Determination of impurities in super(124)I samples by high resolution gamma spectrometry

super(124)I is a radionuclide used in the diagnosis of tumors. The National Health Agency requires identification and activity measurement of impurities. Using gamma spectrometry with an efficiency calibrated high-purity germanium detector, impurities super(125)I and super(126)I in an super(1) super...

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Veröffentlicht in:Applied radiation and isotopes 2016-03, Vol.109, p.261-263
Hauptverfasser: de Almeida, MCM, da Silva, RL, Delgado, JU, Poledna, R, de Araujo, MTF, Laranjeira, A S, de Veras, E, Braghirolli, AMS, dos Santos, GR, Lopesd, R T
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container_start_page 261
container_title Applied radiation and isotopes
container_volume 109
creator de Almeida, MCM
da Silva, RL
Delgado, JU
Poledna, R
de Araujo, MTF
Laranjeira, A S
de Veras, E
Braghirolli, AMS
dos Santos, GR
Lopesd, R T
description super(124)I is a radionuclide used in the diagnosis of tumors. The National Health Agency requires identification and activity measurement of impurities. Using gamma spectrometry with an efficiency calibrated high-purity germanium detector, impurities super(125)I and super(126)I in an super(1) super(24)I production sample were identified. Activity ratios of super(125)I and super(126)I to super(124)I were approximately 0.5% and 98%, respectively.
doi_str_mv 10.1016/j.apradiso.2015.11.060
format Article
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subjects Calibration
Diagnosis
Health
Impurities
Isotopes
Spectrometry
Spectroscopy
Tumors
title Determination of impurities in super(124)I samples by high resolution gamma spectrometry
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