This paper reports on results of measurements and analysis carried in order to recalibrate and assess the performance of our newly upgraded Small Sample Calorimeter (SSCAL) in the Performance Laboratory of the JRC Nuclear security Unit in Ispra (Italy), using calibrated electric samples and standard reference nuclear materials. The SSCAL is a heat flow calorimeter, which works by measuring the voltage generated by heat-emitting sample across a thermal gap based on a thermopile cup technology. Preliminary results of calorimetry measurements carried out on reference PuGa samples and on well characterized 241Am samples will be presented.JRC.E.8-Nuclear securit
Hanford Site operators combine gamma ray isotopic and calorimetry measurements for nondestructive pl...
Fissile material produced for non-peaceful purposes may require some level of verification that it h...
This paper concerns experimental studies of different designs of a new compact calorimetric cell und...
An extensive measurement campaign has been carried in order to recalibrate and assess the performanc...
A new small-sample, high-sensitivity transportable radiometric calorimeter, which can be operated in...
Calorimetric assay provides a precise, nondestructive method to determine sample plutonium content b...
A calorimeter is a device to measure evolved or adsorbed heat. For our purposes, the heat measured i...
The performance characteristics of a commercially available heat-flow calorimeter will be presented....
International audienceNuclear heating measurements in Material Testing Reactors are crucial for the ...
International audienceIn the field of nuclear research, the measurement and knowledge of nuclear hea...
Many nuclear safeguards applications could benefit from high-resolution gamma-ray spectroscopy achie...
This paper gives a short review of sensors dedicated to measuring nuclear heating rate inside fissio...
The nuclear radiation energy deposition rate is a key value for the thermal design of experiments, o...
This paper reviews the principles of calorimetric assay and evaluates its potential application to t...
In order to support and refine in-field NDA methods developed for the assay of PuBe sources the heat...
Hanford Site operators combine gamma ray isotopic and calorimetry measurements for nondestructive pl...
Fissile material produced for non-peaceful purposes may require some level of verification that it h...
This paper concerns experimental studies of different designs of a new compact calorimetric cell und...
An extensive measurement campaign has been carried in order to recalibrate and assess the performanc...
A new small-sample, high-sensitivity transportable radiometric calorimeter, which can be operated in...
Calorimetric assay provides a precise, nondestructive method to determine sample plutonium content b...
A calorimeter is a device to measure evolved or adsorbed heat. For our purposes, the heat measured i...
The performance characteristics of a commercially available heat-flow calorimeter will be presented....
International audienceNuclear heating measurements in Material Testing Reactors are crucial for the ...
International audienceIn the field of nuclear research, the measurement and knowledge of nuclear hea...
Many nuclear safeguards applications could benefit from high-resolution gamma-ray spectroscopy achie...
This paper gives a short review of sensors dedicated to measuring nuclear heating rate inside fissio...
The nuclear radiation energy deposition rate is a key value for the thermal design of experiments, o...
This paper reviews the principles of calorimetric assay and evaluates its potential application to t...
In order to support and refine in-field NDA methods developed for the assay of PuBe sources the heat...
Hanford Site operators combine gamma ray isotopic and calorimetry measurements for nondestructive pl...
Fissile material produced for non-peaceful purposes may require some level of verification that it h...
This paper concerns experimental studies of different designs of a new compact calorimetric cell und...