Accession Number : AD0778939

Title :   Parametric Study of the Colloid Core Reactor Rocket Engine.

Descriptive Note : Final rept. 15 Nov 71-15 Jul 73,


Personal Author(s) : Ravets,J. M. ; Black,D. L. ; Faulkner,J. E. ; Kyslinger,J. A. ; Tobin,J. M.

Report Date : FEB 1974

Pagination or Media Count : 204

Abstract : The Westinghouse Electric Corporation conducted (at its Astronuclear Laboratory site) a parametric study of the Colloid Core Reactor Rocket Engine concept. This entailed investigations of the effect on reactor design and engine weight of such factors as cavity geometry, fuel bed thickness and fuel distribution, reflector thickness, hydrogen content in the reflector region, uranium loss rate, thrust level and cladding the fuel particles, as well as the clustering of small cavities within a common reflector. In these studies, the reflector was assumed to be unfueled with the propellant cycle providing the enerty needed to drive the turbine. Except when considered as the independent variable in specific portions of the parametric study, the thrust and specific impulse were assumed to have the values of 50,000 pounds (1300 MW cavity fission power) and 1100 seconds, respectively, and the fuel form was considered to be (U-233 + 10 Zr)C. (Author)

Descriptors :   *Nuclear propulsion, *Reactor fuels, Uranium, Neutron flux, Reactor fuel cladding, Thrust, Specific impulse, Shielding, Nozzle gas flow

Subject Categories : Nuclear Propulsion

Distribution Statement : APPROVED FOR PUBLIC RELEASE