Frontiers of Accelerator Technology

The Table of Contents for the book is as follows:

• Short Courses

  • Introduction to High Energy Linear Accelerators for Low Emittance Beams

  • Issues in Superconducting RF Technology

  • Ramp-Rate Sensitivity of SSC Dipole Magnet Prototypes

• Lectures and Seminars

  • Superconducting Cavities — Basics

  • Superconducting Cavities — Couplers and Tuners

  • Superconducting Magnet Technology for Future Hadron Colliders

  • AC Losses and Related Topics on Superconducting Magnets for High Energy Accelerators

  • Transverse Emittance Control in Linear Colliders

  • Fast Feedback for Linear Colliders

  • Nanometer Spot Size Monitor Using Laser Interferometry

  • Instrumentation — Pick-ups and Diagnostics

  • Beam Bunch Feedback

  • Cavity Systems Which Suppress Coupled-Bunch Instabilities

  • Self-Consistent Beam Halo Studies and Halo Diagnostic Development in a Continuous Linear Focusing Channel

  • Microwave Amplifiers for Driving TeV Linear Colliders

  • Plasma Wake-Field Acceleration

  • Induction Linacs and Pulsed Power

  • Free-Electron Laser Amplifiers in the Microwave Regime — High Power and Bunching

  • Ion Sources: Physics and Recent Progress

  • The New Generation of Photocathodes for Polarized Electron Sources

  • Cryogenic Systems for Accelerators

  • Vacuum Problems Associated with the Next Generation of Hadron Colliders

  • High Precision Geodetic Metrology for the Alignment of Particle Accelerators

  • Industrial and Medical Applications of Accelerators

  • Government, Industry, Accelerators