Add to ORKGProblems associated with calibration and standardization of existing phantoms for measurement of plutonium isotopes in the lungs are discussed. The efforts of the ''Intercalibration Committee for Low-Energy Photon Measurements'' to design a standard phantom are described. Two approaches to the design are described and design details are given. (GHT
In vivo measurements are usually carried out under the hypothesis of a known activity distribution i...
The idea of the IDEA project aimed to improve assessment of incorporated radionuclides through devel...
The Plutonium Facility, TA-55, at Los Alamos National Laboratory is currently producing NDA calibrat...
Anthropomorphic phantoms have been the basis for quantification of radioactive material in the body ...
It is important to be prepared in advance for a radiological incident should one occur in the UK. Su...
Abstract: The investigation of actinides internal contamination in human body makes use of a variety...
The problems associated with the in vivo detection and measurement of actinides in the human lung ar...
The establishment of an in vivo internal monitoring programme requires the use of phantoms to repres...
To calibrate neutron coincidence and neutron multiplicity counters for passive assay of plutonium, c...
A radiation bioassay program relies on a set of standard human phantoms to calibrate and assess radi...
The ICRU Report on `Phantoms and Computational Models in Radiation Therapy, Diagnosis and Protection...
Internal dose assessment can be derived from the measurement of retained activity in the whole body ...
The purpose of this study was to derive calibration coefficients (in terms of cps kBq-1) and minimum...
Pacific Northwest laboratory (PNL) conducted an intercomparison study of the Fission Product phantom...
The criteria for irradiating radiation dosimeters for test purposes are defined quite clearly in Dra...
In vivo measurements are usually carried out under the hypothesis of a known activity distribution i...
The idea of the IDEA project aimed to improve assessment of incorporated radionuclides through devel...
The Plutonium Facility, TA-55, at Los Alamos National Laboratory is currently producing NDA calibrat...
Anthropomorphic phantoms have been the basis for quantification of radioactive material in the body ...
It is important to be prepared in advance for a radiological incident should one occur in the UK. Su...
Abstract: The investigation of actinides internal contamination in human body makes use of a variety...
The problems associated with the in vivo detection and measurement of actinides in the human lung ar...
The establishment of an in vivo internal monitoring programme requires the use of phantoms to repres...
To calibrate neutron coincidence and neutron multiplicity counters for passive assay of plutonium, c...
A radiation bioassay program relies on a set of standard human phantoms to calibrate and assess radi...
The ICRU Report on `Phantoms and Computational Models in Radiation Therapy, Diagnosis and Protection...
Internal dose assessment can be derived from the measurement of retained activity in the whole body ...
The purpose of this study was to derive calibration coefficients (in terms of cps kBq-1) and minimum...
Pacific Northwest laboratory (PNL) conducted an intercomparison study of the Fission Product phantom...
The criteria for irradiating radiation dosimeters for test purposes are defined quite clearly in Dra...
In vivo measurements are usually carried out under the hypothesis of a known activity distribution i...
The idea of the IDEA project aimed to improve assessment of incorporated radionuclides through devel...
The Plutonium Facility, TA-55, at Los Alamos National Laboratory is currently producing NDA calibrat...