This paper discusses basic theoretical strategies used to deal with measurement uncertainties arising from different experimental situations. It attempts to indicate the most appropriate method of obtaining a reliable estimate of the quantity to be evaluated depending on the characteristics of the data available. The theoretical strategies discussed are supported by experimental detail, and the conditions and results have been taken from examples in the field of radionuclide metrology. Special care regarding the correct treatment of covariances is emphasized because of the unreliability of the results obtained if these are neglecte
It could be argued that activity measurements of radioactive substances should be under statistical ...
International audienceThe 4 pi beta-gamma coincidence counting method and its close relatives are wi...
Despite of exhaustive literature information, analysts are still fronting serious problems in estima...
This chapter presents possible uses and examples of Monte Carlo methods for the evaluation of uncert...
International audienceThis chapter presents possible uses and examples of Monte Carlo methods for th...
International audienceThis chapter presents possible uses and examples of Monte Carlo methods for th...
This chapter presents possible uses and examples of Monte Carlo methods for the evaluation of uncert...
The article exposes description of features of the combined approach application to the evaluation o...
International audienceLiquid scintillation counting is a very powerful technique for the activity de...
International audienceLiquid scintillation counting is a very powerful technique for the activity de...
This book fulfills the global need to evaluate measurement results along with the associated uncerta...
International audienceIn radionuclide metrology, the assessment of activity concentrations is direct...
International audienceIn radionuclide metrology, the assessment of activity concentrations is direct...
International audienceThe 4 pi beta-gamma coincidence counting method and its close relatives are wi...
It could be argued that activity measurements of radioactive substances should be under statistical ...
It could be argued that activity measurements of radioactive substances should be under statistical ...
International audienceThe 4 pi beta-gamma coincidence counting method and its close relatives are wi...
Despite of exhaustive literature information, analysts are still fronting serious problems in estima...
This chapter presents possible uses and examples of Monte Carlo methods for the evaluation of uncert...
International audienceThis chapter presents possible uses and examples of Monte Carlo methods for th...
International audienceThis chapter presents possible uses and examples of Monte Carlo methods for th...
This chapter presents possible uses and examples of Monte Carlo methods for the evaluation of uncert...
The article exposes description of features of the combined approach application to the evaluation o...
International audienceLiquid scintillation counting is a very powerful technique for the activity de...
International audienceLiquid scintillation counting is a very powerful technique for the activity de...
This book fulfills the global need to evaluate measurement results along with the associated uncerta...
International audienceIn radionuclide metrology, the assessment of activity concentrations is direct...
International audienceIn radionuclide metrology, the assessment of activity concentrations is direct...
International audienceThe 4 pi beta-gamma coincidence counting method and its close relatives are wi...
It could be argued that activity measurements of radioactive substances should be under statistical ...
It could be argued that activity measurements of radioactive substances should be under statistical ...
International audienceThe 4 pi beta-gamma coincidence counting method and its close relatives are wi...
Despite of exhaustive literature information, analysts are still fronting serious problems in estima...