1992
DOI: 10.1016/s0007-8506(07)61212-8
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Materials Processing Issue Related to Fabrication of High T c , Superconductor Wire

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“…Furthermore, the material type and hardness also influence the final roughness. Sata and Shaw (1964) [50] analyzed that those features are able to increase up to 6 µm in steel alloys, matching precisely with the difference obtained in this study. Zhang et al (2012) [41] reported that the average roughness decreased approximately between 20% and 30% when the process is previously assisted with current pulses.…”
Section: Surface Roughnesssupporting
confidence: 89%
“…Furthermore, the material type and hardness also influence the final roughness. Sata and Shaw (1964) [50] analyzed that those features are able to increase up to 6 µm in steel alloys, matching precisely with the difference obtained in this study. Zhang et al (2012) [41] reported that the average roughness decreased approximately between 20% and 30% when the process is previously assisted with current pulses.…”
Section: Surface Roughnesssupporting
confidence: 89%