Diapositive 1
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Transcript Diapositive 1
Linear Collider and other
HEP Accelerator R&D
O. Napoly
CEA-Saclay, DAPNIA
CEA /DSM Dapnia
Contribution of French Labs
to Major Accelerator Complex
ATLAS
LHC Dipoles
CMS
« The quest will wither away if we only pick the fruits off the tree planted in the
last generation and don't nourish the tree that will feed the next generation »
H.T.Shapiro, as quoted by F. Richard.
TTF Injector 1
LHC Quads
CHECHIA
12 May 2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
2
Linear Collider R&D:
ILC, CLIC
CEA /DSM Dapnia
FP6 : CARE-SRF
Goals
WP5 : Electro Polishing (DAPNIA)
WP5:
WP7 : RF Coupler (LAL*)
EP Setup
WP8 : Tuners (DAPNIA, IPNO)
WP10: Horizontal Integrated Test (DAPNIA*, IPNO, LAL)
WP11: TTF
WP11: Beam Diagnostics (DAPNIA)
WP8: TTFV
WP10: RF test in CryHoLab
coupler
Cold BPM
WP11: TTF
HOM studies
WP9:
Cold
PiezoTuner
12 May 2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
4
FP6 : CARE-SRF
Resources
4 year plan : 2004-2007
Durable
Equipment (k€)
Consumable
(k€)
Travel
(k€)
Expected
costs (k€)
Requested EU
funding (k€)
CEA
0
845
40
2 623
565
CNRS Orsay
30
445
40
2 315
730
Participant
Manpower (2004 + 2005) 20.2 FTE
Staff +
temporary
DAPNIA
IPN0
LAL
person·months
59.4+143.2
20+24
99+140
Total
485
Evolution :
LoIs for a SCRF JRA and New Infrastructure in FP7
SCRF Test Area at Saclay will be moved and renovated
12 May 2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
5
CryHoLab @ SUPRATECH
Piezo Compensation
CryHoLab present location
Vert. & Hor. SC Test Area
SPIRAL2
Injector
IPHI
12 May 2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
6
XFEL RF-Coupler Industrialisation
Goals :
Prototyping
Conditioning Studies
Technology Development
Industrialization Study
Manpower 12 FTE (including CARE/SRF)
LAL
Manpower
(person·years)
Equipment
(k€)
12 May 2006
CEA /DSM Dapnia
2006
2007
12
12
900
220
O. Napoly, R-ECFA Visit to France
7
FP6 : EUROTeV
Goals
WP2: Beam Delivery System (DAPNIA)
WP5: Diagnostics (LAL)
WP6: Beam Simulation (LAL)
WP7: Metrology and Stabilisation (LAPP*)
WP2+6:
ILC 2 mrad IR
12 May 2006
CEA /DSM Dapnia
WP5: PLIC Laser Cavity
for Compton Polarimetry
O. Napoly, R-ECFA Visit to France
WP7: ILC final
quad mock-up
measurement
8
FP6 : EUROTeV
Resources
3 year plan : 2005-2007
Participant
Personnel
(person·months)
Consumable
(k€)
Travel
(k€)
Expected
costs (k€)
Requested EU
funding (k€)
CEA
69
140
33
517
252
CNRS
607
664
164
3 582
864
Manpower (2005) 13.8 FTE
Staff +
temporary
person·months
DAPNIA
17.1
LAL
LAPP
Total
108.2
40.5
166
Evolution :
ATF2@KEK : participation in optics, simulation and stabilization
Compton scheme for the polarized positron source (KEK, INFN,..)
