Metallic alloys

(1954). Electronic structure of primary solid solutions in metals. Advances in Physics: Vol. 3, No. 12, pp. 446-507.

Electronic structure of primary solid solutions in metals

Étude de la résistivité et du pouvoir thermoélectrique des impuretés dissoutes dans les métaux nobles

Paramagnetism and lattice parameters of iron-rich iron-germanium alloys

Susceptibility-temperature relation for the compound FeTe was measured over a range of temperatures between liquid air and 1150°C. Evidence was found of an antiferromagnetic character in the region of temperatures below 500°C, the molal magnetic susceptibility having been expressed by χ=0.92/( T +220). The effective number of Bohr magnetons was estimated to be 2.72. The susceptibility dependence on temperature in the region beyond 600°C showed evidences of the feeble constant paramagnetism and an anomaly at 815°C, which is the melting point of this compound. A tentative interpretation of these magnetic properties is given in terms of an electronic configuration of Fe.

H. Jones

Papers

XCV. The valency of the transition metals in some binary and ternary alloys