Laboratory for Ion Beam Interactions Facilities Overview. Damir Španja
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1 Laboratory for Ion Beam Interactions Facilities Overview Damir Španja Laboratory for Ion Beam Interactions Experimental Physics Division Ruđer Bošković Institute Zagreb, Croatia
2 RBI, founded 1950 Josip Ruđer Bošković (Dubrovnik, 18 May Milan, 13 Feb. 1787) Physicist, mathematician, astronomer, land surveyor, engineer, poet, philosopher, diplomat First departments: Theoretical physics Molecular physics Nuclear physics Electronics Today: - The largest research institute in Croatia - 12 departments: physics (4), chemistry (3), life sciences (2), marine science and environment (2) and electronics
3 1. Introduction - RBI and accelerators: LIBI one of the several DEP Laboratories that has been built at the tradition of RBI experimental physics Till phd & MSc
4 1. Introduction - Accelerator Facility 1.0 MV HVE Tandetron accelerator 6.0 MV EN Tandem Van de Graaff accelerator PIXE/RBS In-air PIXE Ion microprobe Dual-beam irradiation IAEA beam line TOF ERDA PIXE crystal spectrometer Nuclear reactions
5 Present LIBI accelerators HVEC EN Tandem Van de Graaff HVEE Tandetron 6 MV Terminal Voltage 1 MV Terminal Voltage Belt Charging Terminal stability ~1-1.5 kvpp Parallel feed Cockroft-Walton Terminal stability ~ 0.6 kvpp µa Analyzed current µa Analyzed current Almost all ions (except heavy noble) H, D, O Ions (others in near future) Optical Transmission: ~60-80 % Optical Transmission: ~80 % 6 Beamlines Set up by operators 6 +2 Beamlines Easy to use, any user can run it after a short training
6 Ion sources EN Tandem MC-SNICS Sputtering Ion Source 40 Cathodes Almost all elements except noble gases and a few others Alphatross Ion Source 4 He, 3 He, ( 2 H, 1 H)
7 Ion sources - Tandetron Geneal Ionex Duoplasmatron direct exctraction negative ion source 2 H, 1 H, 16 O very good brightness Newly purchased and already on site, waiting for installation: SNICS (Single cathode) different ion species
8 Main Experimental Hall
9 Dual Beam Chamber 5 Axes goniometer for use in channeling, ion beam mixing and general dual beam experiments (e.g. implantation and IBIC)
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11 Some upgrades to the optics of EN: LE improvement - gridded lens adittion Grided lens (4) in addition to einzel lens (2) acts as zoom-lens
12 EN Tandem terminal upgrade gas recirculation pumps
13 Control hardware Produced in local company by our specifications: 8 Analog Inputs 8 Analog Outputs 8 DI 8 DO RS-232 communication New versions: Ethernet communication
14 Control hardware: Module installed and working
15 SOFTWARE Accelerator Control & Data Acquisition software entirely produced in house LabView, TestPoint and Microsoft Visual Studio used Parts of the software under permanent upgrade and changes
16 Tandem Control (2002)
17 Tandetron control (2005)
18 Vacuum Monitoring LabView, 2008
19 New 40-cathodes Sputtering Ion Source, 2010
20 SPECTOR Data acquisition /target positioning & beam scanning software Digital data acquisition under development
21 Major recent problems, faults & fault tracing High voltage generation related problems Vacuum faults inside and outside the tank Turbo-pumps damage Alkali metal migration from ion source Electronic devices faults
22 High voltage breakdown of polycarbon (Lexan) Tandetron support plate 6 months out of order
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24 Vacuum leak inside the EN tank: opens at pressures above 10 bar. Still not solved
25 Two TMPs breakdown: 1. Atmospheric pressure at foreline 2. Unknown reason
26 Rb & Cs migrating from the sources to extraction (or glass tube) area causing instabilities and sparking. Solution: through cleanning of ion source
27 LIBI Staff 4 Permanent staff scientists 2 Operators / technicians 1 machine workshop technician 2 Development engineers 2 Postdocs 4 PhD students
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29 Accelerator utilization Beam time / hours Total EN Tandem Tandetron SNEAP 2012 INFN-LNL
30 Accelerator utilization Users Laboratory for ion beam interactions 50% Department of experimental physics 10% R. Bošković Institute 10% CRO science 4% Services 6% International 20% IAEA FP7 Bilateral projects Other links
31 Accelerator utilization 3 EU FP7 projects PARTICLE DETECTORS 1.3 MEu ENSAR European Nuclear Science and Applications Research SPIRIT Network Support of public and industrial research using ion beam technology IAEA beam line agreement (since 1997) Main projects
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