José Miguel Jimenez · GOAL: complete the conceptual design of the FCC-hh beam-screen, and its...
Transcript of José Miguel Jimenez · GOAL: complete the conceptual design of the FCC-hh beam-screen, and its...
FCC Week 2018
Amsterdam (NL)1
Ignasi Bellafont1, Patrick Krkotic1, Francis Perez1, Alexander Krasnov2, François Millet3, Mike Barnes4, Francisco
Blanquez4, Giulio Borghello4, Jean-Paul Burnet4, Sergio Calatroni4, Mar Capeans4, Paolo Chiggiato4, Dimitri
Delikaris4, Mario di Castro4, Gilles Favre4, Ruben Garcia Alia, Cédric Garion4, Romain Gerard4, Simone
Gilardoni4, Brennan Goddard4, Georgi Gorine4, Wolfgang Hofle4, Katsiaryna Ilyina-Brunner4, Angelo Infantino4,
Rhodri Jones4, Vasilios Karaventzas4, Roberto Kersevan4, Anton Lechner4, Nicolas Magnin4, Attilio Milanese4,
Yuancun Nie4, Tomasz Podzorny4, Marco Prioli4, Alessandro Masi4, Federico Roncarolo4, Alejandro Sanz Ull4,
Daniel Schoerling4, Andrzej Siemko4, Theo Sinkovits4, Mauro Taborelli4, Laurent Tavian4, Davide Tommasini4, Jan
Uythoven4, David Woog4, Alessandro Leveratto5, Kei Sugita6, M. Angelucci7, Luis Antonio Gonzalez Gomez7,
Roberto Cimino7, Eliana La Francesca7, Luisa Spallino7, Joffre Gutierrez8, Artur Romanov8, Joffre Gutierrez8,
Song Jin9, Alexander Ryazanov10, Oleg Malychev11, Sian Taaj11, Reza Valizadeh11, Judit SZALAI12, Sara
Stelitano13, Ruta Sirvinskaite14, Arturs Ivanovs15, Toms Torims15, Armen APYAN16, Martin Novak17, Dani Barna17.
ALBA1, BINP2, CEA3, CERN4, CNR SPIN5, GSI6, INFN7, ICMAB-CSIC8, IHEP9, NRC “Kurchatov institute”10,
STFC11, U. of Technology and Economics Budapest12, U. of Calabria13, U. of Loughborough14, Riga Technical
University15, North-western University16, Wigner Institute17.
José Miguel Jimenez
FCC Week 2018
Amsterdam (NL)2
FCC Special Technologies
• Study the special technologies at conceptual aspects required for the FCC
accelerator and identify the possible design and performance limitations
for the accelerator.
• Identify challenges, opportunities for technological breakthroughs and
set the R&D program.
• Set up Collaborations to address standard FCC issues and R&D
opportunities
• R&D activities will then be followed in the frame of the Accelerator R&D
3FCC Week 2018
Amsterdam (NL)
Beam vacuum
induced dynamic effects
[WP9]
Beam vacuum
Magnet Cold Bore
(Eurocircol WP4)
[WP1]
CryoPlants
efficiency
[WP2]
Beam transfer
devices
[WP3]
Manufacturing
technologies
[WP4]
Robotics
[WP14]
Surface-Vacuum
parameters
for beam-induced
effects
[WP13]
Architecture for magnets
& machine protection
[WP12]
Radiation Hardness
Assurance
[WP11]
Cryomagnet
insulation
vacuum
[WP10]
Normal
conducting
magnets
[WP5]
Transverse
feedback
[WP6]
Beam dumps
[WP7]
Beam
instrumentation
[WP8]
FCC Special Technologies
FCC Week 2018
Amsterdam (NL)4
Beam vacuum (Eurocircol WP4)
GOAL: complete the conceptual design of the FCC-hh beam-
screen, and its integration in the interconnect area Tuesday morning 08:30 talks on EuroCirCol
FCC Week 2018
Amsterdam (NL)5
Surface-Vacuum parameters for beam-induced effects
Tuesday morning talks on EuroCirCol
FCC Week 2018
Amsterdam (NL)6
CryoPlants efficiency
Thursday afternoon 13:30 talks on CryoPlant efficiency
FCC Week 2018
Amsterdam (NL)7
Beam transfer devices
Inductive adder prototype being developed for FCC. PCBs and magnetic core of the prototype inductive adder
GOAL: Invent new generation of septum, kickers & powering
compatible with high intensities and energies for FCCWednesday morning 08:30 talks on Beam transfer devices
FCC Week 2018
Amsterdam (NL)8
GOAL: Foresee the impact of new manufacturing methods and
material…
Manufacturing technologies
Tuesday morning & Thursday afternoon talks on Manufacturing technologies
FCC Week 2018
Amsterdam (NL)9
Normal conducting magnets
Wednesday afternoon talks on other magnets for FCC
FCC Week 2018
Amsterdam (NL)10
Cryomagnet insulation vacuum
GOAL: Breakthrough technical solutions for Helium Leaks
mitigations in the cryogenic insulation vacuumTuesday morning 10:30 Strategies for efficient He trapping.
