Multi-wavelength calibration procedure for the pierre Auger Observatory Fluorescence Detectors

We present a method to measure the relative spectral response of the Pierre Auger Observatory Fluorescence Detector. The calibration was done at wavelengths of 320, 337, 355, 380 and 405 nm using an end-to-end technique in which the response of all detector components are combined in a single measur...

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Autores principales:	Rovero, A.C., Bauleo, P., Brack, J.T., Harton, J.L., Knapik, R.
Formato:	JOUR
Materias:	Auger Observatory Calibration Cosmic ray Extensive air shower Fluorescence detectors At wavelengths Detector components Multi wavelengths Pierre Auger observatories Relative spectral response Augers Buildings Cosmic rays Cosmology Detectors Light Light sources Notch filters Observatories Particle detectors Xenon Fluorescence
Acceso en línea:	http://hdl.handle.net/20.500.12110/paper_09276505_v31_n4_p305_Rovero
Aporte de:	Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA) de Universidad de Buenos Aires

id	todo:paper_09276505_v31_n4_p305_Rovero
record_format	dspace
spelling	todo:paper_09276505_v31_n4_p305_Rovero2023-10-03T15:46:57Z Multi-wavelength calibration procedure for the pierre Auger Observatory Fluorescence Detectors Rovero, A.C. Bauleo, P. Brack, J.T. Harton, J.L. Knapik, R. Auger Observatory Calibration Cosmic ray Extensive air shower Fluorescence detectors At wavelengths Auger Observatory Cosmic ray Detector components Extensive air shower Fluorescence detectors Multi wavelengths Pierre Auger observatories Relative spectral response Augers Buildings Calibration Cosmic rays Cosmology Detectors Light Light sources Notch filters Observatories Particle detectors Xenon Fluorescence We present a method to measure the relative spectral response of the Pierre Auger Observatory Fluorescence Detector. The calibration was done at wavelengths of 320, 337, 355, 380 and 405 nm using an end-to-end technique in which the response of all detector components are combined in a single measurement. A xenon flasher and notch-filters were used as the light source for the calibration device. The overall uncertainty is 5%. © 2009 Elsevier B.V. All rights reserved. JOUR info:eu-repo/semantics/openAccess http://creativecommons.org/licenses/by/2.5/ar http://hdl.handle.net/20.500.12110/paper_09276505_v31_n4_p305_Rovero
institution	Universidad de Buenos Aires
institution_str	I-28
repository_str	R-134
collection	Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA)
topic	Auger Observatory Calibration Cosmic ray Extensive air shower Fluorescence detectors At wavelengths Auger Observatory Cosmic ray Detector components Extensive air shower Fluorescence detectors Multi wavelengths Pierre Auger observatories Relative spectral response Augers Buildings Calibration Cosmic rays Cosmology Detectors Light Light sources Notch filters Observatories Particle detectors Xenon Fluorescence
spellingShingle	Auger Observatory Calibration Cosmic ray Extensive air shower Fluorescence detectors At wavelengths Auger Observatory Cosmic ray Detector components Extensive air shower Fluorescence detectors Multi wavelengths Pierre Auger observatories Relative spectral response Augers Buildings Calibration Cosmic rays Cosmology Detectors Light Light sources Notch filters Observatories Particle detectors Xenon Fluorescence Rovero, A.C. Bauleo, P. Brack, J.T. Harton, J.L. Knapik, R. Multi-wavelength calibration procedure for the pierre Auger Observatory Fluorescence Detectors
topic_facet	Auger Observatory Calibration Cosmic ray Extensive air shower Fluorescence detectors At wavelengths Auger Observatory Cosmic ray Detector components Extensive air shower Fluorescence detectors Multi wavelengths Pierre Auger observatories Relative spectral response Augers Buildings Calibration Cosmic rays Cosmology Detectors Light Light sources Notch filters Observatories Particle detectors Xenon Fluorescence
description	We present a method to measure the relative spectral response of the Pierre Auger Observatory Fluorescence Detector. The calibration was done at wavelengths of 320, 337, 355, 380 and 405 nm using an end-to-end technique in which the response of all detector components are combined in a single measurement. A xenon flasher and notch-filters were used as the light source for the calibration device. The overall uncertainty is 5%. © 2009 Elsevier B.V. All rights reserved.
format	JOUR
author	Rovero, A.C. Bauleo, P. Brack, J.T. Harton, J.L. Knapik, R.
author_facet	Rovero, A.C. Bauleo, P. Brack, J.T. Harton, J.L. Knapik, R.
author_sort	Rovero, A.C.
title	Multi-wavelength calibration procedure for the pierre Auger Observatory Fluorescence Detectors
title_short	Multi-wavelength calibration procedure for the pierre Auger Observatory Fluorescence Detectors
title_full	Multi-wavelength calibration procedure for the pierre Auger Observatory Fluorescence Detectors
title_fullStr	Multi-wavelength calibration procedure for the pierre Auger Observatory Fluorescence Detectors
title_full_unstemmed	Multi-wavelength calibration procedure for the pierre Auger Observatory Fluorescence Detectors
title_sort	multi-wavelength calibration procedure for the pierre auger observatory fluorescence detectors
url	http://hdl.handle.net/20.500.12110/paper_09276505_v31_n4_p305_Rovero
work_keys_str_mv	AT roveroac multiwavelengthcalibrationprocedureforthepierreaugerobservatoryfluorescencedetectors AT bauleop multiwavelengthcalibrationprocedureforthepierreaugerobservatoryfluorescencedetectors AT brackjt multiwavelengthcalibrationprocedureforthepierreaugerobservatoryfluorescencedetectors AT hartonjl multiwavelengthcalibrationprocedureforthepierreaugerobservatoryfluorescencedetectors AT knapikr multiwavelengthcalibrationprocedureforthepierreaugerobservatoryfluorescencedetectors
_version_	1782025274081148928

Multi-wavelength calibration procedure for the pierre Auger Observatory Fluorescence Detectors

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