12 May 2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
9
French Contribution to the
Additional Contributions :
Electronics for TTF machine protection
Cavity baking studies
Tuner Industrialization Study
ILC Communication
12 May 2006
Total Resources in 2006
CEA
CNRS
Total
Equipment (k€)
217
1 194
1411
Personnel (FTE)
25.5
31.0
56.5
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
10
FP6 : CARE-PHIN
Goals
WP4: RF-Gun (LAL*)
WP4: CTF3
Drive Beam
Photo-Injector
(prototype)
WP4: NEPAL experimental area will be renovated at LAL
12 May 2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
11
FP6 : CARE-PHIN
Resources
4 year plan : 2004-2007
Participant
CNRS-LAL
Durable
Equipment (k€)
Consumable
(k€)
Travel
(k€)
Expected
costs (k€)
Requested EU
funding (k€)
250
410
25
2 115
755
Manpower (2004 + 2005) 4.2 FTE
Staff +
temporary
person·months
12 May 2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
LAL
Total
51.5 + 50.0
101.5
12
CTF3
Goals
Combiner Ring
• LAPP : BPM electronics
WP4: CTF3
complex
Probe beam linac
• LAL : RF-Gun
• DAPNIA : 160 MeV linac
and diagnostics
BPM analog
electronics
Probe beam linac design
12 May 2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
13
CTF3
Resources
Manpower (2005-2008) 5.3 FTE
Resources
2005 – 2008
CEA
CNRS
Total
18
3
21
~1 300
210
1 510
Manpower
(person·year)
Equipment
(k€)
Evolution :
Participation in CTF3 operation
LoI for CLIC developments JRA in FP7
12 May 2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
14
PhD Thesis, on Linear Colliders
12 May 2006
ILC-SC Cavity
Sébastien Bousson
1997-2000
ILC-SCRF
Hui Min Gassot
1998-2001
ILC-SC Cavity
Melissa Delheusy
2003-2006
ILC-RF Coupler
Hassen Jenhani
2003-2006
ILC-RF HOM
Rita Paparella , with DESY
2003-2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
15
Proton Linac R&D:
LHC, -Facility
CEA /DSM Dapnia
The IPHI Project (High Intensity Proton Injector)
The project involves 3 french laboratories (+ CERN as of 2002):
CEA/DAPNIA for the proton source, LEBT and RFQ
IN2P3/INPO-Orsay for the beam diagnostics (as of 1997)
IN2P3/LPSC-Grenoble for the 3 MeV beam dump (as of 2003)
RFQ
H+ ECR Source SILHI
95 keV, 120 mA
12 May 2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
Diagnostics
Dump
300 kW
17
The IPHI Project over 12 years (1996-2008)
Goal: demonstrator for high intensity CW source and injector for
future proton driver. As of 2002, 3 MeV injector for LINAC4.
Manpower (1996-2008) 20 FTE
Resources
1996 – 2008
Manpower
(person·year)
Equipment
CEA
CNRS
~170
~70
6.0 M€
4.2 M€
Research
Ministry
2.0 M€
Total
240
12.2 M€
Evolution :
End 2007, CW reliability tests will be done for EUROTRANS
In 2008, beam chopping tests (HIPPI) will be done at Saclay.
The RFQ and Diagnostics will then be transferred to CERN.
12 May 2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
18
Negative H- Ions Source
Goal :
Increase the
H- current
produced by
ECR sources
FP5 Project : HP-NIS
Manpower (2002-2005) 1.4 FTE
DAPNIA
Manpower
(person·month)
Equipment
(k€)
2002
2003
2004
2005
Total
9
12
21
24
67
10
55
72
60
197
Evolution : LoI for a Light Ion Source JRA in FP7
12 May 2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
19
FP6 : CARE-HIPPI
Goals
WP2: Warm Linac Structures (LPSC*, DAPNIA)
WP3: Superconducting Linac Structures (DAPNIA*, IPNO)
WP5: Beam Dynamics (DAPNIA, LPSC)
WP2: SCL
studies
WP2 : High power
WP2:
700 MHz cavity test Spoke cavity
stand
WP5: Beam code
benchmarking in
UNILAC
Evolution :
WP4: Chopper beam tests on IPHI site in 2008
Exploitation of the RF test stand at Saclay (within SPL, FP7 ??)
