Major factors affecting burn-up of nuclear fuel elements /

Uranium oxide has been reduced by carbon under vacuum at 2250°C, to yield a product consisting of dendritic uranium carbide in a matrix of uranium.

The carbothermic reduction of uranium oxide /

Uranium oxide has been reduced by carbon under vacuum at 2250°C, to yield a product consisting of dendritic uranium carbide in a matrix of uranium.

Reactivity of certain uranium oxides with aluminum : terminal report /

"Contract No. AT-30-1 Gen-366."

Development of fabrication techniques and manufacturing specifications for APPR fuel plates /

"Contract No. AT(30-1)GEN-366 Sposored Task C-50."

Uranium dioxide fuel materials with improved thermal conductivity /

Work performed at the Sylvania-Corning Nuclear Corporation under contract AT (30-1) GEN-366 with the Division of Reactor Development.

Bonding of various metals and alloys by isostatic pressing at elevated temperatures /

Work performed at the Sylvania-Corning Nuclear Corporation under contract AT-30 GEN-366.

Quantitative determination of uranium loading of aluminum-clad fuel plates by x-ray densitometry /

Work performed at the Sylvania-Corning Nuclear Corporation under Contract AT(30-1) GEN-366.

Thoria-urania pellet preparation /

Work performed at the Sylvania-Corning Nuclear Corporation under contract AT-30 GEN-366.

High conductivity UO₂ : terminal report /

Work performed at the Sylvania-Corning Nuclear Corporation under Contract AT-30-1 Gen 366.

Quarterly technical progress report for period ending ... /

"SCNC" (Series) "Metallurgy and Ceramics"

Ceramic fuel elements made by hot isostatic pressing /

Work performed at the Sylvania-Corning Nuclear Corporation under contract AT-30-1 GEN-366 with the Division of Reactor Development.

Isostatic pressing of UO₂ in high temperature metals /

The hot isostatic pressing process has been applied at temperatures up to 1500°C for the fabrication of high temperature fuel rods composed of UO₂ clad in columbium and UO₂ in iron-aluminum type alloy. The fused UO₂ powder apparently becomes quite plastic at temperatures above 1200°C and can be isostatically compacted at 1500°C to 98% of its theoretical density. Columbian tubes particularly lend themselves to the fabrication of fuel rods by simultaneously compacting and cladding UO₂ powders in the tubes, but the cast iron-aluminum type alloy that was used was unsatisfactory because of its brittleness.

The effect of solid solution additions on the thermal conductivity of UO₂ /

"Contract No. AT-30-1 Gen-366."

A study of fluorescent excitation using isotopic X-ray emission /

"ORO-627; Isotopes - Industrial technology; (TID-4500, 43rd. ed)."

Control of variables in heat resistant glass reinforced plastics

"Contract no. AF 33(600)-35031."