Document Details


Title:
Health Physics Division Quarterly Progress Report for Period Ending January 20, 1951
Author(s):
Morgan, K Z [ORNL, Union Carbide and Carbon Corp., Oak Ridge, TN]
Subject Terms:
Sr-90, waste disposal; fission product, nuclear; health physics, radiation; quarterly progress report; radiochemical, plutonium
Document Location:
DOE INFORMATION CENTER 1 Science.gov Way, Oak Ridge, TN 37831; Eva Butler; Phone: 865-241-4780; Toll-Free: 800-382-6938, Option 6; FAX: 865-574-3521; Email: doeic@oro.doe.gov
Document Categories:
Health, Safety and Environment\Waste Management; Science and Technology\Geology, Hydrology, Seismology, Site Studies; Specific Material\Fission Products
Document Type:
REPORT
Publication Date:
1951 Jan 20
Declassification Status:
Never classified
Document Pages:
25
Accession Number:
ORF65928
Document Number(s):
ORNL-968, Series A; Copy 11; Copy11
Originating Research Org.:
Union Carbide and Carbon Corporation
OpenNet Entry Date:
1998 Jun 16
Description/Abstract:
This document contains the Health Physics Division Quarterly Progress Report for the period ending January 20, 1951. The work accomplished to date indicated a continuous water monitor can be constructed to have a significant reading where the activity of energetic betas is 11 dis/cc/min or more. A facility is under construction and being provided primarily for water decontamination research on both civilian and military programs, but it will also be an advantage in related waste disposal studies. A summary of progress of the Ecological Study program was given. Collision densities and energy losses from a 10-Mev beam of neutrons normally incident on a 30-cm slab of tissue were obtained by a Monte Carlo procedure. Piezoelectric frequencies of 5- and 1-megacycle quartz crystals were further tested. Work was begun on the modification of pocket meters to try to determine fast-neutron exposures. The procedure presently used for analysis for plutonium in river water is unsatisfactory because of the difficulty of separating the plutonium from iron and other inorganic constituents of the sample. Work is continuing on designs for a counter that will have a uniformly cylindrical electric field with negligible end corrections to be used with the pulse integration type of neutron dosimeter. Figures are included.


<< Return to Search Results