Effect of plant size on costs of purex processing of heterogeneous power reactor fuel /

"Chemical Technology Division."Includes bibliographical references (page 3).Operated by Union Carbide Corporation for the U.S. Atomic Energy Commission :Mode of access: Internet

Electromagnetically enriched isotopes : inventory, June 30, 1951 /

Work performed by Carbide and Carbon Chemicals Corporation at Oakridge National Laboratory, Y-12 Plant."Date Issued: JUL 10 1951""June 30, 1951""Y-783."Mode of access: Internet

Electromagnetically enriched isotopes : inventory, July 31, 1951 /

Work performed by Carbide and Carbon Chemicals Corporation at Oakridge National Laboratory, Y-12 Plant."Date Issued: AUG 06 1951""July 31, 1951""Y-790."Mode of access: Internet

Electromagnetically enriched isotopes : inventory, May 31, 1951 /

Work performed by Carbide and Carbon Chemicals Corporation at Oakridge National Laboratory, Y-12 Plant."Date Issued: JUN 14 1951""May 31, 1951""Y-772."Mode of access: Internet

Electromagnetically enriched isotopes : inventory, February 28, 1951 /

Work performed by Carbide and Carbon Chemicals Corporation at Oakridge National Laboratory, Y-12 Plant."Date Issued: FEB 28 1951"" February 28, 1951""Y-727."Mode of access: Internet

Storage ring Summer study, 1965, on instabilities in stored particle beams : a summary report /

"Technical Report Prepared Under Contract AT(04-3)-515 for the USAEC San Francisco Operations Office.""TID-4500 (44th Ed.).""UC-34, Physics.""UC-28, Particle Accelerators and High Voltage Machines.""August 1965."Mode of access: Internet

An improved thermobalance reactor for the study of reduction and hydrofluorination of uranium feed materials /

Two thermobalances have been constructed which make use of an improved reactor design for the study of gas-solid reactions as they apply to the conversion of uranium oxide materiels to uranium tetrafluoride. Since temperature has been recognized as one of the most important rate-governing factors for both of the reactions involved in this transformation, the reactor design provides for maintaining the sample temperature constant to +- 1.0 deg C. at any selected temperature over the range 100 to 600 deg C. Rate-controlling variables such as reaction temperatures, gas flow rates, preheating time and bed depth have been studied in order to establish the ranges over which small variations in these factors can be ignored. (auth)."September 16, 1964"Includes bibliographic references (pages 42-44).Two thermobalances have been constructed which make use of an improved reactor design for the study of gas-solid reactions as they apply to the conversion of uranium oxide materiels to uranium tetrafluoride. Since temperature has been recognized as one of the most important rate-governing factors for both of the reactions involved in this transformation, the reactor design provides for maintaining the sample temperature constant to +- 1.0 deg C. at any selected temperature over the range 100 to 600 deg C. Rate-controlling variables such as reaction temperatures, gas flow rates, preheating time and bed depth have been studied in order to establish the ranges over which small variations in these factors can be ignored. (auth).Mode of access: Internet

Electromagnetically enriched isotopes : inventory, June 30, 1950 /

Work performed by Carbide and Carbon Chemicals Corporation at Oakridge National Laboratory, Y-12 Plant."June 30, 1950.""Y-625."Mode of access: Internet