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Efficient offline production of freestanding thin plastic foils for laser-driven ion sources

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Abstract

Modern chirped pulse amplification laser systems with continuously improving controllability and increasing power are about to reach intensities of up to $10^{22}~\text{W}~\text{cm}^{-2}$ and have proven their potential to accelerate ions out of plasma to several tens percent of the speed of light. For enabling application, one important step is to increase the repetition rate at which ion bunches are at the disposal. In particular, techniques used so far for thin foil target production can require several days of preparing reasonable amounts for a single campaign. In this paper we describe the reasonably droplet method which we have tested and improved so that the emerging foils with thicknesses of a few nanometres up to micrometre can be used as targets for laser ion acceleration. Their quality and performance can compete with so far employed techniques thereby enabling the production of hundreds of targets per day.

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DOI:10.1017/hpl.2017.7

基金项目:This work was supported by the DFG funded Cluster of Excellence Munich Centre for Advanced Photonics and the Transregio 18.

收稿日期:2016-11-02

录用日期:2017-01-05

网络出版日期:2017-02-08

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Sebastian Seuferling:Matthias Alexander Otto HaugPeter HilzDaniel HaffaChristian KreuzerJ?rg Schreiber<页码>e8

联系人作者:Sebastian Seuferling(sebastian.seuferling@hotmail.com)

【1】M. D.Perry,D.Pennington,B. C.Stuart,G.Tietbohl,J. A.Britten,C.Brown,S.Herman,B.Golick,M.Kartz,J.Miller,H. T.Powell,M.Vergino,?and V.Yanovsky, 160 (1999).

【2】S. C.Wilks,A. B.Langdon,T. E.Cowan,M.Roth,M.Singh,S.Hatchett,M. H.Key,D.Pennington,A.MacKinnon,?and R. A.Snavely, 542 (2001).

【3】W.Ma,V. Kh.Liechtenstein,J.Szerypo,D.Jung,P.Hilz,B. M.Hegelich,H. J.Maier,J.Schreiber,?and D.Habs, 53 (2011).

【4】S.Steinke,P.Hilz,M.Schnürer,G.Priebe,J.Br?nzel,F.Abicht,D.Kiefer,C.Kreuzer,T.Ostermayr,J.Schreiber,A. A.Andreev,T. P.Yu,A.Pukhov,?and W.Sandner, 011303 (2013).

【5】K.Lee,S. H.Park,Y.-H.Cha,J. Y.Lee,Y. W.Lee,K.-H.Yea,?and Y. U.Jeong, 056403 (2008).

【6】P. L.Poole,C.Willis,G. E.Cochran,R. J.Hanna,C. D.Andereck,?and D. W.Schumacher, (Ohio State University, 2015).

【7】E.Davison?and W.Colquhoun, 35 (1985).

【8】B.Aurand,B.Elkin,L.-O.Heim,B.Lommel,B.Kindler,M.Tomut,C.R?del,S.Kuschel,O.J?ckel,J.Barz,?and T.Kuehl, 1355 (2013).

【9】C.Donnet?and A.Erdemir, (Springer, 2008).10.1007/978-0-387-49891-1

【10】D. B.Hall,P.Underhill,?and J. M.Torkelson, 20139 (1998).

【11】M.Roth,A.Blaszevic,M.Geissel,T.Schlegel,T. E.Cowan,M.Allen,J.-C.Gauthier,P.Audebert,J.Fuchs,J.Meyer-ter-Vehn,M.Hegelich,S.Karsch,?and A.Pukhov, (2002).

【12】Boedeker.com; Polystyrene Specifications, 2016.

【13】H.Yamaji,H.Fukuda,Y.Nojima,?and C.Web, 609 (1989) .

【14】Y.Gao,J.Bin,D.Haffa,C.Kreuzer,J.Hartmann,M.Speicher,F. H.Lindner,T.Ostermayr,P.Hilz,S.Lehrack,F.Englbrecht,S.Seuferling,M.Gilljohann,H.Ding,W.Ma,?and J.Schreiber,High Power Laser Eng. to be published (2017).

引用该论文

Sebastian Seuferling, Matthias Alexander Otto Haug, Peter Hilz, Daniel Haffa, Christian Kreuzer, and J?rg Schreiber, "Efficient offline production of freestanding thin plastic foils for laser-driven ion sources," High Power Laser Science and Engineering 5(2), -1 (2017)

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