This paper describes a series of neutron multiplicity measurements of large plutonium samples at the Los Alamos Plutonium Facility. The measurements were corrected for bias caused by neutron energy spectrum shifts and nonuniform multiplication, and are compared with calorimetry/isotopics. The results show that multiplicity counting can increase measurement throughput and yield good verification results for some inventory categories. The authors provide recommendations on the future application of the technique to inventory verification
Three complementary measurement technologies have been identified as candidates for use in the verif...
Thermal neutron multiplicity counters (TNMCs) assay {sup 240}Pu-effective mass, isolating spontaneou...
This document is intended to serve as a comprehensive applications guide to passive neutron multipli...
Neutron multiplicity counting is a maturing technology. It has been implemented at many facilities t...
This paper describes an uncertainty analysis carried out in association with the use of neutron mult...
In the paat several years, several facilities have identi-fied a need for a large multiplicity count...
The large neutron multiplicity counter (LNMC), also known as the 30-gal.-drum neutron multiplicity c...
Multiplicity analysis algorithms are extended to include the effect of ({alpha}, n) neutron energies...
Confidence in future nuclear arms control agreements could be enhanced by direct verification of war...
Confidence in future nuclear arms control agreements could be enhanced by direct verification of war...
Passive multiplicity measurements with the Nuclear Materials Identification System (NMIS) may provid...
For meaningful and effective verification of nuclear warhead dismantlement, a combination of warhead...
As new reprocessing techniques and fuel forms are developed, the ability of inspection agencies and ...
The ability of inspection agencies and facility operators to measure powders containing several acti...
The ability of inspection agencies and facility operators to measure powders containing several acti...
Three complementary measurement technologies have been identified as candidates for use in the verif...
Thermal neutron multiplicity counters (TNMCs) assay {sup 240}Pu-effective mass, isolating spontaneou...
This document is intended to serve as a comprehensive applications guide to passive neutron multipli...
Neutron multiplicity counting is a maturing technology. It has been implemented at many facilities t...
This paper describes an uncertainty analysis carried out in association with the use of neutron mult...
In the paat several years, several facilities have identi-fied a need for a large multiplicity count...
The large neutron multiplicity counter (LNMC), also known as the 30-gal.-drum neutron multiplicity c...
Multiplicity analysis algorithms are extended to include the effect of ({alpha}, n) neutron energies...
Confidence in future nuclear arms control agreements could be enhanced by direct verification of war...
Confidence in future nuclear arms control agreements could be enhanced by direct verification of war...
Passive multiplicity measurements with the Nuclear Materials Identification System (NMIS) may provid...
For meaningful and effective verification of nuclear warhead dismantlement, a combination of warhead...
As new reprocessing techniques and fuel forms are developed, the ability of inspection agencies and ...
The ability of inspection agencies and facility operators to measure powders containing several acti...
The ability of inspection agencies and facility operators to measure powders containing several acti...
Three complementary measurement technologies have been identified as candidates for use in the verif...
Thermal neutron multiplicity counters (TNMCs) assay {sup 240}Pu-effective mass, isolating spontaneou...
This document is intended to serve as a comprehensive applications guide to passive neutron multipli...