A summary of the beatwave experiments at Ecole Polytechnique
F.Amiranoff, D.Bernard, B.Cros, F.Jacquet, G.Matthieussent,, J.R.Marques, P.Mine, P.Mora, A.Modena, J.Morillo, F.Moulin, Z.Najmudin,, A.E.Specka, C.Stenz
TL;DR
This paper summarizes the beatwave particle acceleration experiments at Ecole Polytechnique, detailing plasma formation, wave generation, and particle acceleration, achieving a maximum energy gain of 1.3 MeV with an accelerating gradient of 0.7 GV/m.
Contribution
It provides a comprehensive overview of the experimental process and results in beatwave acceleration, highlighting the maximum energy gain achieved.
Findings
Maximum energy gain of 1.3 MeV
Accelerating gradient of 0.7 GV/m
Detailed understanding of plasma processes
Abstract
We present a summary of the beatwave particle acceleration program developed at Ecole Polytechnique. In dedicated experiments, plasma formation, plasma wave generation and saturation, and particle acceleration were successively studied and understood in detail. A maximum energy gain of 1.3 MeV was obtained, which is compatible with an accelerating gradient of 0.7 GV/m.
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