Add to ORKGLow-enriched uranium oxide in bulk containers can be assayed for safeguards purposes, using the neutrons from spontaneous fission of /sup 238/U as a signature, to complement enrichment and mass measurement. The penetrability of the fast fission neutrons allows the inner portion of bulk samples to register. The measurement may also be useful for measuring moisture content, of significance in process control. The apparatus used can be the same as for neutron correlation counting for Pu assay. The neutron multiplication observed in /sup 238/U is of intrinsic interest
We have developed a methodology for measuring the decay constant of the spontaneous fission of U-238...
A nondestructive assay instrument that measures large quantities of low-enriched uranium metal is de...
The method of neutron activation analysis of U by delayed-neutron counting was investigated in order...
The sensitivity of an active fast neutron assay system for the measurement of 235U enrichment in sma...
It is well documented that 238-U decays by spontaneous fission, and that it is the main component of...
A detection system was designed with MCNPX-PoliMi to measure induced-fission neutrons from U-235 and...
The assay of highly enriched {sup 233}U material presents some unique challenges. Techniques which a...
Uranium inside containers or surrounded by shielding material does not emit sufficient radiation to ...
An instrument has been developed and tested for nondestructive assay of 235U enrichment of uranium o...
Protection and control of nuclear fuels is paramount for nuclear security and safeguards; therefore,...
Protection and control of nuclear fuels is paramount for nuclear security and safeguards; therefore,...
A new nondestructive method for direct assay of /sup 235/U mass contained in Model 5A uranium hexafl...
Lawrence Livermore National Laboratory (LLNL) uses the LLNL passive-active neutron drum (PAN) shuffl...
The development of fast neutron assay of low radioactivity samples collected from Dounreay decommiss...
Thermal neutrons from the Budapest Research Reactor and fast neutrons from the Berkeley Neutron Gene...
We have developed a methodology for measuring the decay constant of the spontaneous fission of U-238...
A nondestructive assay instrument that measures large quantities of low-enriched uranium metal is de...
The method of neutron activation analysis of U by delayed-neutron counting was investigated in order...
The sensitivity of an active fast neutron assay system for the measurement of 235U enrichment in sma...
It is well documented that 238-U decays by spontaneous fission, and that it is the main component of...
A detection system was designed with MCNPX-PoliMi to measure induced-fission neutrons from U-235 and...
The assay of highly enriched {sup 233}U material presents some unique challenges. Techniques which a...
Uranium inside containers or surrounded by shielding material does not emit sufficient radiation to ...
An instrument has been developed and tested for nondestructive assay of 235U enrichment of uranium o...
Protection and control of nuclear fuels is paramount for nuclear security and safeguards; therefore,...
Protection and control of nuclear fuels is paramount for nuclear security and safeguards; therefore,...
A new nondestructive method for direct assay of /sup 235/U mass contained in Model 5A uranium hexafl...
Lawrence Livermore National Laboratory (LLNL) uses the LLNL passive-active neutron drum (PAN) shuffl...
The development of fast neutron assay of low radioactivity samples collected from Dounreay decommiss...
Thermal neutrons from the Budapest Research Reactor and fast neutrons from the Berkeley Neutron Gene...
We have developed a methodology for measuring the decay constant of the spontaneous fission of U-238...
A nondestructive assay instrument that measures large quantities of low-enriched uranium metal is de...
The method of neutron activation analysis of U by delayed-neutron counting was investigated in order...