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In a series of liquid Cu-Ga alloys, the  63 Cu and  71 Ga Knight-shift K was measured in a high temperature NMR-Spectrometer from 400 to 1200 °C. Alloying the Cu-Ga host with 2% Mn causes a strong change in K which comes mainly from nuclei in the nearest neighborhood (l.n.n.) of Mn. This gives a first estimate of the conduction electron spin polarisation close to Mn. The data are compared to previous results in the Cu-Al-Mn system.

Messungen der Knight-shift in flüssigen Cu-Ga-Legierungen mit Mn-Verunreinigungen/Knight-Shift in Liquid Cu-Ga Alloys with Mn Impurities