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Title: LIQUID METAL FUEL REACTOR EXPERIMENT QUARTERLY TECHNICAL REPORT, APRIL-JUNE 1959

Technical Report ·
OSTI ID:4173659

Design and construction of all analog simulation circuits for the LMFRE- 1 primary loop were completed. A preliminary study is underway to determine the technical and economic fessibility of a high-temperature, integral liquid metal fuel reactor (HTIR). The reactor, primary heat exchanger, and pumps are located in the sarne vessel; the fuel solution operating temperatures are relatively high. from 1100 to 1300 deg F. Data are presented on Croloy Loop corrosion and corrosion rates of Ta, Mo, and Be. Experiments to determine the relesse rate of Po/sup 210/ from bismuth as a function of temperature, carrier gas, and surface area were completed. The ethylenediamine tetraacetate (EDTA) titration wss successfully used to determine Th in Bi. Equipment wss designed for the ETR Loop Offgas Study. The over-all system is designed to collect and prepare offgas samples for determination of Xe and Pr concentrations. Programs were issued for dispersion dy of slurry fuel development, and modified fuel evaluation. Meas urements on Assemblies CC, CD, and CE were completed, concluding a series of experiments that varied core height and end reflector thickness in order to measure axial buckling, core H/D ratio. For this series, the reflector regions are graphite, V /V = 0.5 (nominal), and N/sub 25//N/sub b1/ = 1200 x 10/sup -6/ (nominal) in the core region. (For preceding period see BAW-1152.) (W.L.H.)

Research Organization:
Babcock and Wilcox Co. Atomic Energy Div., Lynchburg, Va.
DOE Contract Number:
AT(30-1)-1940
NSA Number:
NSA-14-013468
OSTI ID:
4173659
Report Number(s):
BAW-1170
Resource Relation:
Other Information: Orig. Receipt Date: 31-DEC-60
Country of Publication:
United States
Language:
English