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Center for the Advancement of Natural Discoveries using Light Emission
CANDLECANDLE-- A New Synchrotron A New Synchrotron Light Source Project in ArmeniaLight Source Project in Armenia
Vasili TsakanovDESY, 7 Dec 2004
Contents
• Introduction• The Project Overview• Scientific Program• Laboratory Activity• International Collaboration• Summary
ScienceScience• Biology• Physics• Material Science• Medicine• Chemistry• Environments
IndustryIndustry• Biotechnology• Electronics• New material• Pharmacy• Nanotechnology• Microfabrication
Electron source
sample detectorX-Rays
Cell Virus Protein Molecule Atom
3rd generationsources
CANDLECANDLE
X-Ray Tubes
1st generation sources
2nd generation sources
Dipole
Wiggler
Undulator
181702.9CanadaCLS11.51843.0AustraliaBoomerang3.13542.5FranceSOLEIL2.05603.0EnglandDIAMOND8.42163.0ArmeniaCANDLECANDLE182403.0USASPEAR3
εNm
L m
E GeV
CountryProjects
• High BrightnessHigh Brightness•• Continues SpectrumContinues Spectrum•• TunabilityTunability•• CoherencyCoherency
User Demands3-10 times exceeds
Why in ArmeniaWhy in Armenia ?? HEP DatabaseHEP Database--20002000
1967- ARUS 6 GeV synchrotron in Armenia
1000
2000
3000
4000
5000
6000
7000
1950 1970 1990 2010
Brain Drain
Scientists in Armenia per 1mln population.
Brain Drain
Synchrotron Light Sources
CANDLE will serve scientists of 2000km radius region.
3 3 GeVGeV CANDLECANDLE Light SourceLight SourceEnergy 3 GeVCurrent 350 mACircumference 216 mFrequency 499.65 MHz Harm. Number 360Periods No 16 Straight section 4.8mLattice type DBAEmittance 8.4 nmBeam lifetime 18.4 hours
2 nsec
40 psecbunch
beam
Time structure
Radiation CharacteristicsRadiation Characteristics
Dipole beamlineDipole field B (T) 1.354 Critical ph. energy (keV) 8.1
Wiggler type IMagnetic field (T) 1.98 Period length (cm) 17 Critical ph. energy (keV) 11.97
UndulatorMagnetic field (T) 0.3 Period Length (cm) 5 Photon energy n=1,3,5 (keV) 0.85/ 2.6 /4.3
Storage Ring Storage Ring –– Figure of MeritFigure of Merit
yx
ph
SSN
B 24π=
mmm
yx 8.4/9.7, = 0.18=
βη
Brightness
V. Tsakanov et al, Rev. Sci Instr., 2002
M. Ivanian et al, Nucl. Inst. Meth. (A) 2004
High Brightness & Stable Beams
Storage RingStorage Ring-- OpticsOptics
26.422.13 == yx QQ radnmx ⋅= 4.8εEmittance
Storage Ring Storage Ring –– DynamicsDynamics
Dynamical Aperture
Horizontal Vertical
