Corrosion of stainless alloys in high-temperature nitrogenous environments /

Contract No. W-7405-eng-92 with the U.S. Atomic Energy Commission."UC-25 Metallurgy and Ceramics (TID-4500, 14th Ed.).""July 14, 1959.""Report No. BMI-1361."Includes bibliographical references (p. 39).Work performed by the Battelle Memorial InstituteMode of access: Internet

Irradiation of clad graphite in high-temperature high-pressure CO₂ /

"Contract No. W-7405-eng-92.""UC-25 Metallurgy and Ceramics (TID-4500, 14th Ed.).""April 7, 1959.""Report No. BMI-1333."Includes bibliographical references (p. 26).Mode of access: Internet

Measuring the release of short-lived fission gases during capsule irradiations /

"Contract No. W-7405-eng-92.""UC-4 Chemistry - General (TID-4500, 15th Ed.).""September 12, 1960.""Report No. BMI-1466."Includes bibliographical references (p. 9).Work performed by the Battelle Memorial InstituteMode of access: Internet

High-temperature irradiation of metals and graphite in flowing helium /

As part of the coolant-core evaluation studies in an early phase of the Maritime Gas-Cooled Reactor program, nickel. K-Monel, niobium-1 wt.% zirconium, and graphite were irradiated in a convective flow of helium. A capsule of novel design was used to study the corrosion of the metals at 1500 and 960 ction prod- F in a 243-hr BRR experiment. Four heliumfilled quartz tori, containing the specimens, were encapsulated in a stainless steel capsule. A convective flow of helium was maintained in the closed tori by heating one leg of each torus to 1500 and the other at 960-F. Zirconium foilwas placed in two of the tori to getter gaseous impurities. No attack of the nickel and niobium-1 wt.% zirconium was observed at either temperature. Metallographic examination did show a 1 to 2.5- mil attack of the K-Monel at 1500 ction prod- F in a torus containing no getter. (auth)."Contract No. W-7405-eng-92.""UC-25 Metallurgy and Ceramics (TID-4500, 15th Ed.).""February 23, 1960.""Report No. BMI-1419."As part of the coolant-core evaluation studies in an early phase of the Maritime Gas-Cooled Reactor program, nickel. K-Monel, niobium-1 wt.% zirconium, and graphite were irradiated in a convective flow of helium. A capsule of novel design was used to study the corrosion of the metals at 1500 and 960 ction prod- F in a 243-hr BRR experiment. Four heliumfilled quartz tori, containing the specimens, were encapsulated in a stainless steel capsule. A convective flow of helium was maintained in the closed tori by heating one leg of each torus to 1500 and the other at 960-F. Zirconium foilwas placed in two of the tori to getter gaseous impurities. No attack of the nickel and niobium-1 wt.% zirconium was observed at either temperature. Metallographic examination did show a 1 to 2.5- mil attack of the K-Monel at 1500 ction prod- F in a torus containing no getter. (auth).Work performed by the Battelle Memorial InstituteMode of access: Internet

The effect of radiation on selected properties of spherical graphite fuel elements /

"Contract No. W-7405-eng-92.""UC-25 Metallurgy and Ceramics (TID-4500, 15th Ed.).""December 2, 1960.""Report No. BMI-1483."Includes bibliographical references (p. 21).Work performed by the Battelle Memorial InstituteMode of access: Internet

Alumina coating of UO₂ shot by hydrolysis of aluminum chloride vapor /

"Contract No. W-7405-eng-92.""UC-25 Metallurgy and Ceramics (TID-4500, 15th Ed.).""October 25, 1960.""Report No. BMI-1471."Includes bibliographical references (p. 12).Work performed by the Battelle Memorial InstituteMode of access: Internet