1st Workshop of ARIES WP17 PowerMat
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Europe/Zurich
Politecnico di Torino
Politecnico di Torino
Politecnico di Torino, Turin, Italy
Description
The PowerMat work package (WP 17) is a Joint Research Activity (JRA) of the new Horizon2020 Integrating Activity for Particle Accelerator R&D - ARIES (Accelerator Research and Innovation for European Science and Society), supporting a comprehensive and integrated R&D activity of several institutes and academic groups to investigate, develop, manufacture, characterize, test and simulate novel materials for extreme thermal management and other challenging and unconventional societal applications.
Its main objectives are:
- Develop and characterize novel composite materials based on graphitic and metal matrices with carbide and diamond reinforcements;
- Online test materials behaviour under intense thermal shocks (particle- or laser-beam induced) and irradiation;
- Investigate radiation damage using theoretical, numerical and experimental approaches;
- Identify and test novel materials for broader accelerator applications for high power targets, beam catchers, beam windows and luminescence screens;
- Explore societal applications of these materials such as: advanced engineering, medical imaging, quantum computing, energy efficiency, aerospace, and thermal management.
The main goal of the 1st Workshop of WP17, which is taking place on November 27 and 28 at Politecnico di Torino, is to discuss and plan the future activities in relation to the objectives of each task.
Contact: Martina Scapin
Participants
Alessandro Bertarelli
Alexander Ryazanov
Anton Lechner
Carlotta Accettura
Claudio Fichera
Claudio Leopoldo Torregrosa Martin
Daniel Schmitt
David Grech
Edoardo Besozzi
Eleftherios Skordis
Federico Carra
François-Xavier Nuiry
Jorge Guardia Valenzuela
Jose Antonio Briz Monago
Laura Bianchi
Lorenzo Peroni
Marco Beghi
Mariangela Lombardi
Marilena Tomut
Martina Scapin
Michael GUINCHARD
Michael Kitzmantel
Michele Pasquali
Monica Ferraris
Paolo Fino
Pascal Simon
Philipp Bolz
Pierluigi Mollicone
Stefano Bizzaro
Stefano Redaelli
Theodor Asavei
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Welcome Session
A. Bertarelli (CERN)
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Task 17.2
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1
Task 17.2 - Objectives of Task 17.2Speaker: Alessandro Bertarelli (CERN)
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2
Task 17.2 - Status of C-based materials development and perspectivesSpeaker: Jorge Guardia Valenzuela (Universidad de Zaragoza (ES))
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3
Task 17.2 - Thermophysical and mechanical characterization of advanced graphitic materialsSpeaker: Laura Bianchi (Universita & INFN Pisa (IT))
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4
Task 17.2 - UHV characterization of advanced materials and their coatingsSpeaker: Carlotta Accettura (Politecnico di Milano (IT))
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10:20
Coffee Break
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5
Task 17.2 - Results from recent investigations and characterization at GSISpeakers: Philipp Bolz, Philipp Bolz (GSI)
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6
Task 17.2 - Discussion on task objectives, actions and deliverables
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1
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Additive Manufacturing
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7
Politecnico di Torino & Additive ManufacturingSpeaker: Prof. Paolo Fino (Politecnico di Torino)
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8
Visit to Additive Manufacturing Facilities
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7
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12:30
Lunch
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Taks 17.3
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9
Task 17.3 - Objectives of Task 17.3Speaker: Prof. Lorenzo Peroni (Politecnico di Torino)
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10
Task 17.3 - Multimat experimentSpeakers: Michele Pasquali (CERN), Michele Pasquali (Cern)
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11
Task 17.3 - Dynamic characterization: first findings from Multimat experimentSpeakers: C. Fichera (Cern), Claudio Fichera (CERN)
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12
Task 17.3 - Measurement technique in HiRadMat experiments: requirements and solutionsSpeakers: Michael Guinchard (CERN), Michael Guinchard (Cern)
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13
Task 17.3 - Collaborative efforts at GSI on irradiation and thermo-mechanical dynamic testing experimentsSpeaker: Marilena Tomut (GSI)
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15:40
Coffee Break
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14
HiRadMat Tests for the Re-design of the Antiproton Target: HRMT-27, HRMT-42 and PROTADSpeakers: C. Leopoldo Torregrosa Martin (Cern), Claudio Leopoldo Torregrosa Martin (CERN)
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15
STI HRMT-28, HRMT-35 and future Deep Impact experimentSpeaker: Francois-Xavier Nuiry (CERN)
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16
Towards proton acceleration with 1 PW beams at ELI-NPSpeaker: Theodor Asavei (IFIN-HH)
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17
Task 17.3 - Discussion on task objectives, actions and deliverables
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9
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Visit to DYNLab
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19:30
Social dinner Il circolo dei lettori
Il circolo dei lettori
Via Bogino 9, 10123 Turin
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Task 17.4
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18
Task 17.4 - Objectives of Task 17.4Speakers: A. Lechner (Cern), Anton Lechner (CERN)
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19
Task 17.4 - Requirements for radiation damage simulations regarding FAIR targets, beam dumps/catchers and previous experiments at GSISpeakers: M. Tomut (GSI), Marilena Tatiana Tomut, Marilena Tomut (GSI), Marilena Tomut (GSI)
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20
Task 17.4 - Modelization of radiation-induced damage in FLUKA and material damage estimates for CERN injectors and future facilitiesSpeakers: J. A. Briz Monago (Cern), Jose Antonio Briz Monago (CERN)
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21
Task 17.4 - Update on radiation damage calculations for the HL-LHC betatron cleaning insertionSpeakers: E. Skordis (Cern), Eleftherios Skordis (CERN)
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10:00
Coffee Break
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22
Task 17.4 - CERN's activities within the RaDIATE CollaborationSpeakers: C. Leopoldo Torregrosa Martin (Cern), Claudio Leopoldo Torregrosa Martin (CERN)
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23
Task 17.4 - Plans and contributions for radiation damage studies by POLIMISpeakers: M. Beghi (Politecnico di Milano), Marco Beghi
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24
Task 17.4 - Discussion on objectives, actions and deliverables of Task 17.4Speakers: A. Lechner (Cern), Anton Lechner (CERN)
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18
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Task 17.5
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25
Task 17.5 - Introduction and objectives of Task 17.5Speakers: M. Tomut (GSI), Marilena Tatiana Tomut, Marilena Tomut (GSI), Marilena Tomut (GSI)
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26
Task 17.5 - Development of new diamond based composites for luminescence screensSpeaker: David Grech
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27
Task 17.5 - First characterization tests and planned experiments on diamonds and diamond based composites for luminescence applicationsSpeakers: Pascal Simon (Technische Universitaet Darmstadt (DE)), Pascal Simon (GSI), S. Pascal (GSI)
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25
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12:45
Lunch
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J-tech: J-TECH@POLITO: Advanced Joining Technology at Politecnico di Torino
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28
J-TECH@POLITO: Advanced Joining Technology at Politecnico di TorinoSpeaker: Prof. Monica Ferraris (Politecnico di Torino)
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28
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Kurchatov Institute
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30
Investigations of the effects of irradiation with fast particle fluxes on the material properties of Molybdenum Diamond composites for LHC Collimators using NRC-KI cyclotronSpeaker: Alexander Ryazanov
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30
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15:30
Coffee break
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