Filtration of Radioactive Aerosols by Glass Fibers Part One (open access)

Filtration of Radioactive Aerosols by Glass Fibers Part One

None
Date: April 16, 1951
Creator: Blasewitz, A. G.; Carlisle, R. V.; Judson, B. F.; Katzer, M. F.; Kurtz, E. F.; Schmidt, W. C. et al.
Object Type: Report
System: The UNT Digital Library
Filtration of Radioactive Aerosols by Glass Fibers Part Two. Appendices (open access)

Filtration of Radioactive Aerosols by Glass Fibers Part Two. Appendices

None
Date: April 16, 1951
Creator: Blasewitz, A. G.; Carlisle, R. V.; Judson, B. F.; Katzer, M. F.; Kurtz, E. F.; Schmidt, W. C. et al.
Object Type: Report
System: The UNT Digital Library
Investigation of the Potential Hazard in Releasing Scrap Steel Contaminated with Uranium to Commercial Channels (open access)

Investigation of the Potential Hazard in Releasing Scrap Steel Contaminated with Uranium to Commercial Channels

Tests were conducted on a laboratory and semi-plant scale to determine the effect of permitting scrap grossly contaminated with uranium to be used in steel manufacture. It was found the most of the uranium is removed with the slag. Steel made with this scrap would have a uranium constituent so little above that made with uncontaminated scrap as to be hardly significant. The slag itself would not present any hazard in handling or normal use. It is recommended, therefore, that in the future steel with only surface uranium contamination be released through normal scrap channels.
Date: June 15, 1951
Creator: Blatz, Hanson; Harley, John H. & Eisenbud, Merril
Object Type: Report
System: The UNT Digital Library
AN INVESTIGATION OF ThF$sub 4$-FUSED SALT SOLUTIONS FOR HOMOGENEOUS BREEDER REACTORS (open access)

AN INVESTIGATION OF ThF$sub 4$-FUSED SALT SOLUTIONS FOR HOMOGENEOUS BREEDER REACTORS

A consideration of the characteristics of fused salt-- ThF/sub 4/ solutions suitable for use in homogeneous reactors is presented, together with a brief survey of the literature pertaining to such solutions and a summary of the experimental work accomplished. (auth)
Date: July 19, 1951
Creator: Blomeke, J.O.
Object Type: Report
System: The UNT Digital Library
Health - Physics Monthly Information Report. December 1-31, 1950. (open access)

Health - Physics Monthly Information Report. December 1-31, 1950.

None
Date: January 16, 1951
Creator: Boozer, A. H.
Object Type: Report
System: The UNT Digital Library
Health - Physics Monthly Information Report. February 1-28, 1951 (open access)

Health - Physics Monthly Information Report. February 1-28, 1951

None
Date: March 21, 1951
Creator: Boozer, A. H.
Object Type: Report
System: The UNT Digital Library
Health - Physics Monthly Information Report. January 1-31-, 1951. (open access)

Health - Physics Monthly Information Report. January 1-31-, 1951.

None
Date: February 19, 1951
Creator: Boozer, A. H.
Object Type: Report
System: The UNT Digital Library
Health - Physics Monthly Information Report. March 1-31 1951 (open access)

Health - Physics Monthly Information Report. March 1-31 1951

None
Date: April 16, 1951
Creator: Boozer, A. H.
Object Type: Report
System: The UNT Digital Library
Health - Physics Monthly Information Report. November 1-31, 1951 (open access)

Health - Physics Monthly Information Report. November 1-31, 1951

None
Date: December 26, 1951
Creator: Boozer, A. H.
Object Type: Report
System: The UNT Digital Library
Development Activities in the Health Physics Division. Semiannual Progress Report for the Period Ending December 31, 1950 (open access)

Development Activities in the Health Physics Division. Semiannual Progress Report for the Period Ending December 31, 1950

None
Date: January 1, 1951
Creator: Bouton, R. Z.; Houston, R. W. & Van der Grinten, W.
Object Type: Report
System: The UNT Digital Library
Health-Physics Monthly Information Report. July 1951 (open access)

Health-Physics Monthly Information Report. July 1951

None
Date: August 22, 1951
Creator: Bradley, J. E. & Burbage, J. J.
Object Type: Report
System: The UNT Digital Library
Health-Physics Monthly Information Report. June 1951 (open access)

Health-Physics Monthly Information Report. June 1951

None
Date: June 30, 1951
Creator: Bradley, J. E. & Burbage, J. J.
Object Type: Report
System: The UNT Digital Library
Health-Physics Monthly Information Report. October 1951 (open access)

Health-Physics Monthly Information Report. October 1951

None
Date: December 6, 1951
Creator: Bradley, J. E. & Burbage, J. J.
Object Type: Report
System: The UNT Digital Library
Heath-Physics Monthly Information Report (open access)

