As a secondary method for the determination of radioactivity the ion chamber is both convenient and precise. The equations used in the calibration of the equipment and in the calculation of unknown activities are fully derived and it is shown that the experimental procedure outlined is the optimum for both precision and convenience
The absorbed dose-to-water calibration coefficients ND,W of some ionization chambers were determine...
The activity of molybdenum 99 freshly separated from technetium is absolutely measured to ± 1.8 per ...
I. INTRODUCTION: The accurate determination of the radium content of ordinary matter has many appli...
A pressurised 4 pi gamma ionisation chamber is used by the AAEC as a working standard of measuremen...
A portable instrument was developed at the Institute of Radiation Physics (IRA) for on-site radionuc...
Typescript.The quantitative determination of the small amounts of radium present in the atmosphere, ...
International audiencePressurized re-entrant (or 4π) ionization chambers (ICs) connected to current-...
The air-radon mixture is the most significant source of natural radiation in workplaces and within ...
<sup>161</sup> Tb draws an increasing interest in nuclear medicine for therapeutic appli...
Primary standardisation was performed on a solution of ¹⁸F using the 4πβ-γ coincidence counting effi...
Background 161Tb draws an increasing interest in nuclear medicine for therapeutic applications. Mor...
Purpose: Since 2004, Association for Nuclear Technology in Medicine (ANTM) has been carrying out a c...
The use of Y-90 resin microspheres (SIR-Spheres (R) microspheres) in Nuclear Medicine has dramatical...
Since many years radon measurements became customary in a wide-spreading applications. Radon is used...
MSc (Applied Radiation Science), North-West University, Mafikeng CampusThe radon chamber was designe...
The absorbed dose-to-water calibration coefficients ND,W of some ionization chambers were determine...
The activity of molybdenum 99 freshly separated from technetium is absolutely measured to ± 1.8 per ...
I. INTRODUCTION: The accurate determination of the radium content of ordinary matter has many appli...
A pressurised 4 pi gamma ionisation chamber is used by the AAEC as a working standard of measuremen...
A portable instrument was developed at the Institute of Radiation Physics (IRA) for on-site radionuc...
Typescript.The quantitative determination of the small amounts of radium present in the atmosphere, ...
International audiencePressurized re-entrant (or 4π) ionization chambers (ICs) connected to current-...
The air-radon mixture is the most significant source of natural radiation in workplaces and within ...
<sup>161</sup> Tb draws an increasing interest in nuclear medicine for therapeutic appli...
Primary standardisation was performed on a solution of ¹⁸F using the 4πβ-γ coincidence counting effi...
Background 161Tb draws an increasing interest in nuclear medicine for therapeutic applications. Mor...
Purpose: Since 2004, Association for Nuclear Technology in Medicine (ANTM) has been carrying out a c...
The use of Y-90 resin microspheres (SIR-Spheres (R) microspheres) in Nuclear Medicine has dramatical...
Since many years radon measurements became customary in a wide-spreading applications. Radon is used...
MSc (Applied Radiation Science), North-West University, Mafikeng CampusThe radon chamber was designe...
The absorbed dose-to-water calibration coefficients ND,W of some ionization chambers were determine...
The activity of molybdenum 99 freshly separated from technetium is absolutely measured to ± 1.8 per ...
I. INTRODUCTION: The accurate determination of the radium content of ordinary matter has many appli...