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In view of this discrepancy, further investigations are needed to obtain a more precise value. % Fe [1989Wu], respectively, via diffusion couple experiments. The homogeneity ranges of the ternary phases are given in Table 2. For all of them the variation of the Ti content is very small. % Ti. The drawings of [1995Bee] agree much better with Schreinemakers’ rule than those of [1994Ali1]. 1007/978-3-540-78644-3_4 # Springer 2008 2 Cu–Fe– Ti Cu decreases the solubility of Ti in (γFe) and Fe decreases the solubility of Ti in (Cu).
Electron-Microscopic Investigations in Dispersion Hardened Copper” (in German), Freib. Forsch. B, Metall. , B234, 77–85 (1983) (Morphology, Mechan. , “Properties of As-Quenched and Hydrogenated Copper-Iron-Titanium Alloys”, Mater. Sci. , 99, 543–546 (1988) (Morphology, Phys. , “Phase Structure of the TiCu1–xFex System”, Metall. Trans. A, 20A, 981–985 (1989) (Crys. , “The Cu-Fe-Ti (Copper-Iron-Titanium) System” in “Phase Diagrams of Ternary Iron Alloys”, Indian Institut of Metals, Calcutta, 6B, 776–780 (1992) (Crys.
The alloys prepared by arc-melting were heat treated in the following process: at 900°C for 50 h and water quenched, 850°C for 100 h and water quenched, 650°C for 150 h and followed by air-cooling. Because the homogenization temperature is rather close to the solidus, one can suppose that equilibrium was achieved. No ternary compounds are found in the Ti corner of the system. The phase relations at 850°C in the entire composition range were measured by [1995Bee] using diffusion couples. Most of the critical conclusions were conﬁrmed by conventional equilibration of alloys.