center of excellence in low-energy ion-beam research and applications libra status report: november...
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Center of Excellence in Low-energy Ion-Beam Research and Applications
LIBRA Status Report:November 9, 2009
Sotirios V. Harissopulos
Center of Excellence in Low-energy Ion-Beam Research and Applications
S. Harissopulos, 2nd LIBRA Meeting: November 9, 2009
COOPERATION IDEAS (ERC)
PEOPLE (Marie Curie)
CAPACITIES
EURATOM Joint Research Centers
FP7 MAIN FUNDING PROGRAMMES
Origin of the LIBRA projectTHE CAPACITIES’ “SUB-PROGRAMMES”THE CAPACITIES’ “SUB-PROGRAMMES”
The Commission’s proposals for the FP7 Capacities programme aim to enhance research and innovation capacities throughout Europe and ensure their optimal use. The Capacities programme is provided with a budget of EUR 4 097 million to operate in seven broad areas:
1.Research infrastructures
2.Research for the benefit of SMEs
3.Regions of knowledge and support for regional research-driven clusters
4.Research potential of Convergence Regions
5.Science in society
6.Support to the coherent development of research policies
7.International cooperation
L I B R A
EURONS (FP6) / ENSAR (FP7)
Center of Excellence in Low-energy Ion-Beam Research and Applications
S. Harissopulos, 2nd LIBRA Meeting: November 9, 2009
REGPOT supports an Action Plan comprising:1. Exchange of know-how and experience with Knowgeable
Partner Organizations
2. Recruitment of (young) researchers
3. Acquisition, Development and/or Upgrading of research
Equipment/Infrastructure
4. Organization of Workshops and Conferences
5. Dissemination and Promotional Activities
Center of Excellence in Low-energy Ion-Beam Research and Applications
S. Harissopulos, 2nd LIBRA Meeting: November 9, 2009
Budget : <1 M€> /
project
Center of Excellence in Low-energy Ion-Beam Research and Applications
S. Harissopulos, 2nd LIBRA Meeting: November 9, 2009
… submitted 30 min. before deadline !!!
… scored excellent: 14.5/15
… in rank 7 out of more 250 proposals
Initial Budget : 1.426.310
Final Budget (after negotiations): 1.403.398
Center of Excellence in Low-energy Ion-Beam Research and Applications
S. Harissopulos, 2nd LIBRA Meeting: November 9, 2009
Management Structure
Center of Excellence in Low-energy Ion-Beam Research and Applications
Work packages Work package title
Type of activity
Person months
Start month
End month
Funds allocated
WP 1 Management, co-ordination and assessment
MGT 36 1 36 118750
WP 2 Enhancement of human potential SUPP 144 1 36 329000
WP 3 Enhancement of research tools and infrastructure.
SUPP 86 1 36 639000
WP 4 Exchange of knowledge and expertise
SUPP 13 4 36 139100
WP 5 Organization of international scientific events
SUPP 6 4 30 45000
WP 6 Dissemination and promotional activities
SUPP 10 1 36 41100
TOTAL Person-months 295 TOTAL Direct and personnel costs 1306400Subcontracting (Auditor’s costs) 5550TOTAL INDIRECT Costs (7%) 91448TOTAL BUDGET 1403398
Work package list /overview
S. Harissopulos, 2nd LIBRA Meeting: November 9, 2009
Center of Excellence in Low-energy Ion-Beam Research and Applications
S. Harissopulos, 2nd LIBRA Meeting: November 9, 2009
WP 3: Enhancement of Research Tools and Infrastructure
Objectives:1.Development and Acquisition of novel experimental tools (Detectors and Devices)2.Upgrade of the TANDEM Accelerator Components3.Installation of the high-current low-energy accelerator PAPAP4. Acquisition and Installation of a µ-beam system at the TANDEM accelerator5.Development of a novel 3D µ-PIXE
Description of Work
