Transactions . ETERMINATION? OF A3. a indicate whether the results repres< i heating op or cooling i Micrograph lette Note to Row 4. When ihe reheating of thissteel is carried to 850°, the structure of tin-quenched specimen is like that of Fig. F, ofRow 5. REABS0RPTI0N PROGRESS OF REABSORPTION \-INITIALLY COARSENED SPECIMENS,OF PRO-EUTECTOID FERRITE AT \SERIES OF TEMPERATURES WITHINTHE TRANSFORMATION RANGE. Emcoarsened specinieu was reheated direct to tLetemperature indicated, held there for 30 (orCO) mia., and quenched in water. All X « ote lo C, of Row 6. This specini. noriginally c
Transactions . ETERMINATION? OF A3. a indicate whether the results repres< i heating op or cooling i Micrograph lette Note to Row 4. When ihe reheating of thissteel is carried to 850°, the structure of tin-quenched specimen is like that of Fig. F, ofRow 5. REABS0RPTI0N PROGRESS OF REABSORPTION \-INITIALLY COARSENED SPECIMENS,OF PRO-EUTECTOID FERRITE AT \SERIES OF TEMPERATURES WITHINTHE TRANSFORMATION RANGE. Emcoarsened specinieu was reheated direct to tLetemperature indicated, held there for 30 (orCO) mia., and quenched in water. All X « ote lo C, of Row 6. This specini. noriginally coarsened at a higher temper -than the other specimens of this row Steel IIII. 0 Mil (Note to Row is carried toquenched specimenRow 5.) When the reheating of this850°, the structure of theis exactly like that of Fig. F, Theoretical . of fertile f Steel BC Theoretical \ ferrite from line AAA Steel IC I ? *? ? of ferrite from line AAA of Fig. 14Micrograph letter.
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Keywords: ., bo, bookcentury1800, bookdecade1870, booksubjectmineralindustries
