FY 1985 status report on feasibility assessment of copper-base waste package container materials in a tuff repository

Abstract

Summary 95Acknowledgments 97

Stress corrosion cracking of candidate waste container materials; Final report

“…4 The alloys were obtained from Lawrence Livermore National Laboratory (LLNL) in the annealed condition. The following weldments, fabricated from these base materials by LLNL, are also being tested (the second alloy indicated in each pair is the weld filler metal): Type 304L SS/308L SS, Type 316L SS/316L SS, Incoloy 825/Incoloy 65, Incoloy 825/Inconel 625, Cu-30Ni/Monel 67, and Cu-7A1/Al bronze A2.…”

Stress corrosion cracking of candidate waste container materials

“…1 These materials were chosen as candidates because of their good corrosion properties and their extensive use in marine, nuclear, and process industries. 2 The alloys were obtained from Lawrence Livermore National Laboratory (LLNL) in the annealed condition. The following weldments fabricated from these base materials by LLNL are also being tested (the second alloy indicated in each pair is the weld filler metal): Type 304L SS/308L SS, Type 316L SS/316L SS, Incoloy 825/Incoloy 65, Incoloy 825/Inconel 625, Cu-30Ni/Monel 67, and Cu-7Al/Al bronze A2.…”

Progress report on the results of testing advanced conceptual design metal barrier materials under relevant environmental conditions for a tuff repository

“…We have published two reports on a feasibility assessment on the use of copper-base waste package container materials, covering work performed in FY 1985(McCright, 1985) and FY 1986(Acton and McCright, 1986.…”