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pdf:docinfo:title: Radiation protection modelling for 2.5 Petawatt-laser production of ultrashort x-ray, proton and ion bunches: Monte Carlo model of the Munich CALA facility
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dc:title: Radiation protection modelling for 2.5 Petawatt-laser production of ultrashort x-ray, proton and ion bunches: Monte Carlo model of the Munich CALA facility
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cp:subject: Journal of Radiological Protection, 40 (2020)  doi: 10.1088/1361-6498/aba8e4
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pdf:docinfo:creator: Franz S Englbrecht ,Andreas Döpp ,Jens Hartmann ,Florian H Lindner ,Martin L Groß ,Hans-F Wirth ,Peter G Thirolf ,Stefan Karsch ,Jörg Schreiber ,Katia Parodi ,George Dedes
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Author: Franz S Englbrecht ,Andreas Döpp ,Jens Hartmann ,Florian H Lindner ,Martin L Groß ,Hans-F Wirth ,Peter G Thirolf ,Stefan Karsch ,Jörg Schreiber ,Katia Parodi ,George Dedes
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dc:description: Journal of Radiological Protection, 40 (2020)  doi: 10.1088/1361-6498/aba8e4
Keywords: radiation protection,monte carlo simulation,laser,ultrashort radiation bunches,accelerator,beam dump
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dc:creator: Franz S Englbrecht ,Andreas Döpp ,Jens Hartmann ,Florian H Lindner ,Martin L Groß ,Hans-F Wirth ,Peter G Thirolf ,Stefan Karsch ,Jörg Schreiber ,Katia Parodi ,George Dedes
description: Journal of Radiological Protection, 40 (2020)  doi: 10.1088/1361-6498/aba8e4
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title: Radiation protection modelling for 2.5 Petawatt-laser production of ultrashort x-ray, proton and ion bunches: Monte Carlo model of the Munich CALA facility
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dc:subject: radiation protection,monte carlo simulation,laser,ultrashort radiation bunches,accelerator,beam dump
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