Storage Ring Storage Ring –– Ion Ion TrapingTraping
0
10
20
30
40
50
60
90 110 130 150 170 190 210 230 250 270 290 310 330 350
Number of Bunches
Ion
Mas
s
282
0
5
10
15
20
25
30
35
40
45
50
90 120 150 180 210 240 270 300 330 360
Number of Bunches
Ion
Mas
s
H 2 (2)
N 2 , CO (28)
CO 2 (44)
CH 4 (16)
282
Stable ion mass Residual gas species
- 2, H2
- 16, CH4
17 -
- 28 , N2 , CO
32 -
33 -
37 -
42 -
- 44, CO2
48 -
Non-stable ions
Traped ions
282
282
Ring impedance
Longit. Impedance - 0.314 Ω Trans. Impedance - 12.5 kΩ/m
NEG
Cu2.5µm 1µm
0.1µm
10µm
Small Gap undulator Impedance
M. Ivanian et al, Phys. Rev STAB-2004
( ) ( ) ( )( ) ( )
1
4433
4433
30
320 12−
⎟⎟⎠
⎞⎜⎜⎝
⎛+
+×+−=
dthdthdthdthaa
kjZkZ
χαχχχα
χεε
π
Storage Ring Storage Ring –– InstabilitiesInstabilities
ANKA, Transverse, Horizontal
0.001
0.01
0.1
1
10
100
1000
10000
0 50 100 150 200 250 300
Relative mode index, n
1 [
sec-1
]
Radiation Damping Rate 1/τ =299 sec-1
10, 11
3 , 4
15, 16
14
5, 6
Single bunch Instability Multi-bunch Instability
Beam LifetimeBeam Lifetime
Coupling 1%Gap Voltage 3.3 MVEnergy Accept. 2.4%Vacuum 1 nTorr----------------------• Elastic scattering 91.4• Inelas. Scattering 55.4• Tousch. Lifetime 39.5• Quant. Lifetime 1038
-------------------
Total - 18.4 hours
Touschek Lifetime
Storage Ring Storage Ring –– MagnetsMagnets
B=1.354 T, G=3.3T/m aperture=44mm
Dipole Quadrupole
G=20 T/m aperture=50mm
Magnet supports
Storage ring Storage ring –– Vacuum systemVacuum system
Material – Stainless SteelVacuum – 1 nTorrFore-vacuum - 2 Turbo-molecular – 16 Titan-sublimation – 80 Ion pumps - 64
Storage Ring Storage Ring –– RFRF
Energy loss/turn 0.97 MeV 1.39 MeV Shunt Impedance 6x3.4 MΏTotal RF power 660 kW 830 kW Gap Voltage 3.3 MV 3.3 MV Energy acceptance 2.4% 2% Energy Spread 0.1% 0.1%
ELETTRA cavity
Booster synchrotronBooster synchrotron
Energy 3 GeV Pulse current 10 mA Repetition 2Hz Circumference 192 m Emittance 75 nm-rad
The tunnel cross-section
Lattice with missing dipole
Dipole B=0.024 - 0.72T
Quadrupole G=10-13 T/m
Sextupole S=90/110 T/m2
Energy ramp and InjectionEnergy ramp and Injection
Emittance vs energy
Dipole ramping rate and energy gain
Injection bump
Injected beam: 1 and 3 turns
75 nm
LinacLinac SPB 500 MHz
TWB 3 GHz
ACC Section 3 GHz
90 kV Gun
SWB 1GHz
5300
5350
5400
5450
5500
5550
5600
5650
0 100 200 300 400 500 600 700Longitud inal be am position Z [cm] .
Nu
mb
er
of
par
ticl
es
.
