. Transactions. boden-koerper is of the first importance in determining whether thedissolved carbon content shall follow^ SE or SE.) (4) From (2) it follows that, when the dissolved carbon contentor concentration of the molten is that represented by B ( and 2), or in undercooling by a point on BB^ (Figs. 2 and 3), thedissolved carbon content of the solid austenite then depositingfrom that molten should be represented by the point horizon-tally opposite on SE; and that w^hen the dissolved carbon con-tent of the molten is represented by B, or in undercooling by » MetaUurgie, vol. viii., pp

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. Transactions. boden-koerper is of the first importance in determining whether thedissolved carbon content shall follow^ SE or SE.) (4) From (2) it follows that, when the dissolved carbon contentor concentration of the molten is that represented by B ( and 2), or in undercooling by a point on BB^ (Figs. 2 and 3), thedissolved carbon content of the solid austenite then depositingfrom that molten should be represented by the point horizon-tally opposite on SE; and that w^hen the dissolved carbon con-tent of the molten is represented by B, or in undercooling by » MetaUurgie, vol. viii., pp. 417 to 421 (1911).9 Idem, vol. viii., pp. 97 to 101 (1911). 434 RUFF S CARBON-IRON EQUILIBRIUM DIAGRAM. a point on B Q, the dissolved carbon content of the solid aus-tenite then depositing should be represented by the point hori-zontally opposite on SE. Conversely, the fact that the dis-solved carbon content of the austenite depositing is representedby a point on SE or SE, as the case may be, implies that the. Fig. 2.—The Course of the Molten during Solidification,approximately after kuff. To A To .4

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Keywords: ., bo, bookcentury1800, bookdecade1870, booksubjectmineralindustries