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WP4 - Design StudiesWP4 - Design Studies
OutlineOutline
• Status of FP6 Design Studies
• Consequences
• High power targets
• MICE
• Neutrino detector R&D
• FFAGs
• WDS Status
FP6 Design StudiesFP6 Design Studies
ESGARD meeting 3ESGARD meeting 3rdrd September – from Roy Aleksan September – from Roy Aleksan
• Originally: 3 DS calls, November 2003, 2004, 2005
• Now: 0 or 1 call if 1, autumn 2005, deadline spring 2006
• Two reasons:- want to fund additional projects from round 170MEUR 90MEUR - big
budget reduction (next I3: 60M 140M)
• Leaves 30-40MEUR for round 2
• Only question: is it worth holding another DS for this!
• Possibility had been known for some time
• RA asked Brussels if new JRA in CARE possible
Answers to both by end SeptemberAnswers to both by end September
Joint Research ActivitiesJoint Research Activities
• We are currently assuming a positive response
• ESGARD will review possible JRAs and select a few - NF - HIPPI - NED
- HHH- LC- SRF- PHIN
• Call likely to be November
• Deadline March-April 2005
• 140MEUR
Joint Research ActivitiesJoint Research Activities
“The joint research activities aim to improve or enhance the service provided by [an existing infrastructure], in such a way that
it could have widespread significance to a number of research communities in Europe.
“Joint research activities should be innovative and explore new fundamental technologies or techniques underpinning the use of
infrastructures by several research communities.”
• Aim of a JRA……..
• Maximum 5MEUR from EC
FP6 Design StudyFP6 Design Study
WP Title Responsible Summary
1 Management Edgecock
Proton Driver Garoby Insufficient manpower
2 Targetry Bennett R&D on targets to prove viability; engineering of target station
3 Collection Campagne Viability of horn
4 MICE Blondel R&D on critical components
5 FFAGs Meot R&D on SC dipoles
6 Machine Haseroth Cost and performance optimised Neutrino Factory Design
7 Physics and detectors
Mezzetto Strolin
Define parameters for accelerator & detector, inc. detector cost
JRA
JRA
JRA
NEST, etc
?
New detector I3
PossibilitiesPossibilities
• Would need to be as generic as possible - HIPPI
• Include:- solid & liquid targets- CNGS, T2K, NF, others………
• No funding before 2006:- final construction, running, analysis of TT2A- analysis of solid tests- interpretation for target station- design of real target- design of TS -
safety analysis
• Potential EU participants: Cranfield, Glasgow, RAL,Sheffield, CERN, NRG; FGES
• Roger has plans for CARE meeting, seminar tour
High power target JRAHigh power target JRA
PossibilitiesPossibilities
• Needs to have finances sorted out
• Needs careful selection of project:- upgrade of existing infrastructure -
use by several research communities
• Possible projects from VP - MICE 0: high precision emittance measurement - RF: windows, in magnetic field? - efficient pulsed 200MHz RF power amp? - high Tc SC magnets
- others!
• Potential EU participants: lots!
MICE/Front-end JRAMICE/Front-end JRA
PossibilitiesPossibilities
• CARE is accelerator R&D I3
• Detector R&D I3 is also possible!
• In ESGARD:- Neutrino detectors -
LHC upgrade - linear collider
• Seems too complex & impossible to organise in time
• Candidates should contact Roy!
• Is a Neutrino Detector R&D I3 possible?
Detector R&D I3Detector R&D I3
FFAGsFFAGs
Japanese layout No cooling!
FFAGsFFAGs
US layout
Much reduced cooling!
FFAGsFFAGs
Prototype for proton cancer therapy neutron production (BNCT)
FFAGsFFAGs
In additionIn addition
• 150MeV FFAG at Kyoto University to study ADS
• ion FFAG at National Institute of RadiologicalSciences, Chiba, for ion cancer therapy
• Mitsubishi: proton & ion FFAG for cancer therapyelectron FFAG for CT scanning, industrial
irradiation
• interest in UK for proton therapy & ion implantation
• PRISM at Osaka for rare muon decays
• proton upgrades at BNL, FNAL, KEK
• 10GeV electron FFAG at BNL for eRHIC
• LHC intensity upgrade
(Almost) all scaling machines(Almost) all scaling machines
Scaling vs Non-scalingScaling vs Non-scaling
• Non-scaling: - smaller, simpler (cheaper) magnets - smaller circumference - smaller variation in orbit time with energy
• Problems: tune changes resonances acceleration outside buckets
• Tune variation is rapid ( + muons make few turns)
• But this and other features must be tested
• Assessment of scaling and non-scaling for other appl.
e-model FFAGe-model FFAG
• Plan: build electron model non-scaling FFAG- ~10 to ~20 MeV- 15-20m circumference
• If successful major impact on accelerator physics
• EU needs more involvement in NF R&D
• UK needs to get more involved in FFAGs in general
• A lot of money for accelerator R&D in UK
• DL has electron injectors
Build e-model at DL!Build e-model at DL!
• Lots of enthusiasm from ASTeC
• Large group formed to do this: Canada, Europe, Japan, US
• Interest from IBA, starting to attract potential customers
• Will target specific EU labs
UK FFAG
FFAGs in FP6FFAGs in FP6
• DS in 2005, probably too late
• New and Emerging Science and Technology- Insight- Pathfinder- Adventure
Several possible candidate programmes:Several possible candidate programmes:
“Adventure projects are ‘visionary’ research projects, aiming to create and/or develop new opportunities for science and technology which could have a very high potential payoff in
the long term, in particular in new interdisciplinary areas. They are identified by their characteristics of significant novelty,
very high ambition and high impact.”
• Combating cancer
• Waste transmutation
• Clearly something EC is interested in funding
• Will take advice when FP6 situation is clearer
• It is also something EPSRC should be interested in!
WDS StatusWDS Status
• Not started yet- EU situation -
Study 2a
• Plan is still to start “soon”
• At NuFact’04:- should set a long term goal for the NuFact series
cost optimised Neutrino Factory- should set goals for each NuFact to reach this
• WDS
• Aim to start discussion on this after Villars, Study 2a