Journal
METALLURGIST
Volume 66, Issue 5-6, Pages 557-566Publisher
SPRINGER
DOI: 10.1007/s11015-022-01360-9
Keywords
nickel-beryllium alloy; melting; deformation; heat treatment; precipitation hardening
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The structure of specimens at different stages of thin strip fabrication is investigated, and the properties of Alloy 97NL-VI strip specimens, including strength properties and specific electrical resistance, are studied. The strip microstructure is examined using X-ray structural analysis after various heat treatment versions, and the effect of different heat treatment regimes on the level of physicomechanical properties is studied.
The structure of specimens at different stages of thin strip fabrication (from ingot to cold-rolled strip) is investigated. Alloy 97NL-VI strip specimen properties are studied, including determination of the level of strength properties, and specific electrical resistance. Strip microstructure is studied by X-ray structural analysis after various heat treatment versions. The effect of various heat treatment regimes on the level of physicomechanical properties is studied.
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