Heath-Physics Monthly Information Report

None
Date: April 30, 1951
Creator: Bradley, J. E. & Burbage, J. J.
Object Type: Report
System: The UNT Digital Library
Purex Pulse-Column Studies With Unirradiated Uranium. (Development of Specifications for the O.R.N.L. Pilot Plant) (open access)

Purex Pulse-Column Studies With Unirradiated Uranium. (Development of Specifications for the O.R.N.L. Pilot Plant)

None
Date: February 20, 1951
Creator: Bradley, J. G.
Object Type: Report
System: The UNT Digital Library
Health-Physics Monthly Information Report. May 1951 (open access)

Health-Physics Monthly Information Report. May 1951

None
Date: June 18, 1951
Creator: Bradleyk, J. E. & Burbage, J. J.
Object Type: Report
System: The UNT Digital Library
PHYSICAL AND CHEMICAL PROPERTIES OF TBP (open access)

PHYSICAL AND CHEMICAL PROPERTIES OF TBP

None
Date: March 1, 1951
Creator: Brennan, M.E.
Object Type: Report
System: The UNT Digital Library
Biological and Medical Divisions Quarterly Report February, March, April, 1950 (open access)

Biological and Medical Divisions Quarterly Report February, March, April, 1950

None
Date: October 31, 1951
Creator: Brues, A.M. ed.
Object Type: Report
System: The UNT Digital Library
Mass Spectrometer Studies of Ion Sources for One Shot AcceleratorTube (open access)

Mass Spectrometer Studies of Ion Sources for One Shot AcceleratorTube

A simple mass spectrometer using 60 degree focusing was set up to study the (illegible) of the ions produced by various types of sources. A schematic diagram of the apparatus is shown in Fig. 1, which is to a large extent self-explanatory. The isolation transformer was simply a piece of RG (illegible) cable about three feet long and was used in order to operate the source at high accelerating voltage allowing the collector to be at essentially ground potential. The collimating slits were 0.05 (illegible) wide and were space 4 (illegible-cm?) apart. The coarse slit immediately preceding the collector cup was 0.3 (illegible) wide. The electrometer was the integrating type which indicated the potential due to the charge collected on known capacitance. The vacuum tube voltmeter indicated the potential of the 0.5 (illegible) capacitor due to the total charge reaching the slit system. It thus served as a monitor of the source output for each firing. The neon lamp was a protection for the condenser against breakdown discharges of the tube.
Date: December 12, 1951
Creator: Brumbaugh, R.; Pon, W.; Seaman, W. & Wiegand, C.
Object Type: Report
System: The UNT Digital Library
Materials Testing Reactor Project Handbook (open access)

Materials Testing Reactor Project Handbook

None
Date: May 1, 1951
Creator: Buck, J. H. & Leyse, C. F.
Object Type: Report
System: The UNT Digital Library
The Solubility of Calcium Sulfate in Some Raffinates (open access)

The Solubility of Calcium Sulfate in Some Raffinates

None
Date: May 9, 1951
Creator: Buckheim, O. J.; Paine, R. M. & Ruehle, A. E.
Object Type: Report
System: The UNT Digital Library
The Preparation of Large-Diameter Zirconium Crystal Bar by the De Boer Process (open access)

The Preparation of Large-Diameter Zirconium Crystal Bar by the De Boer Process

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Date: March 6, 1951
Creator: Bulkowski, H. H.; Beale, L. C.; Sebenick, J. J.; Campbell, I. E. & Gonser, B. W.
Object Type: Report
System: The UNT Digital Library
THE TRANSFER OF IMPURITIES IN ZIRCONIUM PREPARED BY THE DE BOER PROCESS (open access)

THE TRANSFER OF IMPURITIES IN ZIRCONIUM PREPARED BY THE DE BOER PROCESS

None
Date: March 1, 1951
Creator: Bulkowski, H.H.; Beale, L.C.; Sebenick, J.J.; Campbell, I.E. & Gonser, B.W.
Object Type: Report
System: The UNT Digital Library
The Valve-Actuated Pulse Column Design and Operation (open access)

The Valve-Actuated Pulse Column Design and Operation

A countercurrent extraction column is described which employs timed solenoid valves and pressurized feeds to provide a pulsing action to disperse the phases. The steps in the pulsing cycle are independent and thus provide greater separation of the operating variables than is possible with conventional pulse columns. The column described is particularly useful as a resesrch tool for the study of extraction mechanism although a larger installation operating on the same principles should be quite workable. The 4-stage-cycle or mixersettler type column operation has an inherent advantage in that the rapid coalescence and redispersion of phases are believed to lead to greater extraction than simple movement of a dispersed phase through a continuous medium. In addition, the sharp pulse provided should produce greater turbulence than the more conventional pulsing arrangement. Some results of operation on the extraction and stripping of uranyl nitrate using tributyl phosphate as a solvent are included. These data correspond to Metal Recovery and Erex type systems. (auth)
Date: December 1, 1951
Creator: Burger, L. L. & Clark, L. H.
Object Type: Report
System: The UNT Digital Library