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Workshop on Space Charge Physics in High Intensity Hadron Rings Book

Workshop on Space Charge Physics in High Intensity Hadron Rings
Workshop on Space Charge Physics in High Intensity Hadron Rings, The main purpose of the proceedings of the Workshop on Space Charge Physics in High Intensity Hadron Rings was to review recent progresses and the current state of understanding of space charge related phenomena in high intensity hadron synchrotrons and a, Workshop on Space Charge Physics in High Intensity Hadron Rings has a rating of 4 stars
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Workshop on Space Charge Physics in High Intensity Hadron Rings, The main purpose of the proceedings of the Workshop on Space Charge Physics in High Intensity Hadron Rings was to review recent progresses and the current state of understanding of space charge related phenomena in high intensity hadron synchrotrons and a, Workshop on Space Charge Physics in High Intensity Hadron Rings
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  • Workshop on Space Charge Physics in High Intensity Hadron Rings
  • Written by author A. U. Luccio, W. T. Weng
  • Published by American Institute of Physics, 1998
  • The main purpose of the proceedings of the Workshop on Space Charge Physics in High Intensity Hadron Rings was to review recent progresses and the current state of understanding of space charge related phenomena in high intensity hadron synchrotrons and a
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Preface
Participants
Observation I: Space Charge in Proton Linacs 3
Observation II: Observation and Interpretation of Space Charge Phenomena for High Intensity 15
Theory I: Early Work on Space Charge Effects in Particle Accelerators 26
Theory II: Space Charge Dominated Beams in Synchrotrons and Linac 38
Theory III: Betatron Resonances with Space Charge 56
Simulation I: Simulation of Space Charge Effects in a Synchrotron 73
Simulation II: Simulation with Space Charge 85
Existing Facilities I: Status and High Intensity Performance of ISIS 104
Existing Facilities II: PSR Experience with Beam Losses, Instabilities, and Space Charge Effects 116
Existing Facilities III: Performance and Measurements of the Fermilab Booster 128
Existing Facilities IV: High Intensity Performance and Upgrades at the Brookhaven AGS 135
New Facilities I: Progress Report on the European Spallation Source, May 1998 141
New Facilities III: SNS Accumulator Ring Design and Space Charge Considerations 152
Longitudinal Space Charge Compensation at PSR 171
Some Issues on the RF System in the 3 GeV Fermilab Pre-Booster 178
Studies of Space-Charge Physics in Beams for Advanced Accelerator Applications 189
Space Charge Effect and the Booster to AGS Transfer 198
An Exactly Solvable Model of Transverse Stability in Bunched Beams 213
Emittance Growth in Heavy Ion Rings Due to the Effects of Space Charge and Dispersion 221
Micromap Approach to Space Charge in a Synchrotron 233
Longitudinal Halo in Beam Bunches with Self-Consistent 6-D Distributions 245
An RMS Particle Core Model for Rings 254
Achromat with Linear Space Charge for Bunched Beams 271
Dispersion and Space Charge 278
The Space-Charge Impedance of RF-Shielding Wires 286
Tune Shift Due to Non-Linear Space Charge Effect 298
Analytical and Numerical Treatment of Halo-Free Beam Transport 317
Overview of the WARP Code and Studies of Transverse Resonance Effects 329
Progress Towards Understanding Transverse Space Charge Effects on SNS Ring Injection 332
Space Charge Calculations in Rings for Uniform Focusing, FODO, and Doublet Lattices 344
A Hybrid Fast-Multipole Technique for Space-Charge Tracking with Halos 359
PIC Code Simulations of the Space-Charge-Dominated Beam in the University of Maryland Electron Ring 371
Simulation of Longitudinal Micro-Bunch Dynamics 379
A Particle Simulation Code for a High Intensity Accelerator Ring 390
Nonlinear [delta]-F Simulation Studies of High-Intensity Matched-Beam Propagation in Periodic-Focusing Transport Systems 408
Nonlinear Self Consistent High Resolution Beam Halo Algorithm in Homomorphic and Weakly Chaotic Systems 420
Summary of the Observation Group 431
Summary of the Theory Working Group 439
Summary of the Working Group on Simulation 441
Author Index 447


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