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- W2048304057 abstract "Structural changes in copper single crystals during high temperature creep deformation were investigated by means of the Berg-Barrett method. Creep tests were performed in argon atmosphere at 0.75 Tm=745°C and 0.85 Tm=880°C (Tm : the melting temperature in degrees Kelvin). In order to obtain the three-dimensional information on the substructures, two kinds of observation surfaces were prepared by cutting the specimens crept to various strains electrochemically : one parallel to the primary slip plane (111) and the other parallel to the (bar101) plane on which deformation bands due to the primary slip are formed. A third observation surface is the original specimen surface, i.e. the (1bar21) plane which is normal to the lattice rotation axis in the deformation band.In the transient creep stage pillar-like subgrains elongating in the direction of [1bar21] were observed. They were surrounded by sub-boundaries parallel to the (111) and (bar101) plane which were twist and tilt boundaries, respectively. Spacings between the sub-boundaries were about 30∼50 μ at 745°C and 50∼100 μ at 880°C; the spacings remained almost the same throughout the steady-state creep stage. In the examination of the (111) plane, apparent lattice twisting of the (111) plane about the [1bar21]-axis was found with a period of about 10 μ. The increase in the twist angle was the most remarkable structural change during creep deformation." @default.
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- W2048304057 date "1970-01-01" @default.
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- W2048304057 title "X-Ray Studies of the Substructure Formed during Creep Deformation of Copper Single Crystals" @default.
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- W2048304057 doi "https://doi.org/10.2320/matertrans1960.11.94" @default.
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