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Results for “BEAM LOSS”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Analysis and modeling of proton beam loss and emittance growth in the Relativistic Heavy Ion Collider
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Beam-loss detection for the high-rate superconducting upgrade to the SLAC Linac Coherent Light Source
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The Fermilab Main Injector: high intensity operation and beam loss control
Abstract Not Provided
Simulations and measurements of beam loss patterns at the CERN Large Hadron Collider
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Beam-Loss Detection for LCLS-II
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Calibration And Simulation of the LCLS Undulator Beam Loss Monitors Using APS Accelerators
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Beam loss monitoring with fixed and translating scintillation detectors along the Fermilab Drift-Tube Linac
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FPGA Architectures for Distributed ML Systems for Real-Time Beam Loss De-Blending
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Edge AI for accelerator controls (READS): beam loss deblending
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Accelerator Real-Time Edge AI for Distributed Systems (READS) Disentangling Beam Losses in the Fermilab Main Injector Enclosure Using Real-time Edge AI
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MARS15-Based System for Beam Loss and Collimation Studies
The system includes the newest version of the MARS15 code for particle production and transport in accelerator components integrated with a novel highprecision tracker/stepper for multi-turn tracking merged with MAD-X. The overall approach is described with all the essential features and programming issues highlighted. The application is illustrated for the Fermilab Recycler Ring and Integrable Optics Test Accelerator (IOTA) facilities as well as for the Higgs Factory muon collider and International $e^+e^−$ Linear Collider (ILC) projects.
Control of Beam Losses in the Front End for the Neutrino Factory
In the Neutrino Factory and Muon Collider, muons are produced by firing high energy protons onto a target to produce pions. The pions decay to muons which are then accelerated. This method of pion production results in significant background from protons and electrons, which may result in heat deposition on superconducting materials and activation of the machine preventing manual handling. In this paper we discuss the design of a secondary particle handling system. The system comprises a solenoidal chicane that filters high momentum particles, followed by a proton absorber that reduces the energy of all particles, resulting in the rejection of low energy protons that pass through the solenoid chicane. We detail the design and optimization of the system and its integration with the rest of the muon front end.
Characterizing and Controlling Beam Losses at the LANSCE Facility
Abstract Not Provided
Beam Loss Due to Misalignments, RF Jitter and Mismatch in the Fermilab Project-X 3GeV CW Linac
Abstract Not Provided
FNAL Proton Source High Intensity Operations and Beam Loss Control
Abstract Not Provided