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Heating Of Solid Target In Electron Refluxing Dominated Regime With Ultra-Intense Laser

M. Nakatsutsumi,R. Kodama,Y. Aglitskiy,K. U. Akli,D. Batani,S. D. Baton,F. N. Beg,A. Benuzzi-Mounaix,S. N. Chen,D. Clark,J. R. Davies,R. R. Freeman, J. Fuchs,J. S. Green,C. D. Gregory,P. Guillou,H. Habara,R. Heathcote,D. S. Hey,K. Highbarger,P. Jaanimagi,M. H. Key,M. Koenig,K. Krushelnick,K. L. Lancaster,B. Loupias,T. Ma,A. Macphee, A. J. Mackinonn,K. Mima,A. Morace,H. Nakamura, P. A. Norryes,D. Piazza,C. Rousseaux, R. B. Stephans,M. Storm,M. Tampo,W. Theobald,L. V. Woerkom,R. L. Weber,M. S. Wei,N. C. Woolsey

5TH INTERNATIONAL CONFERENCE ON INERTIAL FUSION SCIENCES AND APPLICATIONS (IFSA2007)（2008）

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Abstract
Propagation of electron beams generated in laser-plasma interactions is strongly influenced by self-induced electrostatic fields at target-vacuum interfaces, resulting the refluxing of electrons. We confirmed the refluxing and propagation of electrons with three different kinds of target configurations; thin-wide foil, thin-narrow foil, and long-wire geometry. Enhancement of target heating, effective guiding and collimation of high density MeV electrons were observed.
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electron beam
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