Article published online by EDP Sciences and available at http://dx.doi.org/10.1051/jphys:019840045090150500

Calculations have been carried out as a function of band filling, solute atom energy level, an impurity potential matrix element V0 on the substitutional atom site, and a général

JOURNAL DE PHYSIQUE CoZZoque C8, suppZe'ment au n08, Tome 41, aoiit 1980, page C8-582 ELECTRONIC CONTRIBUTION TO THE ENTROPY OF MIXING OF LICiUID TPANSITION METAL BASED ALLOYS S.N..

4 Magnetic structure of Mn-Cr : Electrical resistivity and magnetic susceptibility measure- ments and neutron diffraction studies have been made on Mn-Cr alloys.. The results show that

: a the value Ores is determined by noting the angle 0 for which the intensity of the specularly diffracted order at ~ 1 = 1.06 ~m is minimum; b for 0 = 0,,.r ,, the nonlinear

The fact that both Dy and Ni can be obtained with a zero scattering length also means that it is possible to prepare a sample for whlch the nuclear scattering is compietely incoherent

Using this assumption, the tilt angle is given directly by : where dT is the layer spacing and 17 the cor- responding molecular length at the same temperature T, extrapolated from SA

The explanation is that on the one hand new reflection peaks due to the intermediate phases are too small to be seen the measurement on single crystal are much more sensitive than the

- Total pair distribution functions for the measured samples as obtained by direct Fourier transformation of the structure factors shown in figure 4.. Partial pair distribution