12 May 2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
20
FP6 : CARE-HIPPI
Resources
5 year plan : 2004-2008
Durable
Equipment (k€)
Consumable
(k€)
Travel
(k€)
Expected
costs (k€)
Requested EU
funding (k€)
CEA
1 065
924
11
3 835
980
CNRS-IPNO
0
130
7
272
70
CNRS-LPSC
0
55
11
806
60
0
185
18
1 078
130
Participant
CNRS
Manpower (2004 + 2005) 4.9 FTE
Staff +
temporary
DAPNIA
IPN0
LPSC
Total
person·months
26.6+45.9
10.5+8.3
5.5+19.7
116.5
12 May 2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
21
PhD Thesis, on Proton Linacs
12 May 2006
IPHI-RFQ
Romuald Duperrier
1997-2000
P-Driver SCRF
Jean-Luc Biarotte
1997-2000
IPHI-DTL
Pierre-Emmanuel Bernaudin
1998-2002
IPHI-RFQ
François Simoëns
1999-2002
IPHI-Instr
Bruno Pottin
1999-2002
P-Driver SCRF
Christophe Miélot
1999-2002
P-Driver SCRF
Guillaume Olry
2000-2003
H- Source
Karim Benmeziane
2001-2004
IPHI-BDcs
Amhed Ben Ismail
2002-2005
HIPPI-SCRF
Mehdi Souli
2003-2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
22
Proton Rings
LHC complex, -Facility
CEA /DSM Dapnia
FP6 : CARE-NED
Goals
Overall Coordination (DAPNIA*)
WP2: Thermal Studies and Quench Protection (DAPNIA)
WP3: Conductor Development (DAPNIA)
WP4: Insulation Development and Implementation (DAPNIA)
WP5: Magnet Design and Optimisation (DAPNIA)
WP2: Crysotat for
heat transfer
measurements
(designed at Saclay,
built at Wroclaw
University)
WP5: 88 mm aperture
dipole coil
Evolution :
Nb3Sn 15 T Dipole and Quadrupole prototypes, JRA in FP7
12 May 2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
24
FP6 : CARE-NED
Resources
3 year plan : 2004-2006
Participant
CEA-DAPNIA
Durable
Equipment (k€)
Consumable
(k€)
Travel
(k€)
Expected
costs (k€)
Requested EU
funding (k€)
0
95
8
645
100
Manpower (2004 + 2005) 1.7 FTE
12 May 2006
Staff +
temporary
DAPNIA
person·months
14.0 + 27.1
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
Total
41.1
25
CEA : Nb3Sn Quadrupole program
Goal : build a 1m long Nb3Sn quadrupole prototype
with lattice LHC gradient and cold mass.
Manpower (2005-2007) 5 FTE
DAPNIA
2005
2006
2007
Total
Manpower
(person·years)
6.4
5.2
2.7
14.3
Equipment
(k€)
143
88
-
231
This program started in 1995 on
Nb3Sn conductor studies (two
PhD thesis).
The integrated effort is ~twice
Winding process
of one pole
Nb3Sn cable
Evolution :
2007: Nb3Sn 213 T/m Quadrupole test in 4 T solenoid
12 May 2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
26
PhD Thesis, on Proton Rings,
High Field Magnets and Cryogenics
12 May 2006
NED-IDI
Alexandre Puiségur
2002-2005
Nb3Sn
Frédéric Trillaud
2002-2005
NED-MDO
Hélène Felice
2003-2006
Cryogenics
Lahcène Benkheira
2003-2006
Collimators
Guillaume Robert-Demolaize,
with CERN
2004-2007
Cryogenics
Hervé Allain
2005-2008
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
27
Accelerator Physics and
Design:
ILC , LHC, -Facility
Linear Collider (EUROTeV) and Proton Driver
(CARE/HIPPI) studies already covered above
CEA /DSM Dapnia
FP6 : EURISOL / Beta Beams
Goal : Beta Beam Facility Conceptual Design Report
WP12: Beta Beam Aspects
• IPNO : Low energy ion rings and fast acceleration
• DAPNIA: High energy ion decay ring
4 year plan : 2005-2008
2 FTE
Participant
Personnel
(person·months)
Consumable
(k€)
Travel
(k€)
Expected
costs (k€)
Requested EU
funding (k€)
CEADAPNIA
84
20
40
860
192
CNRSIPNO
12
?
