Laser Interactions With Micro-Targets For Imaging Applications

Tobias Ostermayr,C. Kreuzer,F. Englbrecht,Jens Hartmann, J. Gebhard,Martin Speicher, D. Haffa,P. Hilz,J. Bin, E. McCary, S. Stork,G. Dyer,M. E. Donovan, T. Ditmire,B. M. Hegelich,Mikael Martinez,E. Gaul,J. Wenz,Katia Parodi,J. Gordon, M. Spinks, P. R. Bolton,Jörg Schreiber

2017 CONFERENCE ON LASERS AND ELECTRO-OPTICS EUROPE & EUROPEAN QUANTUM ELECTRONICS CONFERENCE (CLEO/EUROPE-EQEC)（2017）

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摘要

Relativistic laser-plasma interactions as drivers for intense and energetic bursts of proton, electron and photon radiation have been studied for more than a decade [1,2,3]. Much of the attention is driven by their potential use in medical physics, to build compact and affordable sources for diagnostics and therapy. So far, these efforts were focused on single species radiation, meaning either ions, electrons or photons, whilst regarding the respective other species as a disturbance [4,5,6].

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关键词

relativistic laser-plasma interactions,intense proton bursts,energetic proton bursts,electron radiation,micro-anodes,single-shot X-ray phase-contrast imaging,bi-modal proton,X-ray imaging,proton-CT,charged particle therapy,cancer,high-power laser-plasma interactions,imaging applications,micro-targets,wavelength 5 mum

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