Energy 100 MeV Current 1- 20 mA Pulse length 2-600 nsecFrequency 3 GHz Energy Spread < 1% Emittance < 1 mm-mrad
BeamlinesBeamlines1. Diffraction&scattering (dipole) 2. Protein crystallography (dipole) 3. LIGA (dipole) 4. Medical applications (wiggler) 5. Soft X-ray microscopy and spectroscopy (undulator)
Dipoles Dipoles –– 32 32 Wigglers Wigglers –– 8 8 UndulatorsUndulators--4 4
Exp. Stations ~40Exp. Stations ~40
1st Stage
Diffraction & Scattering Diffraction & Scattering BeamlineBeamline
Initial beam After mirror M1
After DCM Focused Beam
Structural BiologyStructural Biology
• Structural Genomic • Genes and Drugs • DNA complexes • Protein Structure • Drug design • High Capacity Crystallogr. 1992 200420001996
25 000 Protein Structures deposited
• Macro-molecular physics • High-Temp
superconductivity• Physics of nano-particles• Surface physics• Heavy fermions
PhysicsPhysics
Material ScienceMaterial Science
3D structure of new material
Crystal growth
New Crystals • Nano-structures• Nano-tubes
• Chemical Dynamics• Polymers • Nanoscalechemistry • Biochemistry • Catalytic Interfaces
ChemistryChemistry MedicineMedicine
• Angiography • Bronchography• Mammography • Computed Tomography • Photon Activation Therapy • Microbeam Radiation Therapy
MicroMicro--fabricationfabrication
MicroElectromech. System
X-Ray Lithography - LIGA
Annual Microfabrication Market–
25 billions doll. in 2002160 billions doll. in 2010
2007
λ=308 nm, refraction, lense, scale- 130nm
EUV, λ =13 nm, reflection, mirrors,
scale-13nm
Electronics
Site
Geology
•• Easy AccessEasy Access•• FlatnessFlatness•• GeologyGeology•• Office BuildingOffice Building
ASLS-CANDLE R-001-02
July 2002
CANDLE
Design Study of 3 GeV Synchrotron Light Source
A. Abashian7, M. Aghasyan6, G. Amatuni1, V. Arakelyan3, V.Avagyan1,R. Avakian3,V. Ayvazyan4,H. Gagiyan1,
A.Grigoryan2,B.Grigoryan1,M. Ivanian1, V.Jalalyan1, S. Harutiunyan2, V. Harutunyan3, A. Kirakosyan2,
V.Khachatryan1,E.Laziev1,Y.Martirosyan1, A. Melkonyan1, R. Mikaelyan1,S. Minasyan1,
S. Nagdalyan1, A. Petrosyan1, K. Rehlich4, K. Sanosyan1, S.N. Simrock4, S. Tatikian1,V.
Tsakanov1, A.Vardanyan1,V. Vartanian5, A. Yayloyan1,H. Yeritsyan3
1 CANDLE, Yerevan, Armenia2 Yerevan State University YSU, Yerevan, Armenia
3 Yerevan Physics Institute YerPhI, Yerevan Armenia4Deutches Electronen Synchr. DESY, Hamburg, Germany
5Stanford University, Stanford, USA 6 CAMD, Baton Rouge,USA
7Virginia Tech., Balcksburg, USA
08 December 2001 01 February 2002
01 July 2002 08 July 2002
CANDLE ActivityCANDLE Activity
Review Panel, 14Review Panel, 14--15 Aug 200215 Aug 2002State Dept.
E. Smith, M. Longi, T. AdamsWorld Bank
P. Nicholas L. Freinkman
PanelG. Shenoy, ANLB. Batterman, Cornell T. Narain, Serv. Assoc.M. Duffey, G. Wash.Univ.H. Winick, Stanf. Univ.E. Gluskin, ANLJ. Galayda, Stanf. Univ.D. Moncton, ANL, M. Tigner, Cornell Univ (Chair)
““CANDLECANDLE is a world-class project enabling frontier research in a whole spectrum of basic and applied sciences.
an excellent investment from scientific-technical point of view.”From Panel Report
Review Panel, 14-15 Aug 2002
Offices & LaboratoriesOffices & Laboratories
Vacuum LaboratoryBeamline Lab
WorkshopOffices
08 Dec 2001 18 Feb 2002
From Design Simulation
First MagnetFirst Magnet
May 27 , 2003 MADE IN ARMENIA
To Fabrication
Proposals Proposals • Total number of proposals – 82• Number of Scientists - 284• Number of Institutes - 41• Countries - 7
Armenia, England, Germany, Georgia, France, Russia, USA
Fields : Physics, Biology, Medicine, Chemistry, Environment, Material science,
ALS, SPEAR3, SLS, BESSY, ELETTRAALS, SPEAR3, SLS, BESSY, ELETTRA
Scientists ~ 2000/ yearInstitutions >200Industrial Comp. >30Countries ~20
Vision by 2010Vision by 2010
Users meeting
Armenia
“From a review of the 69 experimental proposals , it is clear that strong Armenian user community will emerge as the facility is readied”
From Panel review
1. Yerevan State University2. Yerevan Phyisics Institute3. Yerevan Engineering University4. Institute of Applied Researchl5. Inst. Of Radiophysics and Electronics6. Institute of Physical Research7. Yerevan Medical University8. Orbeli Inst. Of Physiology9. Inst. Of Common and Nonorganic Chemistry10. Inst. Of Botany11. Yerevan Architectural University 12. Center of Molecular Study
CANDLE will drive the country development as a high technology and excellence island in this part of the word.