?
145
66.5
Evolution :
LoI for a Neutrino Facility Design Study or CNI in FP7
12 May 2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
29
Linac4 / SPL and -Fact
Goals :
SPL : Conceptual Design Report 2
LINAC4 : Technical Design Report
LPSC : Beam dynamics studies CARE/HIPPI
DAPNIA: linac design and optimization
Manpower (2004 + 2005) 2.5 FTE
Manpower
2004
2005
Total
(person·months)
LPSC
DAPNIA
12
18
30
12.3
17.3
29.5
LPSC-DAPNIA : FFAG Studies for µ± acceleration 1 FTE + 1 PhD
Evolution :
LINAC4: cf. decision about construction
SPL : cf. PAF recommandations
12 May 2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
30
PhD Thesis, on Accelerator Physics and
Design
12 May 2006
LHC
Christophe Peaucelle
1998-2001
Nu-Fact
Franck Lemuet , with CERN
2004-2007
Beta-Beams
Antoine Chancé
2004-2007
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
31
LASER Plasma acceleration
CEA /DSM Dapnia
Laser Plasma Acceleration
CNRS Laboratories
17 years of research
Number of
Researchers
involved today
Lab. Optique
Appliquée
(LOA), Palaiseau
4
Lab. Utilisation Lasers
Intenses (LULI),
Palaiseau
2
Lab. Leprince Ringuet
(IN2P3-LLR),
Palaiseau
4
Lab. Physique des
Gaz et Plasmas
(LPGP), Orsay
5
Centre de Physique
Théorique
(CPhT), Palaiseau
12 May 2006
CEA /DSM Dapnia
Courtesy of L. O. Silva/IST, © IEEE
LOA - Palaiseau
2
O. Napoly, R-ECFA Visit to France
170 MeV non-linear wake field
acceleration (LOA,CARE/PHIN)
33
Laser Plasma Acceleration
Future Projects → GeV e-beam
EUROLEAP (FP6-NEST)
coordinated by B. Cros (LPGP),
3 years, 2 M€, 11 EU labs.
Goal : to build a laser-plasma
accelerator to accelerate
electrons to the GeV energy
range in a plasma wave.
Manpower
Expected
(pers·months) Cost (k€)
LPGP
103
550.6
LOA
74.8
400
LLR
42.9
260
LAL
5.4
82.4
Total
226
1200
12 May 2006
CEA /DSM Dapnia
O. Napoly, R-ECFA Visit to France
Courtesy of L. O. Silva/IST, © IEEE
ELI : Extreme Light
Infrastructure (FP7-CNI)
coordinated by LOA, ~200 M€.
Goal : new infrastructure dedicated
to extreme laser intensities (PW),
extremely short pulses and
acceleration (> 10 GeV) studies.
34
Conclusions
Accelerator R&D profits from the synergy with other
applications: nuclear physics, neural imagery, hadrontherapy,
nuclear energy, …
ex. ISEULT / EUROTeV
Re-enforcement from HEP physicists in the field
electron
Courtesy of
of L. O.
Silva/IST, © IEEE
acceleration: LAL + LAPP ILC + CLIC, LLR LASER Plasma
European funding brought oxygen to the accelerator R&D,
thanks to M. Spiro and R. Aleksan actions in 2003
My personal (politically incorrect) touch: Dream vs. Reality
Real World:
lots of projects,
Dream World:
12 May 2006
CEA /DSM Dapnia
many priorities,
unlimited resources,
O. Napoly, R-ECFA Visit to France
limited resources
many projects,
my priorities !
35