Plasma Containment Configuration (open access)

Plasma Containment Configuration

Report discussing a plasma containment configuration which appears to have no escape cone. From abstract: "Arguments are given to show how the containment process works, including experimental evidence deduced from published reports on "electromagnetic levitation."
Date: October 11, 1956
Creator: Linlor, William I., 1915-
System: The UNT Digital Library
Results of Experiment 1: FCE Calibration With BORAX Core (open access)

Results of Experiment 1: FCE Calibration With BORAX Core

Summary: The justification of using polyethylene whose hydrogen density of 0.132 gm/cm³ with a distributed void of 15.9 percent as a mockup of water at 70°F and having a hydrogen density of 0.111 gm/cm³ was tested in the FCE. A mockup close to the BORAX core was built and its critical mass determined. Corrections were calculated for differences in the hydrogen desnity and self shielding of the fuel. The effective FCE critical mass agreed with that of the BORAX core to within one percent.
Date: October 1, 1956
Creator: Starr, E. & Toops, Edward Chassell
System: The UNT Digital Library
Progress Relating to Civilian Applications During September, 1956 (open access)

Progress Relating to Civilian Applications During September, 1956

A report which is about an investigation to determine the solubility of uranium in thorium.
Date: October 1, 1956
Creator: Dayton, Russell W. & Tipton, Clyde R., Jr.
System: The UNT Digital Library
Mixer-Settler Development: Operation Characteristics of a Large-Scale Mixer-Settler (open access)

Mixer-Settler Development: Operation Characteristics of a Large-Scale Mixer-Settler

From abstract: "A pump-mix mixer-settler was demonstrated to have an overall efficiency greater than 90 per cent for the extraction of uranyl nitrate from tributyl phosphate at total flow rates up to 45 gallons per minute. Phase separation was satisfactory at 45 gallons per minute, at which flow rate the residence time in the settlers was 1-1/2 minutes. It appeared possible that a throughput approaching 60 gallons per minute would be operable although at an over-all efficiency of less than 90 per cent. The tests were made on a three-stage unit, but the data can be extrapolated to multistage units. The effects of design of the impeller and mixing section, impeller speed, flow rates and ratios, and operating temperatures were studied. The mechanical performance and dependability of the unit were excellent."
Date: October 1956
Creator: Colven, Thomas J., Jr.
System: The UNT Digital Library
A Nonbound Detector for Hollow Slugs (open access)

A Nonbound Detector for Hollow Slugs

From abstract: "A tester was developed to detect nonbonded areas between the cladding and the core of hollow slugs. These slugs are one inch in diameter and eight inches long, and have a 3/8 inch axial hole. The tester employs an ultrasonic detector previously developed at the Savannah River Laboratory. A transducer 5/16 inch in diameter was developed to pass down the inside of the slug and a mechanical feeder was constructed to provide an automatic inspection cycle."
Date: October 1956
Creator: Ross, John D. & Leep, Richard W.
System: The UNT Digital Library
An Automatic Flaw Detector for Aluminum Cans (open access)

An Automatic Flaw Detector for Aluminum Cans

From abstract: "A tester, utilizing eddy currents, was developed to detect inclusions and voids in aluminum cans. The sensing element is a small probe that does not touch the can under inspection. An experimental feeder, developed along with the tester, permits the automatic inspection of one can per minute."
Date: October 1956
Creator: Ross, John D.
System: The UNT Digital Library
Extraction of Thorium Nitrate from Nitric Acid by TBP - "Ultrasene" (open access)

Extraction of Thorium Nitrate from Nitric Acid by TBP - "Ultrasene"

Equilibrium data are presented for the distribution of thorium nitrate and nitric acid between aqueous solutions and tri-n-butyl phosphate diluted with kerosene.
Date: October 1956
Creator: Siddall, Thomas H., III
System: The UNT Digital Library