This volume contains the proceedings of the Topical course on Frontiers of Accelerator Technology, jointly organized by the CERN Accelerator School, the KEK Accelerator School and the US Particle Accelerator School. It was held at Maui, Hawaii, November 3–9, 1994. The purpose was to disseminate knowledge on the latest ideas and developments in the technology of particle accelerators by bringing together world known experts and younger scientists in the field. It was intended for individuals with professional interest in accelerator physics and technology, for graduate students, for post-docs and for those working in accelerator-based sciences.
The motivation to conceive and build accelerators comes from a most fundamental need of man — to understand and control the world around us. With beams and their associated accelerators, scientists and engineers can gain understanding of the nature of matter and modify matter not possible by other means. Areas already influenced by the developments in accelerator technology are high energy and nuclear physics, atomic and molecular physics, condensed matter physics and the biological sciences. There is also a growing number of applications in medicine and industry. The program was as follows: lectures in superconductivity, magnets, RF, feedback, instrumentation, high power sources, beam stability and novel accelerator techniques; seminars on accelerator applications, the role of government and industry, and perspectives on future technology; round table: the high energy accelerator frontier; four short courses, each including 8 hours of lectures, problems and tutorials on superconducting magnets, superconducting rf, instrumentation and linacs.
This book aims to summarize all the currently available knowledge on the technology driving the development of particle beams for science, medicine, and industry. It is the most up-to-date and unique collection of information on this technology presently available.
Contents:
- Introduction to High Energy Linear Accelerators for Low Emittance Beams (H Henke)
- Issues in Superconducting RF Technology (H Padamsee & J Knobloch)
- Ramp-Rate Sensitivity of SSC Dipole Magnet Prototypes (A Devred & T Ogitsu)
- Superconducting Magnets Technology for Future Hadron Colliders (R M Scanlan et al.)
- Instrumentation — Pick-Ups and Diagnostics (F Caspers)
- Beam Bunch Feedback (G Lambertson)
- Self-Consistent Halo Studies and Halo Diagnostic Development in a Continuous Linear Focusing Channel (R A Jameson)
- Free-Electron Laser Amplifiers in the Microwave Regime — High Power and Bunching (S Hiramatsu)
- Cryogenic Systems for Accelerators (P Lebrun)
- Vacuum Problems Associated with the Next Generation of Hadron Colliders (A G Mathewson)
- High Precision Geodetic Metrology for the Alignment of Particle Accelerators (M Mayoud)
- Industrial and Medical Applications of Accelerators (O Barbalat)
- and other papers
Readership: Scientists and researchers in high energy physics, nuclear physics and plasma physics.
