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AAC 1994 6th

Name: AAC 1994 6th

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Date: 1994-01-01

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Created at: Fri Jul 27 23:53:37 -0700 2007

Updated at: Fri Jul 27 23:53:37 -0700 2007

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5 papers from the conference:

title: Design of High Brightness Symmetric and Asymmetric Emittance RF Photoinjectors for TESLA
format: conference proceeding
conference: AAC 1994 6th
year: 1995
3 authors: E. Colby | Ostiguy, J. F. | J.B. Rosenzweig
abstract: Development work leading to emittance-compensated symmetric emittance and asymmetric emittance RF photoinjectors is discussed. A mature design for a symmetric emittance photoinjector is described, and current work leading to an asymmetric design is detailed. An experimental program to characterize both injectors and to explore the physical mechanism of emittance compensation using the facilities of the Argonne Wakefield Accelerator is outlined. (15 References).
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title: Summary of Exotic Collider Concepts Group
format: conference proceeding
conference: AAC 1994 6th
year: 1995
1 author: C. Pellegrini
abstract: We present a summary of the discussions in the Exotic Collider Concepts Group. Most of the discussions were centered around the status and open problems for muon-muon and gamma-gamma colliders. In addition the group discussed some general problems and new results of accelerator physics.
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title: Charge and Wavelength Scaling of RF Photoinjector Designs
format: conference proceeding
conference: AAC 1994 6th
year: 1995
2 authors: J.B. Rosenzweig | E. Colby
abstract: The optimum design of an emittance compensated rf photoinjector is very complicated and time-consuming, relying heavily on multi-particle simulations without good analytical models as a guide. Emittance compensated designs which have been developed, however, can be used to generate other designs with no additional effort if the original design is scaled correctly. This paper examines the scaling of rf photoinjector design with respect to charge and wavelength, and presents emittance and brightness scaling laws for these variables. Parametric simulation studies are presented to illustrate these scaling laws. Deviations from scaling and practical considerations are also discussed.
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title: A dielectric-loaded resonant laser accelerator
format: conference proceeding
conference: AAC 1994 6th
year: 1995
3 authors: J.B. Rosenzweig | A. Murokh | C. Pellegrini
abstract: A laser-pumped accelerator utilizing a resonant, periodic, dielectric-loaded structure is proposed. The electromagnetic fields due to a side-injected laser beam impinging on this structure are described in a two-dimensional standing-wave approximation, and analyzed in terms of their suitability for accelerating electrons to ultra-relativistic energies. The longitudinal dynamics of injected electrons in the capture phase of the motion are discussed, as are the first and second order transverse focusing effects inherent in this type of structure. Similarities and differences between this scheme, and conventional as well as advanced accelerators, and practical issues relevant to experimental realization of laser acceleration are examined. (20 References).
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title: Report of the Working Group on Electron Sources
format: conference proceeding
conference: AAC 1994 6th
year: 1995
1 author: J.B. Rosenzweig
abstract: We report in this paper on the activities of the working group on electron sources at the Advanced Accelerator Workshop held in Lake Geneva, Wisconsin in June 1994. The discussion, while dominated by the subject of rf photoinjectors, included explorations of many novel areas in the state-of-the-art in electron source research and development. The major points raised at the workshop are examined, and a guide to the detailed reports of the members of the working group is provided.
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