Electron Cooling and New Cooling Techniques

The Table of Contents for the book is as follows:

• Preface
• Status of electron cooling experiment at LEAR
• The CRYRING electron cooler
• Electron cooling at IUCF ‒ 0.3 MeV in 1988, 9 MeV in 1998?
• Measurement of p+p → P+P+π° with an electron-cooled beam
• Electron cooling of heavy ions at the Heidelberg Cooler Storage Ring TSR
• Status report on the eletron cooling studies in the TARN II
• Electron cooling system project of the storage ring at the Institute for Nuclear Research
• Beam cooling for the ADRIA project
• Efficient recuperator of intense electron beam energy
• Relativistic laser cooling
• Design and experimental validation of pick-up for transverse temperature measurement in electron cooling experiment
• Longitudinal temperature measurement in electron cooling experiment
• The longitudinal Schottky noise of intense beam
• A high efficiency electron multistage collector
• The new electron beam collector for LEAR
• The new Control System for the LEAR electron cooler
• An ultra high vacuum system for the Legnaro cooler
• Polarization of protons or antiprotons using a beam of polarized electrons
• A dense electron target for the measurement of cross sections of dielectronic recombination (DR) and radiative electron capture (REC)
• Cooling by inelastic scattering of partially ionized ions
• Laser cooler at the Heidelberg Test Storage Ring (TSR)
• First results on combined laser and electron cooling of ⁹Be⁺ ions at the TSR
• Photocathode studies for an ultracold electron beam device
• Temperature relaxation and adiabatic acceleration at magnetized electron flux
• Crystalline beams
• Measurements of the longitudinal energy distribution of a cold electron beam for GaAs
• List of Participants