Task 3.1: Development and Acquisition of Novel Experimental Tools Subtask 3.1.1 : Acquisition of a 4π γ-calorimeter Subtask 3.1.2 : Development of an He-filled gas-target system for 4π γ-detector arraysSubtask 3.1.3 : Development of a TPC based on the MICROMEGAS TechnologySubtask 3.1.4 : Installation and Operation of an array of 16 3He-filled counters at INPSubtask 3.1.5 : Development – Construction of a plunger device for MINIBALL at ISOLDE/CERN Subtask 3.1.6 : Acquisition – Installation of a VME based DAQ system
Task 3.2: Upgrade of the TANDEM Accelerator components
Task 3.3: Installation of PAPAP
Task 3.4: Acquisition and Installation of a µ-beam system at the TANDEM accelerator
Task 3.5: Develpoment of a novel 3D µ-PIXE at the TANDEM Accelerator Laboratory
Center of Excellence in Low-energy Ion-Beam Research and Applications
S. Harissopulos, 2nd LIBRA Meeting: November 9, 2009
WP 3 /Task 3.4: Acquisition and Installation of a µ-beam system at the TANDEM accelerator
Budget ≈ 220 000 € International Tender announced in July 27, 2009 / DEADLINE: Sept. 15, 2009
75 pages
Center of Excellence in Low-energy Ion-Beam Research and Applications
S. Harissopulos, 2nd LIBRA Meeting: November 9, 2009
WP 3 /Task 3.4: Acquisition and Installation of a µ-beam system at the TANDEM accelerator
Budget ≈ 220 000 € International Tender announced in July 27, 2009 / DEADLINE: Sept. 15, 2009
Tender Committee met in October 5, 2009
ONE Offeror: Oxford Microbeams Ltd.
Request for clarifications sent in October 15, 2009
Detailed clarifications received in October 16, 2009
Expected date of closing the procedure: November 30, 2009 Expected COMMISIONING date: January/February 2011
Additional items to acquire independently:
XYZ Stepper Motor Vacuum chamber – Sample holder Faraday cup / Off axis STIM / STIM system Beam in, beam out system Base-plate
Center of Excellence in Low-energy Ion-Beam Research and Applications
S. Harissopulos, 2nd LIBRA Meeting: November 9, 2009
WP 3 /Task 3.3: Installation of PAPAP (Petit Accélérateur Pour l’ AstroPhysique)
250 kV proton accelerator delivering • high-current proton beams (≈0.5 mA)• deuteron and α-beams possible
PAPAP arrived in “Demokritos” during last week of July 2009
A 0.5 mA d-beam and a d-filled gas cell could provide ≈108 n/cm2sec (En≈4 MeV)with a Tritiated-solid target we could obtain≈107 n/cm2sec (En≈14 MeV)
Expected Commissioning: JUNE 2010 Neutron shielding simulations first
New power lines have to be installed Man power
Center of Excellence in Low-energy Ion-Beam Research and Applications
S. Harissopulos, 2nd LIBRA Meeting: November 9, 2009
WP 3 /Task 3.2: Upgrade of the TANDEM accelerator components
Vacuum: Vacuum: All beam-legs / setups except from L60 (neutrons) will run with TURBO pumps. All VAC-ION pumps repaired and operational.
Power Supplies: Power Supplies: NNew HEINZINGER / SPELLMAN PS with remote control units acquired for Ion-sources / Pre-acceleration / Einzel lenses / Steerers / Quadrupoles / Up-charging system NEW LOW-COST HIGHLY-EFFICIENT BELT FOUND !!!
SF6: SF6: Extra SF6 acquired enough for an independent 2nd tank filling
Remote Control: Remote Control: Step-by-step testing of a LabView-based remote control of most Tandem units. Full operation – with documentation – by end of July 2010. Tandem driving-license courses started in Oct. 2009. SETTINGS – ARCHIVE in progress
New beam lines: New beam lines: Three additional beam lines are planned (R15 – L45 – 0 deg).Beam tubes – Triplets/Quadrupoles – Power Supplies exist
Grounding: Grounding: PROBLEM solved !
