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Janssen, Dietmar [Author]; Pobell, Frank [Author]; Gabriel, Frank [Author]; Schneider, Christof [Author]; Michel, Peter [Author]; Enghardt, Wolfgang [Author]; Kudryavtsev, A. [Author]; Haberstroh, Christoph [Author]; Sandner, W. [Author]; Will, I. [Author]; Prade, Haral [Author]; Büttig, Hartmut [Author]

Machbarkeitstudie für einen industriellen supraleitenden Table Top Elektronenbeschleuniger

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  • Media type: Report
  • Title: Machbarkeitstudie für einen industriellen supraleitenden Table Top Elektronenbeschleuniger
  • Contributor: Janssen, Dietmar [Author]; Pobell, Frank [Author]; Gabriel, Frank [Author]; Schneider, Christof [Author]; Michel, Peter [Author]; Enghardt, Wolfgang [Author]; Kudryavtsev, A. [Author]; Haberstroh, Christoph [Author]; Sandner, W. [Author]; Will, I. [Author]; Prade, Haral [Author]; Büttig, Hartmut [Author]
  • imprint: Dresden: Forschungszentrum Rossendorf, [2010]
  • Published in: Wissenschaftlich-technische Berichte ; FZR-410
    Wissenschaftlich-technische Berichte / Forschungszentrum Rossendorf e. V. / FZR ; FZR-410
  • Language: German
  • Keywords: Entkeimung ; Lebensmittelpasteurisierung ; Fotokatode in Beschleunigungskavität ; Laser induzierte Emission ; Kryostat ; Präparationskammer zur Katodenbedampfung ; Strahlenergie 10 MeV ; Fotoemissionskatode ; Sterilisation ; supraleitender Resonator ; Beseitigung organischer Schadstoffe ; Kunststoffvernetzung ; Industrieller Beschleuniger ; superconducting cavity ; Strahlleistung 50 kW ; Lebensmittelbestrahlung
  • Origination:
  • Footnote: Quelle: Wissenschaftlich-Technische Berichte / Forschungszentrum Rossendorf; FZR-410 2004
  • Description: At the Forschungszentrum Rossendorf the build-up of the superconducting1.3 GHz accelerator ELBE is still in progress. Furthermore a new sc photo injector (SRF gun) is under development, which should accelerate electrons up to 10 MeV at 1.3 GHz frequency. The use of electron accelerators is also more and more interesting for applications where the destructive potential of the electrons are used like sterilization of medical waste and medical products, food irradiation or decontamination of sewage. For these processes a high power is required to achieve a high product throughput in a plant. The aim is therefore to use beam powers of around 100 kW or more. Since the applications of electron accelerators in industrial environments are steadily increasing one can speculate about transferring the above named state of the arte technology to industrial electron accelerators. At the FZR a feasibility study of such a table top electron accelerator (TTE) has been performed to investigate its technical limits and marketabilitys.