FCC Week 2018
Amsterdam (NL)11
Radiation hardness assurance
FCC Week 2018
Amsterdam (NL)12
Robotics
GOAL: Inspection and manipulation solutions to improve the FCC
operability, availability, maintainability and personnel safety
Remote inspection for
reconnaissance and RP
measurements
Telemanipulation: screwing,
unscrewing, cutting, grasping
etc.
R&D in machine and deep
learning, virtual reality, user
friendly human robots interfaces
and haptic devices
Procedures and best practice
for installation, dismantling and
maintenance in highly activated
areas Thursday afternoon 13:30 Robotics
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Amsterdam (NL)13
Architecture for magnets & machine protection
FCC Week 2018
Amsterdam (NL)14
Beam dumps
GOAL: Ensure that the beam dump(s) can digest the full beam
power reviewing failure scenario…Thursday morning 08:30 Beam dump(s)
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WP1
WP9
WP4
WP10
WP13
WP3
WP3
WP7
WP11
WP2
WP4
WP14
WP12
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FCC-hh beam vacuum concept: BS design,
tests and feasibility. [Francis Perez, ALBA]
Results on the FCC-hh Beam Screen
prototype at the KIT electron storage ring.
[Luis Antonio Gonzalez Gomez, INFN]
FCC-ee beam vacuum concept: the bean pipe
of FCC-ee. [Roberto Kersevan, CERN]
Beam Screen surface characterisation for
high energy beams: test results at Frascati.
[Roberto Cimino, INFN]
HTS YBaCuO Coated Conductors for the
FCC-hh beam screens. [Joffre Gutierrez,
ICMAB-CSIC]
HTS Tl-based coatings for the FCC-hh beam
screens. [Alessandro Leveratto, CNR SPIN]
NEG Coatings and laser surface engineering
(LASE) electron cloud mitigation techniques.
[Oleg Malychev, STFC]
Shape memory alloys for remote connection
of beam pipes in radioactive areas. [Cédric
Garion, CERN]
Strategies for efficient He trapping. [Sara
Stelitano, University of Calabria]
WP1
WP9
WP4
WP10
WP13
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Amsterdam (NL)17
Superconducting Shield (SuShi) septum -
towards a full prototype. [Dani BARNA, Wigner
Institute]
High field normal conducting massless septa
for FCC beam transfer. [Alejandro Sanz Ull,
CERN]
Superconducting truncated cosine-theta
septum. [Kei SUGITA, GSI]
Marx prototype pulse generator design and
initial results. [Mike BARNES, CERN]
FCC kicker magnet design, impedance and
heating aspects. [Mike BARNES, CERN]
Laser triggering of thyristor swiches.
[Nicolas Magnin, CERN]
Inductive adder prototype pulse generator
for FCC-hh kickers. [David Woog, CERN]
Development of experimental and theoretical
investigations in NRC “Kurchatov Institute” of
fast particle irradiation effects on radiation
resistance of new collimator and
superconductor materials for magnet oriented
on the Future Circular Collider (FCC).
[Alexander Ryazanov, NRC “Kurchatov
institute”]
WP3
WP3
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Improved Concept of HE-LHC Beam Dump.
[Armen APYAN, North-western University]
FCC-hh beam dump extraction and dilution
kicker systems. [Mike BARNES, CERN]
Dilution requirements for the FCC-hh dump.
