Absolute standardization of the impurity super(121)Te associated to the production of the radiopharmaceutical super(123)I

super(123)I is widely used for radiodiagnostic procedures. It is produced by reaction of super(124)Xe (p,2n) super(123)Cs arrow right super(123)Xe arrow right super(123)I in cyclotrons. super(121)Te and super(125)I appear in a photon energy spectrum as impurities. An activity of super(121)Te was cal...

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Published in:Applied radiation and isotopes 2016-03, Vol.109, p.389-392
Main Authors: Araujo, MTF, Poledna, R, Delgado, JU, Silva, R L, Iwahara, A, da Silva, CJ, Tauhata, L, Oliveira, A E, de Almeida, MCM, Lopes, R T
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Language:English
Subjects:
Calibration
Cyclotrons
Emittance
Impurities
Isotopes
Photons
Standardization
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container_issue
container_start_page 389
container_title Applied radiation and isotopes
container_volume 109
creator Araujo, MTF
Poledna, R
Delgado, JU
Silva, R L
Iwahara, A
da Silva, CJ
Tauhata, L
Oliveira, A E
de Almeida, MCM
Lopes, R T
description super(123)I is widely used for radiodiagnostic procedures. It is produced by reaction of super(124)Xe (p,2n) super(123)Cs arrow right super(123)Xe arrow right super(123)I in cyclotrons. super(121)Te and super(125)I appear in a photon energy spectrum as impurities. An activity of super(121)Te was calibrated absolutely by sum-peak method and its photon emitting probability was estimated, whose results were consistent with published results.
doi_str_mv 10.1016/j.apradiso.2015.12.056
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subjects Calibration
Cyclotrons
Emittance
Impurities
Isotopes
Photons
Standardization
title Absolute standardization of the impurity super(121)Te associated to the production of the radiopharmaceutical super(123)I
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