Latest revision as of 09:06, 26 October 2017

JLEIC Reference and Document Index

General Overview / Facility Papers

General Nuclear Physics Papers

Electron Complex

• CEBAF as an Injector
• Electron Collider Ring
  • IPAC18: Update on the JLEIC Electron Cooling Ring Design
• CEBAF to Collider Transport Line

Ion Complex

• Ion Sources
• Ion RFQs and Linac
• Ion Booster Ring
  • IPAC18: The Effects of Space Charge on the Dynamics of the Ion Booster in the Jefferson Lab EIC
  • IPAC18: Design of Imaginary Transition Gamma Booster Synchrotron for the Jefferson Lab EIC
• Ion Collider Ring
• Ion Bunch Formation
• Transport Lines
• Other

Electron Cooling

• Cooling Concepts
  • IPAC18: JLEIC Ultimate Luminosity with Strong Electron Cooling
• Booster DC Cooler
• Low-Energy Collider DC Cooler
• Collider ERL Cooler
  • Overall Design
  • Magnetized Gun
  • Beam Dynamics/CSR/LSC
  • Harmonic Kicker

Interaction Region

• IR Design Concept
  • IPAC18: Integration of the Full-Acceptance Detector into JLEIC
• Machine-Detector Interface
• Backgrounds
• Chromaticity Compensation

Collider Dynamics

• Beam Synchronization
• Bunched Beam Cooling
• Beam-beam
  • IPAC18: Long-Term Simulations of Beam-Beam Dynamics on GPUs
  • IPAC18: The Beam-Beam Effect and Its Consequences for the Jefferson Lab EIC
• Crabbing Dynamics
  • IPAC18: Modeling Local Crabbing Dynamics in the JLEIC Ion Collider Ring
  • IPAC18: Effects of Crab Cavity Multipoles on JLEIC Ion Ring Dynamics
• Electron Cloud
• Instabilities and Impedances
  • IPAC18: Estimate of Coherent Instabilities for JLEIC

Polarization

• The Figure-8 Scheme
• Ion Booster
• Ion Collider
  • IPAC18: Acceleration of Polarized Protons and Deuterons in the Ion Collider Ring of JLEIC
• Electron Collider
  • IPAC18: Study of Electron Polarization Dynamics in the JLEIC at JLab
• Ion Polarimetry
• Electron Polarimetry

Technical Subsystems

• Superferric Magnets
• Normal Magnets
• Interaction Region Magnets
• Power Supplies
• SRF
• Crab Cavities
  • IPAC18: HOM Analysis for 952.6 MHz Superconducting Crabbing Cavities for Jefferson Lab Electron-Ion Collider
  • IPAC18: (talk) and (paper), Crab Cavity Systems for Future Colliders]
• Normal Conducting RF
• Feedback Systems
• Diagnostics
• Vacuum

Civil Conventional

• Site Preparation and Geology
• Civil Construction
• Utilities
• Alignment

Controls

Cryogenics

ESH

Radiological Concerns

Cost and Schedule

Energy Upgrade