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Studies on high-precision machining and assembly of clic rf structures
Jouni Huopana
, Said Atieh
, Germana Riddone
, Kenneth Österberg
VTT Technical Research Centre of Finland
European Organization for Nuclear Research (CERN)
University of Helsinki
Helsinki Institute of Physics (HIP)
Research output
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Keyphrases
CLiC
100%
Accelerating Structure
100%
High-precision Machining
100%
RF Structure
100%
High Precision Assembly
100%
Mechanical Design
50%
Compact Linear Collider
50%
Manufacturing Process
25%
Mass Production
25%
Development Work
25%
Work-as-done
25%
Manufacturing Technology
25%
Proper Function
25%
Assembly Tolerance
25%
RF Components
25%
Series Production
25%
Collider
25%
Mechanical Demand
25%
Accelerating Cavity
25%
Manufacturing Tolerances
25%
Functional Shapes
25%
Mechanical Error
25%
Disc Design
25%
INIS
design
100%
machining
100%
precision
100%
clic
100%
production
50%
tolerance
50%
shape
50%
manufacturing
50%
compact linear collider
50%
simulation
25%
efficiency
25%
applications
25%
cost
25%
operation
25%
demand
25%
range
25%
errors
25%
cavities
25%
alignment
25%
cern
25%
tev range
25%
Engineering
Mechanical Design
100%
Fits and Tolerances
100%
Manufacturing Process
50%
Series Production
50%
Manufacturing Engineering
50%
Mass Production
50%