Ne Techniques for Future Accelerators [Paperback]

Overview of Linear Collider Studies.- Principles of Beat-Wave Accelerators.- Wake Field Acceleration.- Energy Efficiency and Choice of Parameters for Linear Colliders.- A Two-Stage RF Linear Colliders using a Superconducting Drive Linac.- The Micro Lasertron. An Efficient Switched-Power Source of mm Wavelength Radiation.- Collider Scaling and Cost Estimation.- Cooling Rings for TeV Colliders.- Linear Colliders Driven by a Superconducting Linac-FEL System.- Low Technology FELs and IFELs: How can a small Laboratory contribute.- Developments in the Physics of High Current Linear Ion Accelerators.- RFQ Application.- High Power 35 GHz Testing of a Free-Electron Laser and Two-Beam Accelerator Structures.- Acceleration of Electrons by the Wake Field of Proton Bunches.- Analytic Tools for solving Nonlinear Problems in Particle Accelerators: A Review and an Example.- Approximate Solutions of the Equation for the Longitudinal Motion of Particles in an RFQ Accelerator.- A Model of Four Rods RFQ.- RFQ Field Stabilization using Dipole Suppressors.- Participants.Springer Book Archives