[Anton Lechner, CERN]
Radiation environment assessment in the
FCC-hh and FCC-ee machines. [Angelo
Infantino, CERN)]
Overview of the radiation hardness
assurance studies for FCC. [Ruben Garcia
Alia, CERN]
Overview of the dose response in CMOS
technology. [Giulio Borghello, CERN]
Dosimetry for ultra-high particle fluence and
challenges for irradiation experiments at
FCC radiation levels. [Georgi Gorine, CERN]
R&D on new concepts for beam
instrumentation. [Federico Roncarolo, CERN]
WP7
WP11
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Cold plasma spray additive manufacturing.
[Cédric Garion, CERN]
Additive manufacturing in-situ repair
solutions for the FCC. [Toms Torims, Riga
Technical University]
Robotics inspections, maintenance and
early intervention for the FCC. [Mario di
Castro, CERN]
New cryoplant concepts compatible with
mixed gasses. [François Millet, CEA]
Circuit layout and protection for FCC-hh.
[Marco Prioli, CERN]
Quench detection System for the FCC era.
[Tomasz Podzorny, CERN]
Proposal on a novel energy extraction system
for superconducting magnet chains. [Vasilios
Karaventzas, CERN]
Beam Impact & Machine Protection
challenges. [Yuancun NIE, CERN]
FCC Powering concepts. [Francisco Blanquez,
CERN]
WP2
WP4
WP14
WP12
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Numerical and experimental studies of the magnetic shielding performance of an MgB2 tube for the superconducting
shield septum project. [Martin NOVÁK (Wigner)]
RF performance of high temperature superconducting coated conductor (HTS-CC) as beam screen for FCC-hh.
[Patrick Krkotic (ALBA CELLS)]
EP System Design and Development Progress at IHEP. [Song Jin (IHEP, CAS)]
Study on Fabrication of 650MHz 5cell Waveguide HOM SRF Cavities. [Song Jin (IHEP, CAS)]
New LASE surfaces obtained with various lasers and their parameters for e-cloud mitigation. [Sian Taaj (STFC)]
A facility for studying SEY from LASE surfaces at cryogenic temperatures. [Sian Taaj (STFC)]
Photon tracing and gas-density profiles in the FCC-hh. [Ignasi Bellafont (ALBA CELLS)]
Development and characterisation of diagnostical components located in vacuum vessel under thermal fatigue cycles.
[Judit SZALAI (Budapest University of Technology and Economics)]
Vacuum Properties of Single Metal Zirconium Non-Evaporable Getter Coating. [Ruta Sirvinskaite (Loughborough
University)]
A Facility for Studying ESD from NEG Coated Surfaces at Cryogenic Temperatures. [Oleg Malyshev (STFC)]
Recent development in Laser ablation surface engineering for reduction of secondary electron yield. [Reza Valizadeh
(ASTeC/STFC)]
Non-Contact Human Detection and Vital Parameter Acquisition Based on Physiological Signals of Human Body in
Harsh Environments. [Arturs Ivanovs (Riga Technical University)]
Minimum effective thickness for activation and low total electron yield of TiZrV non-evaporable getter coatings. [Theo
Sinkovits (CERN)]
HTS coatings for the FCC-hh collider beam screen. [Artur Romanov, Joffre Gutierrez (ICMAB)]
FCC-hh beam vacuum concept: test results at BINP. [Alexander Krasnov (BINP)]
NEG coating: associated problems and solutions. [Oleg Malyshev (STFC)]
Machine protection requirements and architecture. [Jan Uythoven / Yuancun Nie (CERN)]
Study of Vacuum stability and desorption processes at low temperature for various FCC-hh candidate materials.
[Luisa Spallino (LNF - INFN)]
Study of Reflectivity and Photo Yield on FCC-hh proposed beam screen surfaces. [Eliana La Francesca (LNF - INFN)]
Desorption, scrubbing and surface modifications during Synchrotron Radiation light irradiation of accelerator
walls. [M. Angelucci (LNF - INFN)
FCC Week 2018
Amsterdam (NL)21
Closing remarks
• Successful with all announced milestones…
• All contributions to CDR have been provided to Editor.
• Apart from Collimation, no major showstopper has been identified…
• Expecting FCC to integrate several Technology breakthroughs!
• Not too late ! for once, Technologies allow conceptual dreams.
9th April 2018FCC Week 2018
Amsterdam (NL)22
Dream the next generation of Accelerator Components… take off!
We’re Special! Join us in Technologies! …
Thanks to all contributors…