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In the CMCs uncertainty statements, the notation Q[a, b] stands for the root-sum-square of the terms between brackets: Q[a, b] = [a 2 + b 2]1/2
Unless otherwise stated the expanded uncertainties given below correspond to k = 2 (at a 95 % level of confidence)
Argentina, CNEA (National Commission of Atomic Energy)
Ionizing radiation
Activity , Solution, single-radionuclide source : 1.00E7 Bq to 4.00E10 Bq
Relative expanded uncertainty 4 %
Ionization chamber dose calibrator
Sm-153, 5 mL in LMR vials
Reference standard : Gamma ray spectrometer (efficiency curve)
Source of traceability : LNE-LNHB, CNEA-LMR
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2088
Ionizing radiation
Activity , Solution, single-radionuclide source : 1.00E7 Bq to 4.00E10 Bq
Relative expanded uncertainty 4 %
Ionization chamber dose calibrator
Ga-67, 5 mL in LMR vials
Reference standard : Gamma ray spectrometer (efficiency curve)
Source of traceability : LNE-LNHB, CNEA-LMR
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2084
Ionizing radiation
Activity , Solid, single-radionuclide source : 100 Bq to 2.00E5 Bq
Relative expanded uncertainty 3 %
Germanium spectrometer
Eu-154, point source, active diameter < 5 mm
Reference standard : Gamma ray spectrometer
Source of traceability : LNE-LNHB
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2029
Ionizing radiation
Activity per unit mass , Solution, single-radionuclide source : 100 Bq/g to 1.00E6 Bq/g
Relative expanded uncertainty 1.3 %
4π(PC)-γ coincidence efficiency tracer counting, balance
Cs-137, acid solution
Reference standard : 4π(PC)-γ coincidence efficiency tracer counting, weight set
Source of traceability : CNEA-LMR (Bq), SCS-METAS (g)
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2093
Ionizing radiation
Activity per unit mass , Solution, single-radionuclide source : 1000 Bq/g to 2.00E5 Bq/g
Relative expanded uncertainty 0.4 %
Liquid-scintillation counting (TDCR), balance
Y-90, glass ampoule
Reference standard : Liquid-scintillation counting (TDCR), weight set
Source of traceability : CNEA-LMR (Bq), SCS-METAS (g)
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2180
Ionizing radiation
Activity per unit mass , Solution, single-radionuclide source : 300 Bq/g to 3.00E6 Bq/g
Relative expanded uncertainty 0.9 %
4π(PPC)-γ coincidence counting, balance
Ir-192, acid solution
Reference standard : 4π(PPC)-γ coincidence counting, weight set
Source of traceability : CNEA-LMR (Bq), SCS-METAS (g)
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2107
Ionizing radiation
Activity per unit mass , Solution, single-radionuclide source : 300 Bq/g to 3.00E6 Bq/g
Relative expanded uncertainty 0.8 %
4π(PC)-γ coincidence counting, balance
Zn-65, acid solution
Reference standard : 4π(PPC)-γ coincidence counting, weight set
Source of traceability : CNEA-LMR (Bq), SCS-METAS (g)
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2105
Ionizing radiation
Activity per unit mass , Solution, single-radionuclide source : 300 Bq/g to 3.00E6 Bq/g
Relative expanded uncertainty 3.4 %
4π(PPC)-γ coincidence counting, balance
Eu-152, acid solution
Reference standard : 4π(PPC)-γ coincidence counting, weight set
Source of traceability : CNEA-LMR (Bq), SCS-METAS (g)
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2098
Ionizing radiation
Activity per unit mass , Solution, single-radionuclide source : 100 Bq/g to 1.00E6 Bq/g
Relative expanded uncertainty 3 %
4π(PC)-γ coincidence counting, balance
Se-75, acid solution
Reference standard : 4π(PC)-γ coincidence counting, weight set
Source of traceability : CNEA-LMR (Bq), SCS-METAS (g)
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2094
Ionizing radiation
Activity , Solid, single-radionuclide source : 100 Bq to 2.00E5 Bq
Relative expanded uncertainty 3.8 %
Germanium spectrometer
