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The Oak Ridge National Laboratory Gas-Cooled Reactor, Part 1: Summary Report
Report documenting the systems, operating procedures, and design of the Oak Ridge National Laboratory's gas-cooled reactor.
Date:
April 1, 1958
Creator:
Oak Ridge National Laboratory
System:
The UNT Digital Library
The Oak Ridge National Laboratory Gas-Cooled Reactor, Part 2: Plant Design
Report documenting the systems, operating procedures, and design of the Oak Ridge National Laboratory's gas-cooled reactor.
Date:
April 1, 1958
Creator:
Oak Ridge National Laboratory
System:
The UNT Digital Library
Continuous Solvent Recovery Process Using Pulse Contacting Column
From abstract: "This report presents the progress in the laboratory development of a continuous solvent recovery process for the tributyl phosphate-diluent mixture used in the Purex Process. Investigations were made with 1/2" diameter pulse columns, using a nine foot sodium carbonate contacting column and a four foot water wash column."
Date:
April 1, 1952
Creator:
Ellison, C. V. & Land, J. F.
System:
The UNT Digital Library
Homogeneous Reactor Project Quarterly Progress Report: November 15, 1951
From summary: "Construction of the HRE facility was essentially complete on November 15, 1951 except for minor revisions and final testing. A program of engineering and nuclear tests of the system hasbeen drawn up, and the tests will be started early in the next quarter. The only major HRE items for which design is not complete are the samplers for the fuel, [gas], and reflector systems. These will be completed in time to be installed before critical experiments begin; meanwhile, temporary sampling devices have been installed for use during the testing program."
Date:
April 1, 1952
Creator:
Swartout, J. A.; Secoy, C. H.; Welton, T. A.; Winters, C. E. & Thompson, W. E.
System:
The UNT Digital Library
Summary of Operating Experience with Decelerating Ion Receivers
From abstract: "The following report presents a summary of operating experience with decelerating receivers for ion beam reception. Sample calculations for design of such a receiver for the isotopes of lithium are presented. Estimates of maximum production and requirements to attain such production are given. The maximum ion beam envisioned is 17 amperes obtained from extrapolation of experimental results."
Date:
April 1, 1952
Creator:
Wilkinson, P. E. & Keim, C. P.
System:
The UNT Digital Library