A variety of nuclear materials measurement techniques have been employed by the facility operator (WHC) and the IAEA during the two physical inventory verifications (PIVs) and at other items to determine and verify the quantities of plutonium present in the safeguarded inventory. Results of these analyses were statistically evaluated and are presented in this report
The goals of the Calorimetry Sample Exchange Program are to: discuss measurement differences; review...
Plutonium assay differences are frequently observed between laboratories exchanging plutonium dioxid...
The goals of the Calorimetry Sample Exchange Program are: (1) Discuss measurement differences, (2) R...
In Dec. 1994, IAEA safeguards were initiated on inventory of Pu- bearing materials, originating from...
From joint meeting of the American Nuclear Society and the Atomic Industrial Forum and Nuclear Eneng...
Quantitative physical measurements are a n component of the International Atomic Energy Agency (IAEA...
Calorimetric assay provides a precise, nondestructive method to determine sample plutonium content b...
Mixed (uranium-plutonium) oxide standards were prepared and utilized to qualify available nondestruc...
This paper describes an experiment to estimate random and systematic errors in determining the effec...
Gamma-ray measurements obtained in the course of developing a simultaneous calorimetric assay system...
Hanford Site operators combine gamma ray isotopic and calorimetry measurements for nondestructive pl...
BS>From nuclear science symposium; San Francisco, California, USA (14 Nov 1973). An overview is prov...
Work continues on the development of dissolution techniques for difficult-to-dissolve nuclear materi...
The ability to detect the presence of Pu and identify the material as weapons-grade plutonium (WGPu)...
The specification for the plutonium content of fabricated parts requires that for each three-months ...
The goals of the Calorimetry Sample Exchange Program are to: discuss measurement differences; review...
Plutonium assay differences are frequently observed between laboratories exchanging plutonium dioxid...
The goals of the Calorimetry Sample Exchange Program are: (1) Discuss measurement differences, (2) R...
In Dec. 1994, IAEA safeguards were initiated on inventory of Pu- bearing materials, originating from...
From joint meeting of the American Nuclear Society and the Atomic Industrial Forum and Nuclear Eneng...
Quantitative physical measurements are a n component of the International Atomic Energy Agency (IAEA...
Calorimetric assay provides a precise, nondestructive method to determine sample plutonium content b...
Mixed (uranium-plutonium) oxide standards were prepared and utilized to qualify available nondestruc...
This paper describes an experiment to estimate random and systematic errors in determining the effec...
Gamma-ray measurements obtained in the course of developing a simultaneous calorimetric assay system...
Hanford Site operators combine gamma ray isotopic and calorimetry measurements for nondestructive pl...
BS>From nuclear science symposium; San Francisco, California, USA (14 Nov 1973). An overview is prov...
Work continues on the development of dissolution techniques for difficult-to-dissolve nuclear materi...
The ability to detect the presence of Pu and identify the material as weapons-grade plutonium (WGPu)...
The specification for the plutonium content of fabricated parts requires that for each three-months ...
The goals of the Calorimetry Sample Exchange Program are to: discuss measurement differences; review...
Plutonium assay differences are frequently observed between laboratories exchanging plutonium dioxid...
The goals of the Calorimetry Sample Exchange Program are: (1) Discuss measurement differences, (2) R...