Electron Sources for Future Lightsources, Summary and Conclusions for the Activities during FLS 2012
Thorsten Kamps (1), Carlos Hernandez-Garcia (2), Chase Boulware (3),, John Corlett (4), Katherine Harkay (5), Fay Hannon (2), Mikhail Krasilnikov, (6), Boris Militsyn (7), Torsten Quast (1), Fernando Sannibale (4), Jochen, Teichert (8), ((1) Helmholtz-Zentrum Berlin
TL;DR
This paper summarizes the FLS 2012 workshop's discussions on advanced electron source concepts and technologies aimed at achieving higher brightness, improved robustness, and reduced costs for future light sources.
Contribution
It provides an overview of innovative electron source ideas and strategies discussed to enhance brightness and operational stability in future light sources.
Findings
Identified promising electron source technologies for higher brightness.
Discussed methods to improve robustness and reduce costs.
Outlined future research directions for electron sources.
Abstract
This paper summarizes the discussions, presentations, and activity of the Future Light Sources Workshop 2012 (FLS 2012) working group dedicated to Electron Sources. The focus of the working group was to discuss concepts and technologies that might enable much higher peak and average brightness from electron beam sources. Furthermore the working group was asked to consider methods to greatly improve the robustness of operation and lower the costs of providing electrons.
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Taxonomy
TopicsPhotocathodes and Microchannel Plates · solar cell performance optimization · Laser Design and Applications