Metallurgy Division: Physics of Solids Institute: Quarterly Progress Report for Period Ending January 31, 1951 (open access)

Metallurgy Division: Physics of Solids Institute: Quarterly Progress Report for Period Ending January 31, 1951

Report discussing progress made by the Metallurgy Division of the Physics of Solids Institute during the quarter ending January 31, 1951.
Date: July 17, 1951
Creator: Oak Ridge National Laboratory. Metallurgy Division. Physics of Solids Institute.
System: The UNT Digital Library
A New Anionic Solvent Extraction Technique (open access)

A New Anionic Solvent Extraction Technique

From abstract: "The extraction of acids with long-chain amines is described. Preliminary results on the extraction of the amine salts of polonium, plutonium and uranium are given."
Date: July 17, 1952
Creator: Moore, F. L.; Kelley, M. T. & Susano, C. D.
System: The UNT Digital Library
Analysis of Bulk Shielding Facility Neutron Dosimeter Data (open access)

Analysis of Bulk Shielding Facility Neutron Dosimeter Data

Technical report calculating "effective removal cross sections" for Pb, Fe and O from measurements of fast neutron does in the water surrounding the BSF reactor. The values for Pb and Fe agree quite well with those previously determined from Lid tank data, whereas that for O is somewhat lower. [From Abstract]
Date: July 17, 1952
Creator: Podgor, S.
System: The UNT Digital Library
Internal Conversion Coefficients of the 2+-0+, E2 Transitions in Even-Even Sm152[over]90 and Gd152[over]88 (open access)

Internal Conversion Coefficients of the 2+-0+, E2 Transitions in Even-Even Sm152[over]90 and Gd152[over]88

From abstract: "To investigate the deviation of the internal conversion coefficients of E2 transitions from theoretical computations and their dependence on nuclear deformation, the total internal conversion coefficient of the 121.8-kev 2+-0+ transition in ellipsoidal Sm152[over]90 was measured to be 1.135 ± 0.010 with a high accuracy coincidence-sum method. The K-shell to total internal conversion ratio was determined to be 0.588 ± 0.003 with a [beta] spectrometer...The experiment revealed no deviation from theory nor indications of strong dependence on nuclear deformation; it therefore did not confirm recent beliefs in this regard. The details of the coincidence-sum method were described. The K electron to total electron capture ratio, from Eu152 to the 1.53 Mev state in Sm152 was also measured to be 0.79±0.02."
Date: July 17, 1961
Creator: Lu, D. C. & Schupp, G.
System: The UNT Digital Library