Transcript Comments on Case Study

Case Study Summary
• Very high level of talks, both in terms of
content and presentation.
• Perfect timing
• Visible enthusiasm and sense of humor
• Environmental mindset
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The Referees
Many thanks to…
• Werner Herr
• John Galambos
• Kai Wittenburg
…for helping us with the difficult task of selecting the winners.
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The Categories
The five categories are
• Best Overall Project
• Most Innovative
• Best Sales Pitch
• Best Project Acronym
• Most Entertaining
Presentation
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Most Entertaining Project
Daniel VALUCH, Jinhai LI, Aritz LEONARDO & Wolfgang KAUFMANN
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Best Project Acronym
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Chiara BRACCO, Manuel GONZALEZ BERGES, Adam JEFF & Hui ZHANG
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Best Sales Pitch
Motivation
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! Aim for sustainable development – “pattern of resource use that aims to meet
human needs while preserving the environment, so that these needs can be met not
only now, but for generations to come.” [Wikipedia, font of all knowledge…]
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Edgar SARGSYAN, Federico RONCAROLO, Pierre-André DUPERREX
& Suzie SHEEHY
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Most Innovative
Linac int o FFAG
FFAG = accelerator + storage ring!
Some sket ch of t he idea
+ transversal phasespace painting
FLOPS = Ffag LOng Puls Source
CAS - Bilbao- FLOPS
CAS - Bilbao- FLOPS
12 / 16
13 / 16
FFAG = accelerator + storage ring! (No Frequency sweep!)
Phasespace paint ing
Anirban BHATTACHARYYA, Ulrich DORDA, Roger BARLOW & Nikolaj ZANGENBERG
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Best Overall Project
LAYOUT
HEBT I1
HEBT 1
HEBT R
LOCATION?
DESIGN
Optimal Energy: Neutron production is best
between 0.5-3GeV.
Use lowest possible energy to decrease costs for LINAC, ring and target
Currents: P = E x Iave :
1.5MW = 1.5mA x 1 GeV (after LINAC/on Target)
(1.5 mA = 50 mA x 50 Hz x 0.6 ms)
N = Iave/q = 1.5mA/1.6x10-19 ~ 1016 / sec
Nt = N / f = 2 x 1014 particles in the RCS stored,
it is achievable!
Multi-turn injection (>100 turns) ! H-
pÜáåÉë
Parameters
Value
Beam power on target
1.5 MW
Beam energy on target
1 GeV
proton pulse length on target
900 ns
LINAC peak current
60 mA
Pulse rep. rate
600 ! s
Beam availability
>98%
LINAC length
236 m
RCS circumference
260 m
pÜáåÉë
A POSSIBLE SOLUTION?
MALDIVES
… and enjoy the life!
pÜáåÉë
Cesare MAGLIONI, Mohammad ESHRAQI, Abel ROBIN & Josu EGUIA
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Summary
• Thank you all for an excellent job!!!
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