Results for: Australian Radiation Protection and Nuclear Safety Agency
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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)
Australia, ARPANSA (Australian Radiation Protection and Nuclear Safety Agency)
Ionizing radiation
Kerma/rate , Protection level survey meter, personal dosimeter : 8.00E-8 Gy/h to 2.00E-6 Gy/h
Relative expanded uncertainty 4 %
Irradiation in a calibrated field
Cs-137, 250 MBq to 25 MBq (2000), 1 m to 3 m
Reference standard : Secondary standard ionization chamber
Source of traceability : ARPANSA
Approved on 03 October 2006
Institute service identifier : APM-RAD-ARP-1003
Ionizing radiation
Personal dose equivalent rate , Neutron personal dosimeter : 1.00E-4 Sv/h to 2.00E-4 Sv/h
Relative expanded uncertainty 2.0E1 %
Irradiation with a calibrated source on surface of PMMA slab phantom
Am-241/Be-9 source, Am-241/Be-9, ISO 8529-1,3
Reference standard : Calibrated Am-Be source
Source of traceability : NPL
Approved on 03 October 2006
Institute service identifier : APM-RAD-ARP-3002
Ionizing radiation
Kerma/rate , Protection level survey meter, personal dosimeter : 1.00E-4 Gy/h to 0.75 Gy/h
Relative expanded uncertainty 1.5 %
Comparison with primary standard
X-ray, 50 kV to 420 kV, 50 kV to 300 kV, 0.2 mA to 20 mA, ISO 4037 qualities, 1.3 m
Reference standard : Medium energy free air chamber
Source of traceability : ARPANSA
Approved on 03 October 2006
Institute service identifier : APM-RAD-ARP-1011
Ionizing radiation
Kerma/rate , Radio-therapy ionization chamber : 1.00E-3 Gy/s to 2.00E-3 Gy/s
Relative expanded uncertainty 3 %
Calibration with secondary standard
X-ray, 10 kV to 50 kV, 20 kV to 50 kV, 8 mA to 10 mA, 0.8 m
Reference standard : Secondary standard ionization chamber
Source of traceability : BIPM
Approved on 03 October 2006
Institute service identifier : APM-RAD-ARP-1008
Ionizing radiation
Kerma/rate , Radio-therapy ionization chamber : 3.00E-3 Gy/s
Relative expanded uncertainty 0.8 %
Irradiation in a calibrated field
Co-60, 50 TBq (2000), 1 m
Reference standard : Graphite cavity chamber
Source of traceability : ARPANSA
Approved on 03 October 2006
Institute service identifier : APM-RAD-ARP-1006
Ionizing radiation
Kerma/rate , Protection level survey meter, personal dosimeter : 2.00E-4 Gy/h to 0.015 Gy/h
Relative expanded uncertainty 3 %
Comparison with primary standard
X-ray, 10 kV to 50 kV, 30 kV to 50 kV, 0.2 mA to 10 mA, ISO 4037 qualities, 1.3 m
Reference standard : Medium energy free air chamber
Source of traceability : ARPANSA
Approved on 03 October 2006
Institute service identifier : APM-RAD-ARP-1010
Ionizing radiation
Ambient dose equivalent rate , Neutron survey meter : 3.00E-5 Sv/h to 2.00E-4 Sv/h
Relative expanded uncertainty 2.0E1 %
Irradiation with a calibrated source by shadow cone technique
Am-241/Be-9 source, Am-241/Be-9, ISO 8529-1,3
Reference standard : Calibrated Am-Be source
Source of traceability : NPL
Approved on 03 October 2006
Institute service identifier : APM-RAD-ARP-3001
Ionizing radiation
Kerma/rate , Protection level survey meter : 5.00E-4 Gy/h to 2.00E-4 Gy/h
Relative expanded uncertainty 7 %
Interpolation between X-ray beams of a secondary standard ionization chamber calibration
Am-241, 170 GBq (2000), 1 m to 2 m
Reference standard : Secondary standard ionization chamber
Source of traceability : ARPANSA
Approved on 03 October 2006
Institute service identifier : APM-RAD-ARP-1005
Ionizing radiation
Kerma/rate , Radio-therapy ionization chamber : 3.00E-5 Gy/s to 8.00E-4 Gy/s
Relative expanded uncertainty 0.9 %
Irradiation in a calibrated field
Cs-137, 60 TBq (2000), 1 m to 5 m
Reference standard : Secondary standard ionization chamber interpolated to 0.66 MeV between Co-60 and 300 kV X-rays
Source of traceability : ARPANSA
Approved on 03 October 2006
Institute service identifier : APM-RAD-ARP-1001
Ionizing radiation
Kerma/rate , Protection level survey meter, personal dosimeter : 8.00E-7 Gy/h to 2.00E-3 Gy/h
Relative expanded uncertainty 2.5 %
Irradiation in a calibrated field
Cs-137, 25 GBq to 2.5 GBq (2000), 1 m to 3 m
Reference standard : Secondary standard ionization chamber
Source of traceability : ARPANSA
Approved on 03 October 2006
Institute service identifier : APM-RAD-ARP-1002
Ionizing radiation
Kerma/rate , Radio-therapy ionization chamber : 6.00E-5 Gy/s to 3.00E-3 Gy/s
Relative expanded uncertainty 1 %
Comparison with primary standard
X-ray, 50 kV to 420 kV, 50 kV to 300 kV, 15 mA to 20 mA, 1.3 m to 3.4 m
Reference standard : Medium energy free air chamber
Source of traceability : ARPANSA
Approved on 03 October 2006
Institute service identifier : APM-RAD-ARP-1009
Ionizing radiation
Kerma/rate , Protection level survey meter, personal dosimeter : 8.00E-9 Gy/h to 2.00E-7 Gy/h
Relative expanded uncertainty 7 %
Irradiation in a calibrated field
Cs-137, 2.5 MBq (2000), 1 m to 3 m
Reference standard : Secondary standard ionization chamber
Source of traceability : ARPANSA
Approved on 03 October 2006
Institute service identifier : APM-RAD-ARP-1004
Ionizing radiation
Kerma/rate , Protection level survey meter, personal dosimeter : 3.00E-5 Gy/h to 3.00E-4 Gy/h
Relative expanded uncertainty 2.5 %
Irradiation in a calibrated field
Co-60, 3 GBq (2000), 1 m to 3 m
Reference standard : Graphite cavity chamber
Source of traceability : ARPANSA
Approved on 03 October 2006
Institute service identifier : APM-RAD-ARP-1007
Ionizing radiation
Absorbed dose/rate to water , Radio-therapy ionization chamber : 2.00E-3 Gy/s to 3.00E-3 Gy/s
Relative expanded uncertainty 0.7 %
Irradiation in a calibrated field in water
Co-60, 50 TBq (2000), 1.05 m
Reference standard : Graphite calorimeter
Source of traceability : ARPANSA
Approved on 03 October 2006
Institute service identifier : APM-RAD-ARP-1012

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