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1	Warm worked structure of commercially pure aluminium under 75% deformation Lin, Ming-I 29 June 2004 (has links) Aluminum (1050) was deformed by plane strain compression (PSC) up to 75% reduction. The total deformation conditions include four temperatures (from 150oC to 300oC) and two strain rates (5¡Ñ10-2s-1 and 5¡Ñ10-4s-1). After the deformation, the specimens were examined by TEM for observing the morphology of the microstructures and measuring various parameters, which includes the sizes and aspect ratios of dislocation cells, as well as the distribution of misorientation angles for dislocation walls. Warm-worked Deformation Structure Misorientation Compression
2	Warm worked structure of commercially pure aluminum under 65% deformation Chen, Chun-ming 28 June 2004 (has links) In our research, aluminum (1050) was deformed by plane strain compression (PSC) up to 65% reduction. The total deformation conditions include four temperatures (from 150oC to 300oC) and two strain rates (5¡Ñ10-2s-1 and 5¡Ñ10-4s-1). After the deformation, the specimens were examined by TEM for observing the morphology of the microstructures and measuring various parameters, which includes the sizes and aspect ratios of dislocation cells, as well as the distribution of misorientation angles for dislocation walls. At last, the proportions of GNBs and IDBs were tried to be determined. Plane Strain Compression (PSC) Warm-worked Deformation Structure
3	none Wu, I-Wei 15 August 2006 (has links) none Misorientation Warm-worked Deformation Structure Plane Strain Compression (PSC)
4	Warm worked structure of commercially pure aluminium under 50% deformation Ding, Shi-Xuan 05 August 2003 (has links) none Plane Strain Compression Misorientation Warm-worked Deformation Structure

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