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Experimental Investigation of the Co-Ge Phase Diagram

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The Co-Ge phase diagram has been reinvestigated with 20 decisive alloys over the whole composition range by means of differential scanning calorimeter, x-ray diffraction, optical microscopy and electron probe microanalysis.… Click to show full abstract

The Co-Ge phase diagram has been reinvestigated with 20 decisive alloys over the whole composition range by means of differential scanning calorimeter, x-ray diffraction, optical microscopy and electron probe microanalysis. The liquidus lines in Co-rich and Ge-rich portions have been measured for the first time. The compound Co3Ge has been determined to be an ordered fcc-cubic phase and observed to be stable within the temperature range of about 600-750 °C. The previously reported Co5Ge2 and Co4Ge phases were not found in the present work, and instead Co2Ge was confirmed to be stable at 600 °C. The system contains one congruent melting compound βCo5Ge3 and three incongruent melting phases ε(Co), CoGe and CoGe2. Three compounds Co3Ge, Co2Ge and Co5Ge7 are formed via peritectoid reactions. A revised Co-Ge phase diagram is presented based on the present experimental results and reliable literature data.

Keywords: phase; microscopy; experimental investigation; investigation phase; phase diagram

Journal Title: Journal of Phase Equilibria and Diffusion
Year Published: 2017

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