Se-75, point source, active diameter < 5 mm
Reference standard : 4π(PC)β-γ coincidence counting system
Source of traceability : CNEA-LMR
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2020
Ionizing radiation
Activity , Solid, single-radionuclide source : 100 Bq to 2.00E5 Bq
Relative expanded uncertainty 3.3 %
Germanium spectrometer
Y-88, point source, active diameter < 5 mm
Reference standard : Gamma ray spectrometer
Source of traceability : CNEA-LMR
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2022
Ionizing radiation
Activity , Solid, single-radionuclide source : 100 Bq to 2.00E5 Bq
Relative expanded uncertainty 3 %
Germanium spectrometer
Mn-54, point source, active diameter < 5 mm
Reference standard : Gamma ray spectrometer
Source of traceability : LNE-LNHB
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2017
Ionizing radiation
Activity , Solid, single-radionuclide source : 100 Bq to 2.00E5 Bq
Relative expanded uncertainty 1.9 %
Germanium spectrometer
Cs-137, point source, active diameter < 5 mm
Reference standard : 4π(PC)-γ coincidence efficiency tracer counting
Source of traceability : CNEA-LMR
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2027
Ionizing radiation
Activity , Solid, single-radionuclide source : 100 Bq to 2.00E5 Bq
Relative expanded uncertainty 2.5 %
Germanium spectrometer
Sn-113, point source, active diameter < 5 mm
Reference standard : Gamma ray spectrometer
Source of traceability : CNEA-LMR
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2024
Ionizing radiation
Activity per unit mass , Solution, single-radionuclide source : 300 Bq/g to 3.00E6 Bq/g
Relative expanded uncertainty 0.6 %
4π(PPC)-γ coincidence counting, balance
Co-60, acid solution
Reference standard : 4π(PPC)-γ coincidence counting, weight set
Source of traceability : CNEA-LMR (Bq), SCS-METAS (g)
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2102
Ionizing radiation
Activity per unit mass , Solution, single-radionuclide source : 100 Bq/g to 1.00E6 Bq/g
Relative expanded uncertainty 5.1 %
4π(PC)-γ coincidence counting, balance
Ho-166m, acid solution
Reference standard : 4π(PC)-γ coincidence counting, weight set
Source of traceability : CNEA-LMR (Bq), SCS-METAS (g)
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2106
Ionizing radiation
Activity , Solid, single-radionuclide source : 100 Bq to 2.00E5 Bq
Relative expanded uncertainty 4 %
Germanium spectrometer
Am-241, point source, active diameter < 5 mm
Reference standard : Gamma ray spectrometer
Source of traceability : LNE-LNHB
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2030
Ionizing radiation
Activity per unit mass , Solution, single-radionuclide source : 0.1 Bq/g to 1.00E5 Bq/g
Relative expanded uncertainty 0.8 %
Liquid-scintillation counting (CIEMAT/NIST), balance
Tl-204, glass ampoule
Reference standard : Liquid-scintillation counting (CIEMAT/NIST), weight set
Source of traceability : NIST (Bq), SCS-METAS (g)
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2104
Ionizing radiation
Activity per unit mass , Solution, single-radionuclide source : 0.1 Bq/g to 1.00E5 Bq/g
Relative expanded uncertainty 1.9 %
Liquid-scintillation counting (CIEMAT/NIST), balance
P-32, glass ampoule
Reference standard : Liquid-scintillation counting (CIEMAT/NIST), weight set
Source of traceability : NIST (Bq), SCS-METAS (g)
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2103
Ionizing radiation
Activity per unit mass , Solution, single-radionuclide source : 100 Bq/g to 1.00E6 Bq/g
Relative expanded uncertainty 1 %
Defined solid-angle (Silicon ion implanted detector)
Pu-238, point source
Reference standard : Defined-solid-angle counter with alpha detector
Source of traceability : CNEA-LMR (Bq), SCS-METAS (g)
Approved on 10 October 2013
Institute service identifier : SIM-RAD-CNEA-2099

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