on Physics with a Multi-MW Proton Source CERN May 25, 2004.

ESSnuSB Open Meeting May 2014 CERN E. Wildner J. Jonnerby, M. Martini, H. Schönauer 13/03/14EUROnuSB Lund, E. Wildner 2 W. Bartmann, E. Bouquerel,

Optics solutions for the PS2 ring February 11 th, 2008 LIS Section Meeting Y. Papaphilippou.

FFAG Studies at BNL Alessandro G. Ruggiero Brookhaven National Laboratory FFAG’06 - KURRI, Osaka, Japan - November 6-10, 2006.

UK Neutrino Factory Conceptual Design

J-PARC main ring lattice An overview

Jeffrey Eldred, Sasha Valishev AAC Workshop 2016

Large Booster and Collider Ring

Muon Acceleration using 8 GeV Proton Driver Linac

NuSTORM - μ Storage Ring with Injection

Superbeams with SPL at CERN

Collider Ring Optics & Related Issues

Presentation transcript:

Fermilab Proton Driver and Muons David Johnson Fermilab Neutrino Factory Muon Collider Collaboration Meeting March 14, 2006

March 14, 2006 dej NFMCC2 “Updated (~ ’06 )” ILC-PD (HINS) Interplay

March 14, 2006 dej NFMCC3 Design fully ILC-Compatible PD Design Prove, Develop & Build Front-End in Meson (0-100 MeV) Much of Technical Complexity in Front End Test Phase-Shifter Technology and RF Power Scheme with H - Test RT-SC Transition Send First Beam (in the world) through Spoke Cavities Design/Plan MI Injection Line & Upgrade ILC Test/PD Compatible Civil Construction (Expected) Charges for HINS Program Giorgio Apollinari - NuWorkShop FNAL 3/6-7/06

March 14, 2006 dej NFMCC4 Finalize layout for injection into MI (optics & civil optimization) Determines footprint of linac enclosure Assure compatibility with existing and future transport lines Booster -> Recycler (Proton plan stage 1) Replace Booster -> MiniBoone with HINS-> MiniBoone (2MW 8 GeV) (?) Allow for upgrade to HINS -> Recycler (?) H- Transport/Injection workshop 12/04 -> no show stoppers 8 Gev H- Transport Controlling losses during transport (Lorentz, Black body, Collimation absorbers) Collimation absorber design (momentum and betatron) Detailed magnet design 8 Gev H- Injection Modify MI FODO straight section to symmetric insert with a doublet (removes quad from injection design and increase space between quads -> ~ 30 m) Currently highest H- injection is 1 GeV at SNS Further optimization and modeling of H- injection using foils (collaboration w/BNL) Foil heating / lifetime Minimize uncontrolled loss at injection Watch SNS laser stripping experiments/designs for possible implementation Linac absorber design Design/Plan MI Injection Line & Upgrades

March 14, 2006 dej NFMCC5 8 Gev H - Transport to Main Injector  ’tron momentum MI match

March 14, 2006 dej NFMCC6 MI-10 Configuration for 8 Gev H - Injection H-H- H+H+ H 0, H - start end closed orbit (DC bumps) foil inj absorber 1.2T 600G Painting trims Current MI10 MI10 for PD H - injection 32 m

March 14, 2006 dej NFMCC7 No current guidance on “Test String” requirements from GDE Define and develop ILC specific test facility Shallow construction -> electrons only (precludes usage as HINS) Connection with Tev tunnel for damping ring tests (?) Develop facility which will serve both ILC requirements and requirements for HINS MI depth (shielding good for 2 MW H-) Transport and injection capability to MI Include real estate for transporting electrons (to Tev enclosure) What are muon facility requirements ? Advanced planning to minimize future construction difficulties Requirements to integrate into initial civil design (i.e. cavity layout, stubs for future construction, absorber location, etc) Plan for generic wet land mitigation inside Tev ring (future land usage) Lead time for Corp of Engineers construction permitting requires fixed construction footprint ~ 2yrs ILC Test/PD Compatible Civil Construction

March 14, 2006 dej NFMCC8 How Can PD Support A Muon Program ? Provide intense proton source for Muon production via a 2MW proton accumulator / re-buncher If muons can be cooled sufficiently, it could provide the second stage for muon acceleration from 1 GeV to 8 GeV (see M. Popovic talk) Spacing between cryo modules to inject/extract muons Is this optimal for H- and electron acceleration?

March 14, 2006 dej NFMCC9 Proton re-Buncher Ring Proton Requirements for Neutrino Factories/Muon Collider (details discussed by D. Neuffer talk) Short bunch lengths( few to 10’s ns), intense (few E13 ppb), fast rep rate (10 Hz ? Larger) Initial Concept for a Proton re-buncher ring Hybrid FODO – doublet lattice (SNS like) Includes: Four FODO arc sections (1.4T dipole, 8 m half cell) Two doublet long straight sections for injection and extraction Requires ~30 m free straight for H- injection (current MI design) Two FODO straight sections for collimation and RF Circumference (similar to Booster ~485 meters) but could be smaller Integrate into Linac dump line design After betatron collimation Momentum collimation ? (enclosure, shielding, utilities, buildings)

March 14, 2006 dej NFMCC10 Conceptual Design of re-Buncher Injection Extraction RF Collimation 8 m half cell Circumference ~485m T 0 = 1.6 us Initial 1.54E14 in 3 ms >625 turn injection Ultimate 1.54E14 in 1 ms >1800 turn injection _________ For 2.2T dipole (l=2.9m) 6 m half cell Circumference ~300 m (including inj/ext straight)

March 14, 2006 dej NFMCC11 Proton Driver Support for Muon Program ~ 700m Active Length 8 GeV Linac 8 GeV neutrino Main MW Anti- Proton SY-120 Fixed- Target Neutrino “Super- Beams” NUMI Off- Axis Electrons for ILC Damping Ring Demo

March 14, 2006 dej NFMCC12 Summary HINS Program organization in place for the continued R&D and development of a High Intensity Neutrino Source (aka PD) at FNAL Requirements for proton accumulator/re- buncher are needed to incorporate muon capability in PD. If linac is to be used for muon acceleration, need detailed specifications for incorporation of connection to linac.