The dynamics of collective excitations of electrons, phonons, and spins are of fundamental
interest to develop a microscopic understanding of interactions among elementary …

This review of some aspects of the magnetoacoustics of ferro-and antiferromagnetic
materials has been written in connection with the 25th anniversary of the rise of this field of …

The aim of the authors in this monograph has been to present a general review of the
magnetic properties of the rare earth metals, and a comprehensive, unified, and coherent …

Femtosecond x-ray magnetic circular dichroism was used to study the time-dependent
magnetic moment of 4 f electrons in the ferromagnets Gd and Tb, which are known for their …

Magnetism in Crystalline Materials covers the applications of the theory of groups of
cambiant symmetry and the physical properties of magnetically ordered crystalline solids …

Inelastic neutron scattering is a well established and important technique for studying the
dynamical properties of condensed matter at the atomic level. Often, as is the case of …

By comparing femtosecond laser-pulse-induced spin dynamics in the surface state of the
rare earth metals Gd and Tb, we show that the spin polarization of valence states in both …

This review discusses the theoretical aspects of magnetoelastic coupling with emphasis on
the magnetic perturbation of elastic properties. The basic theory of magnetostriction is set …

The selection rules for the linear couplings between magnons and phonons propagating in
the c direction of a simple basal-plane hcp ferromagnet are determined by general symmetry …

Publisher Summary The chapter discusses the electronic structure of rare earth metals. The
pioneering calculations of the energy band structure of rare earth metals were motivated by …