DID YOU KNOW? DTIC has over 3.5 million final reports on DoD funded research, development, test, and evaluation activities available to our registered users. Click
HERE to register or log in.
Accession Number:
AD0294555
Title:
PROJECT STAR DUST
Corporate Author:
ISOTOPES INC WESTWOOD N J
Report Date:
1961-08-01
Abstract:
The goal of Project Star Dust is to construct a model of world wide fallout behavior from hich predictions can be made of atmospheric burdens, ground burdens and the biologic l doses resulting from all kinds of releases of radioactivity placed in the atmosphere as a result of military use of atomic energy. To that end, S ar Dust has been conceived as a two-faceted project. One facet consists of radiochemical and particle analyses of stratospheric air filter samples collected by U-2 aircraft. al model of atmospheric processes governing the distribution of world wi e fallout from injections of radioactive material. The two facets are not independent of e ch other, however. The results of the radiochemical and particle analyses will be used, in conjunction with data obtained in the High Altitude Sampling Program, to provide a basis for stablishing the model. The results of certain radiochemical analythe other facet is meteorological study designed to produce a mathema ical model of atmospheric processes governing the distribution of world wi e fallout from injections of radioactive material. The two facets are not independent of e ch other, however. The results of the radiochemical and particle analyses will be used, in conjunction with data obtained in the High Altitude Sampling Program, to provide a basis for stablishing the model. The results of certain radiochemical analyses performed on filter samples collected u der HASP are presented. Also presented is a mathematical treatment of t e first order kinetics model of the stratosph re which was used in HASP to make predictions of future fallout levels under the assumptions of continued testing. Author
Pages:
0030
Contract Number:
DA-49-146-XZ-079
File Size:
0.00MB