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Abstracts Brochure - CERN

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Contents<br />

MOPCH182 The JLAB Ampere-class Cryomodule Conceptual Design 101<br />

MOPCH183 Compact Waveguide Fundamental Power Coupler Design for 1-Ampere Cryomodule 101<br />

MOPCH184 Electric Discharge Plasma Etching of Bulk Niobium for SRF Cavities 102<br />

MOPCH185 Superconducting RF Cavity Development at AES 102<br />

MOPCH186 First Cool Down of the Juelich Accelerator Module Based on Superconducting Half-wave<br />

Resonators 103<br />

MOPCH187 Key Cryogenics Challenges in the Development of the 4GLS 103<br />

MOPCH188 Overview of the Cryogenics of the ERLP 103<br />

MOPCH189 Calculating the Muon Cooling within a MICE Liquid Absorber 104<br />

MOPCH190 Cryomodule Development for Superconducting RF Test Facility (STF) at KEK 104<br />

MOPCH191 Copper Heat Exchanger for the External Auxiliary Bus-bars Routing Line in the LHC<br />

Insertion Regions 104<br />

MOPCH192 Operation of a Helium Cryogenic System for a Superconducting Cavity in an Electron Storage Ring 105<br />

MOPCH193 SNS 2.1K Cold Box Turn-down Studies 105<br />

MOPCH194 Studies of the Alignment Tolerance in the Injector System of the IFUSP Microtron 105<br />

MOPCH195 The LiCAS-RTRS – A Survey System for the ILC 106<br />

MOPCH196 Diamond Storage Ring Remote Alignment System 106<br />

MOPCH197 Integration and Standardization in a Multi-laboratory Project: Experiences of the SNS<br />

Survey and Alignment Group 106<br />

MOPLS — Poster Session<br />

MOPLS001 Large Scale Beam-beam Simulations for the <strong>CERN</strong> LHC Using Distributed Computing 107<br />

MOPLS002 The Study of the Machine-induced Background and its Applications at the LHC 107<br />

MOPLS003 Tertiary Halo and Tertiary Background in the Low Luminosity Experimental Insertion IR8<br />

of the LHC 107<br />

MOPLS004 Estimation and Analysis of the Machine-induced Background at the TOTEM Roman Pot<br />

Detectors in the IR5 of the LHC 108<br />

MOPLS005 A Staged Approach to LHC Commissioning 108<br />

MOPLS006 Adaptive RF Transient Reduction for High Intensity Beams with Gaps 108<br />

MOPLS007 Monitoring Heavy-ion Beam Losses in the LHC 108<br />

MOPLS008 Beam Halo on the LHC TCDQ Diluter System and Thermal Load on the Downstream<br />

Superconducting Magnets 109<br />

MOPLS009 The LHC as a Proton-nucleus Collider 109<br />

MOPLS010 Measurement of Ion Beam Losses Due to Bound-free Pair Production in RHIC 109<br />

MOPLS011 Investigations of the Parameter Space for the LHC Luminosity Upgrade 110<br />

MOPLS012 The LHC Sector Test 110<br />

MOPLS013 The Roman Pot for LHC 110<br />

MOPLS014 Lifetime Limit from Nuclear Intra-bunch Scattering for High-energy Hadron Beams 111<br />

MOPLS015 Unprecedented Quality Control Techniques applied on a Large-scale Production of<br />

Superconducting Dipole Magnets for the LHC Project at <strong>CERN</strong> 111<br />

MOPLS016 LHC IR Upgrade: A Dipole First Option with Local Chromaticity Correction 111<br />

MOPLS017 A Low Gradient Triplet Quadrupole Layout Compatible with NbTi Magnet Technology and<br />

Betastar=0.25m 111<br />

MOPLS018 High-order Effects and Modeling of the Tevatron 112<br />

MOPLS019 Designs for the LHC IR Upgrade 112<br />

6 Contents

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