Institute of Metals Division - Effect of Dissolved Oxygen on the Grain Size of Annealed Pure Copper and Cu-A1 Alloys
- Organization:
- The American Institute of Mining, Metallurgical, and Petroleum Engineers
- Pages:
- 3
- File Size:
- 405 KB
- Publication Date:
- Jan 1, 1958
Abstract
INTERNAL oxidation' is a process in which oxy-gen, diffused into a suitable alloy, causes precipitation of solute oxide particles as the oxidation front moves inward. During an investigation of internal oxidation now in progress it was observed that the grain size is relatively small in thin strip specimens that have been internally oxidized in the as-rolled condition. This may be due to the restraint of grain growth by the precipitated oxide particles. It was observed also that the grain size in unoxi-dized portions of partially oxidized specimens was
Citation
APA: (1958) Institute of Metals Division - Effect of Dissolved Oxygen on the Grain Size of Annealed Pure Copper and Cu-A1 Alloys
MLA: Institute of Metals Division - Effect of Dissolved Oxygen on the Grain Size of Annealed Pure Copper and Cu-A1 Alloys. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1958.