Titlebook: High-Brightness Accelerators; Anthony K. Hyder,M. Franklin Rose,Arthur H. Guenth Book 1988 Plenum Press, New York 1988 density.dynamics.el

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High-Current Electron-Beam Transport in Recirculating Acceleratorsapter’s bibliography includes some 110 recent reports and is by no means complete. Applications include basic research, materials processing, food sterilization, radiography, collective ion acceleration, and free electron lasers. Some of these topics are discussed elsewhere in this book.

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Brightness Limits in Linear Ion Acceleratorss are possible because relatively strong focusing can be provided, and the half-integer and integer resonances that severely limit the beam intensity in circular machines are not present in linacs. Furthermore, because there are no fundamental restrictions that limit the duty factor in linear accele

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Injectors and Ion Sourcessmatron coupled to expansion cups which formed an effective “cathode” for an ion accelerator. Thus, the sources, accelerators, and eventually beam transport were very closely coupled. More recently the breakdown of the elements of an injector into separate components (see Fig. 1):.has lead progressi

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Radial Transmission-Line Linear Acceleratorse most straightforward way to achieve the high beam energies is to use a linear accelerator. RF accelerators operate at the high end of the voltage range with currents less than 10 A (Fultz and Whitten, 1971). At the low end of the voltage range, the Phermex facility at Los Alamos Scientific Laborat

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Induction Linacsonstant radius was discovered independently by Wideroe in 1928 and Walton in 1929. Nonetheless, development of a working betatron — despite many experimental efforts in the meantime — had to wait over a decade more, until the classic analysis and experiments by Kerst and Serber (1941).