L. Mkrtchian (Minister of Science and Educat.)
National Academy of Sciences expresses the lasting support for the CANDLE creation and usage.
Resolution of NAS RA
ArmeniaArmenia
We believe the project is worthy of support by the private sector, the international community, the US and Armenian governments.
Vardan Oskanian (Minister Of FA)
International CollaborationInternational Collaboration
• Armenia - NAS, YSU, YerPhI• Bulgaria - Inst. Nucl. Research• Germany - DESY, ANKA, BESSY, TUD, RU• Greece - Inst. Accel. Syst., Athens Univ.• France - Provence Univ, ESRF• Italy - ELETTRA• USA - DOE, Virginia Tech, SLAC• Russia - JINR, IMT, FIAN • Georgia - Tbilisi Univ, NAS• Tailand - SIAM
• Letter of Supports• Memorandums of Understanding• Collaboration Agreements
International CollaborationInternational Collaboration
• Letter of Supports• Memor. of Understanding• Collaboration Agreements
European Round Table for SR and FEL
International Atomic Energy Agency
Armenia, Germany, France, Italy, USA, Russia, Bulgaria, Greece, Georgia
European European LaboratoriesLaboratories
DESY contribution
150 MW S-Band KlystronControl Systems
9 Sept 2003 – Permission by State dept. for technology transfer
3 GHz RF components
University of Region de Provence
Support to the CANDLE project and express of interest in
Structural biology
Nanostructures
European UnionEuropean UnionEuropean Parliament Resolution
26 February 2004
“An Involvement of the Union in the Armenian CANDLE synchrotron project would be a sign of encouragement to this project which
concerned chiefly the European scientific teams “Amendment 102
04 June 2004
Meeting of President RA with CANDLE Board
ArmeniaArmenia
Cost & ScheduleCost & Schedule
2002 –2003 - Design 2003-2005 – Prototyping2005-2008- Construction2009 2009 -- OperationOperation
Cost Cost - $48 mlnwith 5 exper. stations
4
15 12.5 12
4
2005 2006 2007 2008 2009
millions
Stage 2 (2005) – 4 mln doll.
Prototypes, Test stands, Infrastructue
Armenia and CANDLE is ready for construction
Funding Sources
Arm. Government, State Dept. , European Union, Diaspora, Direct Collab, Companies, Internat. Org.
Organizational issue
Consul, Board,Advisory committees
Development of User Case !
2006−2009
Construction
Committee on Science and Technology in Armenia
J. Baldeschwieler ( Nat. Acad)
Barry Barish ( CalTech)
N. Neureiter ( Nat. Acad.)
February- October 2004
• CANDLE is a place where investment to enable the next step might lead to a major improvement in S&T infrastr. in Armenia
• Recommendation for allocation of 4 mln $US for 2005
CANDLE OrganizationCANDLE Organization (vision)(vision)
Proposal Study Panels
Technical Advisory Committee
COUNCIL
DIRECTOR GENERAL
Science Director
TechnicalDirector
Planning & Administration
Scientific Advisory Committee
Users Executive Committee
Science PolicyPanel
Management and Finance Panel
•• International LaboratoryInternational Laboratory
•• User Friendly EnvironmentUser Friendly Environment
•• World Class ResearchWorld Class Research
Welcome to Welcome to CANDLECANDLE