A description of the absorption of circularly polarized x rays based on a spin?polarized version of relativistic multiple scatteringtheory is presented. The approach treats all relativistic effects and spin polarization on equal footing, permitting us to study the difference in absorption of left and right circularly polarized x rays. Results obtained for ferromagnetic Fe are presented and compared with experiment
Basic principles of the magnetisation dependent effects of the absorption of circularly polarised X-...
With the advent of highly brilliant photon sources of excellent polarization characteristics a va...
We recall briefly the general theory of magneboptical effects and calculate the K-edge absorption of...
We show that, as a consequence of relativistic quantum mechanics, photons with left handed and right...
We present a detailed description of a first-principles formalism for magnetic scattering of circula...
We discuss magneto-optical effects in magnetic materials at various photon-energies. At first we foc...
The transmission of synchrotron radiation through magnetized iron at energies above the K-absorption...
In practice x-ray studies of ferromagnetic materials require circularly polarized radiation if the w...
A fully relativistic theoretical description of the magnetic extended x-ray absorption fine structur...
We apply our recent formalism of magnetic scattering of X-rays to ferromagnetic iron and Cr_47Fe_53 ...
A description of the magnetic dichroism in X-ray absorption (MXD) based on the spin polarized relati...
A theoretical approach of various magneto-X-ray effects (Faraday rotation, resonant magnetic X-ray s...
We present a description of a first-principles formalism for the scattering of circularly polarised ...
We present a full theory of magnetic dichroism in absorption in itinerant magnets based on the multi...
We present a first-principles theory of x-ray Faraday effects. Initially we calculate the difference...
Basic principles of the magnetisation dependent effects of the absorption of circularly polarised X-...
With the advent of highly brilliant photon sources of excellent polarization characteristics a va...
We recall briefly the general theory of magneboptical effects and calculate the K-edge absorption of...
We show that, as a consequence of relativistic quantum mechanics, photons with left handed and right...
We present a detailed description of a first-principles formalism for magnetic scattering of circula...
We discuss magneto-optical effects in magnetic materials at various photon-energies. At first we foc...
The transmission of synchrotron radiation through magnetized iron at energies above the K-absorption...
In practice x-ray studies of ferromagnetic materials require circularly polarized radiation if the w...
A fully relativistic theoretical description of the magnetic extended x-ray absorption fine structur...
We apply our recent formalism of magnetic scattering of X-rays to ferromagnetic iron and Cr_47Fe_53 ...
A description of the magnetic dichroism in X-ray absorption (MXD) based on the spin polarized relati...
A theoretical approach of various magneto-X-ray effects (Faraday rotation, resonant magnetic X-ray s...
We present a description of a first-principles formalism for the scattering of circularly polarised ...
We present a full theory of magnetic dichroism in absorption in itinerant magnets based on the multi...
We present a first-principles theory of x-ray Faraday effects. Initially we calculate the difference...
Basic principles of the magnetisation dependent effects of the absorption of circularly polarised X-...
With the advent of highly brilliant photon sources of excellent polarization characteristics a va...
We recall briefly the general theory of magneboptical effects and calculate the K-edge absorption of...