Elastic anomalies in intermediate valence rare-earth intermetallics

Crystal field in nitrogenated rare-earth intermetallics

Interstitial modification of rare-earth intermetallics

Origin of Cobalt Anisotropy in Rare Earth-cobalt Intermetallics

The strong cobalt anisotropies in rare earth-cobalt intermetallics are shown to arise from orbitally selective 3d band energy dispersion due to either chain like or layered like cobalt staking rather than from usual crystal field effect. The magnetic anisotropies of itinerant electron systems are difficult to study in a complete theoretical model due to the great complexity of the collective ch...

Gas Phase Interstitial Modification of Rare-earth Intermetallics

Mössbauer Studies of Hydrogen-absorbing Rare-earth Intermetallics

Mossbauer spectroscopy has been used to study both the physics and phenomenology of hydrogen absorption in rare-earth intermetallics. This paper surveys experiments that have been carried out so far, and discusses the results obtained. * * * * * * * * LaNi5 and similar intermetallic compounds have been of great interest recentlyl because of their ability to absorb reversibly large amounts of hy...