Study of space radiation effects with laser-plasma-accelerators

B. Hidding; O. Karger; T. Königstein; G. Pretzler; J.B. Rosenzweig

Study of space radiation effects with laser-plasma-accelerators

B. Hidding, O. Karger, T. Königstein, G. Pretzler, J.B. Rosenzweig

Research output: Book/Report › Commissioned report

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Abstract

The potential of laser-plasma-accelerators for space radiation testing of electronics is explored. Both fields, laser-plasma-acceleration on the one hand and space radiation testing on the other are highly vibrant fields, which have been disjunct so far. However, there are a multitude of aspects which suggests that laser-plasma-accelerators could be highly relevant future radiation sources for the space radiation testing industry. It is the goal of this study to connect both fields and to introduce laser-plasma-accelerators as complementary radiation sources for improved space radiation testing.

Original language	English
Place of Publication	Hamburg
Commissioning body	ESA-ESTEC Darmstadt
Number of pages	180
Publication status	Published - 1 Feb 2014

Keywords

space radiation
laser-plasma accelerators
European Space Agency

Access to Document

Hidding-etal-ESA2014-space-radiation-effects-laser-plasma-acceleratorsFinal published version, 32.3 MB

http://www.esa.int/ESA

Cite this

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abstract = "The potential of laser-plasma-accelerators for space radiation testing of electronics is explored. Both fields, laser-plasma-acceleration on the one hand and space radiation testing on the other are highly vibrant fields, which have been disjunct so far. However, there are a multitude of aspects which suggests that laser-plasma-accelerators could be highly relevant future radiation sources for the space radiation testing industry. It is the goal of this study to connect both fields and to introduce laser-plasma-accelerators as complementary radiation sources for improved space radiation testing.",

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AB - The potential of laser-plasma-accelerators for space radiation testing of electronics is explored. Both fields, laser-plasma-acceleration on the one hand and space radiation testing on the other are highly vibrant fields, which have been disjunct so far. However, there are a multitude of aspects which suggests that laser-plasma-accelerators could be highly relevant future radiation sources for the space radiation testing industry. It is the goal of this study to connect both fields and to introduce laser-plasma-accelerators as complementary radiation sources for improved space radiation testing.

KW - space radiation

KW - laser-plasma accelerators

KW - European Space Agency

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