ITINERANT ELECTRON FERROMAGNETISM IN La1-xSrxCoO3 : A MÖSSBAUER STUDY

One may thus anticipate that the fundamental differences between the Dirac cone and the Shockley state substantially affect the strength of the exchange interaction with the

The variation of the width as a function of Z is in good agreement with a model derived from the analysis of the 1/Z perturbation series, suggesting that the state acquires a

sortable x-axis, which is important in case the data are not time-annotated (unordered), hover-events that highlight certain data or reveal detailed information (s. 3), and

[2]R.R Hall, Sets of multiples, Cambridge Tracts in Mathematics 118, Cambridge University Press, Cambridge

function C(q,L3). Drastic differences to localized magnetism exist. a) At temperatures above Tc but low compared to TF the thermally excited fluctuations are restricted to

The metastable mixing of the ferro- and para-magnetic phases in the extended Stoner condition of ferromagnetism is taken into account to explain a rapid and continuous

For the study of relaxation processes it is essential to take into account the perturbation caused by magnetic dipolar interactions of itinerant electrons.. The dipolar

edges are summarized in Tab. The L -edge of three compounds.. Results of curve fitting analysis for the firstoSr-0 and Co-0 peaks. The Sr-0 distances of these two compounds