A portable Runaway Electron Imaging and Spectrometry System (REIS) was developed in ENEA-Frascati to measure synchrotron radiation spectra from in-flight runaway electrons in tokamaks. The REIS is a wide-angle optical system collecting simultaneously visible and infrared emission spectra using an incoherent bundle of fibers, in a spectral range that spans from 500 nm to 2500 nm, and visible images using a CCD color microcamera at a rate of 25 frames/s. The REIS system is supervised and managed using a dedicated LabVIEW program to acquire data simultaneously from three spectrometers every 20 ms (configurable down to 10 ms). An overview of the REIS architecture and acquisition system and resulting experimental data obtained in FTU are presented and discussed in this paper.
Runaway electron imaging spectrometry (REIS) system
Causa, F.; Gospodarczyk, M.; Buratti, P.; Carnevale, D.; De Angelis, R.; Esposito, B.; Grosso, A.; Maddaluno, G.; Martin-Solis, J. R.; Piergotti, V.; Popovic, Z.; Rocchi, G.; Sibio, A.; Sozzi, C.; Tilia, B.; Valisa, M.; FTU Team
Journal:
Review of scientific instruments 90 (7),
pp. 073501-1 - 073501-9
Year:
2019
ISTP Authors: Carlo Sozzi
Federica Causa
Marco Valisa
Keywords: Optical systems, Synchrotron radiation, Acquisition systems, LabVIEW program, emission spectroscopy
Research Activitie: JOURNAL ARTICLES
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