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Estimation of resources (personnel, material, space) needed for PACMAN. Summary ( kCHF ). CERN, 17/06/2013, HMD, SR, AC, MM, NCL, MW, AG. Summary of M to P ressources (FTE). WP1 Metrology & Alignment. Estimation of resources (personnel, material , space ) needed for PACMAN. ESR1.1.
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Estimation of resources (personnel, material, space) needed for PACMAN Summary (kCHF) CERN, 17/06/2013, HMD, SR, AC, MM, NCL, MW, AG
WP1 Metrology & Alignment Estimation of resources (personnel, material, space) needed for PACMAN ESR1.1 01/01/2014 - 31/12/2016 AC, 22/05/2013
LVDT – Linear Variable Differential Transformer Linearencoders Glass ceramicsclales LSP S4 Measurementhead
WP1 Metrology & Alignment Estimation of resources (personnel, material, space) needed for PACMAN ESR1.2 01/01/2014 - 31/12/2016 ESR1.3 01/01/2014 - 31/12/2016 HMD, MM, 03/05/2013
FSI instrumentation Micro Triangulation Fiducials for micro Triangulation
Resource Estimation (personnel, material, space) for PACMAN project WP2 Magnetism ESR2.1 05/01/2014 - 31/04/2017 ESR2.2 05/01/2014 - 31/04/2017
Resources Estimation (personnel, material, space) for PACMAN project WP3 Precision Mechanics and Nano-Positioning ESR3.1 01/03/2014 - 31/02/2017 ESR3.2 05/01/2014 - 31/04/2017 Note (1): Mechanics or Software & DAQ skills assured by ESR3.2
Resources Estimation (personnel, material, space) for PACMAN project WP4 Microwave Technology ESR4.1 01/03/2014 - 31/02/2017 ESR4.2 05/01/2014 - 31/04/2017 MW, 21/05/2013
CTF3 Cavity BPM Installation beam tube with bellows (to be fitted with a stretched wire) ESR4.1 cavity BPM step motor controlled translation stages MW, 21/05/2013
Spacerequirements for PACMAN • To improve team efficiency and make the project a real success: • ESRs offices located at the same place (and not near their supervisors, except during the 6 first months – 1 year), e.g. 5 offices for 2 persons. Even «Algecos» could be ok. • At least 3 laboratory rooms (~4m x 4m) nearby (or one large laboratory room), hosting the following test benches: • Magnetic measurements • RF measurements • Assembly / final mock-up • Micrometric alignment test setup • Nano-positioning • Seismic sensors • Requirements for the labs: • Thermally stable ~ 20±2 °C • Low level vibration and ground motion(potential sites can be easily checked by the CLIC Stabilization Team) • Duration (2014-2017)