Center of Excellence in Low-energy Ion-Beam Research and Applications
S. Harissopulos, 2nd LIBRA Meeting: November 9, 2009
WP 3 /Task 3.1/Subtask 3.1.1 Acquisition of a 4π γ-Calorimeter
PURPOSE: PURPOSE: Nuclear Astrophysics measurements (TANDEM & PAPAP) Materials analysis / Depth-profiling
SPECS: SPECS: Highest (payable) efficiency – Best possible Energy resolution !!!
The “Bochum” versionThe “Bochum” version12’’ x 12’’ NaI(Tl) single crystal
The “Groningen” / “Munich” versionThe “Groningen” / “Munich” version16’’ x 16’’ NaI(Tl) 6-fold axially segmented
Center of Excellence in Low-energy Ion-Beam Research and Applications
S. Harissopulos, 2nd LIBRA Meeting: November 9, 2009
WP 3 /Task 3.1/Subtask 3.1.1 Acquisition of a 4π γ-Calorimeter
Center of Excellence in Low-energy Ion-Beam Research and Applications
S. Harissopulos, 2nd LIBRA Meeting: November 9, 2009
WP 3 /Task 3.1/Subtask 3.1.2 Development of an He-filled gas-cell target for 4π γ-arrays
… not too much achieved so far !!!WP 3 /Task 3.1/Subtask 3.1.3 Development of a TPC based on the MICROMEGAS tech.
… not too much achieved so far !!!But …
Center of Excellence in Low-energy Ion-Beam Research and Applications
S. Harissopulos, 2nd LIBRA Meeting: November 9, 2009
WP 3 /Task 3.1/Subtask 3.1.4 Installation of an array of 16 3He-filled counters
target chamber3He counter
cadmium tube
polyethyleneboron-parafin
parafin
boron-polyethylene
16 3He-filled proportional counter Length= 50 cm, Ø=2.5 cm
85 cm
85 c
m
3He(n,p)3H Q=764 keV
Center of Excellence in Low-energy Ion-Beam Research and Applications
S. Harissopulos, 2nd LIBRA Meeting: November 9, 2009
WP 3 /Task 3.1/Subtask 3.1.4 Installation of an array of 16 3He-filled counters
Cases planned to investigate: 17O(α,n) and 18O(α,n)
Center of Excellence in Low-energy Ion-Beam Research and Applications
S. Harissopulos, 2nd LIBRA Meeting: November 9, 2009
WP 3: Enhancement of Research Tools and Infrastructure
Objectives:1.Development and Acquisition of novel experimental tools (Detectors and Devices)2.Upgrade of the TANDEM Accelerator Components3.Installation of the high-current low-energy accelerator PAPAP4. Acquisition and Installation of a µ-beam system at the TANDEM accelerator5.Development of a novel 3D µ-PIXE
Description of Work
Task 3.1: Development and Acquisition of Novel Experimental Tools Subtask 3.1.1 : Acquisition of a 4π γ-calorimeter Subtask 3.1.2 : Development of an He-filled gas-target system for 4π γ-detector arraysSubtask 3.1.3 : Development of a TPC based on the MICROMEGAS TechnologySubtask 3.1.4 : Installation and Operation of an array of 16 3He-filled counters at INPSubtask 3.1.5 : Development – Construction of a plunger device for MINIBALL at ISOLDE/CERN Subtask 3.1.6 : Acquisition – Installation of a VME based DAQ system
Task 3.2: Upgrade of the TANDEM Accelerator components
Task 3.3: Installation of PAPAP
Task 3.4: Acquisition and Installation of a µ-beam system at the TANDEM accelerator
Task 3.5: Develpoment of a novel 3D µ-PIXE at the TANDEM Accelerator Laboratory
Center of Excellence in Low-energy Ion-Beam Research and Applications
S. Harissopulos, 2nd LIBRA Meeting: November 9, 2009
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