A paper describing the conceptual idea of using passive neutron assay for the verification of large size uranium samples in fuel fabrication plants was first presented at the 2001 ESARDA conference. The advantages of this technique, as a replacement of active interrogation using the PHONID device, were evident provided that a suitable detector with higher efficiency than those commercially available would be realised. The previous paper included also a feasibility study based on experimental data. To implement this technique a High Efficiency Passive Counter (HEPC) has been designed by the JRC, Ispra. JRC has also built a first smaller-scale prototype. This paper will describe the tests made in the PERLA laboratory and report the performanc...
Many safeguards measurement systems used at nuclear facilities, both domestically and internationall...
An advanced passive neutron counter has been designed and fabricated to measure the plutonium conten...
International audienceIn the frame of the MICADO H2020 project, a passive and active neutron measure...
JRC has developed the SNMC: an advanced neutron multiplicity counter for the verification of inhomog...
JRC has developed the SNMC: an advanced neutron multiplicity counter for the verification of inhomog...
We have developed a passive neutron counter for the measurement of plutonium in 200-L drums of scrap...
Neutron coincidence counting is the reference NDA technique used in nuclear safeguards to measure th...
An advanced passive neutron counter, the high-efficiency neutron counter (HENC), has been used to me...
The IAEA, in collaboration with the Joint Research Center (Ispra, IT) and Hybrid Instruments (Lancas...
The knowledge of the fissile material mass is a key challenge to enhance radioactive waste managemen...
Potential techniques to identify small quantities of fissionable materials (FM) (0.001% wt.) in cond...
Abstract Fission reactors emit large numbers of antineutrinos and this flux may be useful for the me...
The large neutron multiplicity counter (LNMC), also known as the 30-gal.-drum neutron multiplicity c...
Detection of illicit trafficking of nuclear material relies on the detection of the radiation emitte...
In the paat several years, several facilities have identi-fied a need for a large multiplicity count...
Many safeguards measurement systems used at nuclear facilities, both domestically and internationall...
An advanced passive neutron counter has been designed and fabricated to measure the plutonium conten...
International audienceIn the frame of the MICADO H2020 project, a passive and active neutron measure...
JRC has developed the SNMC: an advanced neutron multiplicity counter for the verification of inhomog...
JRC has developed the SNMC: an advanced neutron multiplicity counter for the verification of inhomog...
We have developed a passive neutron counter for the measurement of plutonium in 200-L drums of scrap...
Neutron coincidence counting is the reference NDA technique used in nuclear safeguards to measure th...
An advanced passive neutron counter, the high-efficiency neutron counter (HENC), has been used to me...
The IAEA, in collaboration with the Joint Research Center (Ispra, IT) and Hybrid Instruments (Lancas...
The knowledge of the fissile material mass is a key challenge to enhance radioactive waste managemen...
Potential techniques to identify small quantities of fissionable materials (FM) (0.001% wt.) in cond...
Abstract Fission reactors emit large numbers of antineutrinos and this flux may be useful for the me...
The large neutron multiplicity counter (LNMC), also known as the 30-gal.-drum neutron multiplicity c...
Detection of illicit trafficking of nuclear material relies on the detection of the radiation emitte...
In the paat several years, several facilities have identi-fied a need for a large multiplicity count...
Many safeguards measurement systems used at nuclear facilities, both domestically and internationall...
An advanced passive neutron counter has been designed and fabricated to measure the plutonium conten...
International audienceIn the frame of the MICADO H2020 project, a passive and active neutron measure...