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A Silicon Diode Based Detector for the Natural Radiative Environment Measurement in Altitude
Acte de colloque

A Silicon Diode Based Detector for the Natural Radiative Environment Measurement in Altitude

Denis Pantel, Jean-Roch Vaillé, Frédéric Wrobel, Luigi Dilillo, Jean-Marc J.-M. Galliere, Jean-Luc Autran, Philippe Cocquerez, Pierre Chadoutaud et Frédéric Saigné
IEEE (Nuclear Plasma Society) Real Time Conference, pp.1-6
IEEE (Nuclear Plasma Society) Real Time Conference (Berkeley, CA, United States, 09/06/2012–15/06/2012)
2012

Résumé

natural environment atmospheric radiation environment MC-ORACLE code silicon diode based detector neutron beams radiation measurement stratospheric balloon flight
We report neutron beams and stratospheric balloon flights for which we developed a silicon detector. The results from different neutron beams are shown to be in good agreement with simulation performed with the MC-ORACLE code. The stratospheric balloon flights used to obtain data on the atmospheric radiation environment shows that experimental results are dependant to the altitude variations.

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