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Development of Gas Cluster Ion Beam Surface Treatments for Reducing Field Emission and Breakdown in RF cavities
Sub-micron-scale surface roughness and contamination cause field emission that can lead to high voltage breakdown of electrodes, and these are limiting factors in the development of high gradient RF t...
Sub-micron-scale surface roughness and contamination cause field emission that can lead to high voltage breakdown of electrodes, and these are limiting factors in the development of high gradient RF t...
PIC Simulations of Proton Acceleration with High Intensity Lasers: the Transparency Regime, and Interaction with Underdense Targets
Laser-accelerated ion sources open new opportunities for ion beam generation and control, and could stimulate development of compact ion accelerators for many applications. The mechanisms of proton ac...
Laser-accelerated ion sources open new opportunities for ion beam generation and control, and could stimulate development of compact ion accelerators for many applications. The mechanisms of proton ac...
A Hilbert-Space Variational Principle for Spontaneous Wiggler and Synchrotron Radiation
AIP Conf. Proc. -- November 27, 2006 -- Volume 877, pp. 381-387
ADVANCED ACCELERATOR CONCEPTS: 12th Advanced Accelerator Concepts Workshop;
doi:10.1063/1.2409159
Issue Date: 27 November 2006
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A. E. Charman,* G. Penn,![[dagger]](http://scitation.aip.org/stockgif3/dagger-script.gif)
and J. S. Wurtele*,
*Department of Physics, U.C. Berkeley, Berkeley, CA 94720
Center for Beam Physics, Lawrence Berkeley National Laboratory, Berkeley, CA 94720
and J. S. Wurtele*,*Department of Physics, U.C. Berkeley, Berkeley, CA 94720
Center for Beam Physics, Lawrence Berkeley National Laboratory, Berkeley, CA 94720
Within the framework of Hilbert space theory, we have developed a maximum-power variational principle applicable to classical spontaneous radiation from prescribed classical harmonic current sources. A simple proof is summarized for the case of three-dimensional fields propagating in vacuum, and specialization to the case of paraxial optics is discussed. The techniques have been developed to model undulator radiation from relativistic electron beams (for which an example involving high harmonic generation is reviewed), but are more broadly applicable to synchrotron or other radiation problems, and may generalize to certain structured media. ©2006 American Institute of Physics
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