A silicon diode based detector for radiation measurement in high altitude natural environment

Denis Pantel,J R Vaille,F Wrobel,L Dilillo,Jeanmarc Galliere,Jeanluc Autran,Philippe Cocquerez,Pierre Chadoutaud,F Saigne

Real Time Conference（2012）

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Abstract

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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Key words

atmospheric radiation,atmospheric techniques,balloons,neutron beams,radiation detection,silicon radiation detectors,stratosphere,mc-oracle code,atmospheric radiation environment,natural environment,radiation measurement,silicon diode based detector,stratospheric balloon flight,neutrons,atmospheric modeling,detectors,silicon,microcontrollers

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