Investigations of spin densities in ferromagnetic materials using magnetic Compton scattering are reported. At the high-energy beamline ID15 at the ESRF, experiments have been carried out utilizing the high flux at very high photon energies. Energies from 60 up to 1000 keV have been used for investigations of experimental resolution, cross section, spin moments and momentum distribution. Optimized conditions are found for photon energies from 200 to 250 keV with a momentum resolution < 0.4 a.u. and a doubled magnetic effect compared with earlier measurements. In the determination of absolute spin moments multiple scattering has to be taken into account
The spin-dependent momentum density of Gd7Pd3 was probed by the magnetic Compton scattering techniqu...
The existence of a term in the cross section for inelastic photon scattering of circularly polarised...
Results of high-energy magnetic X-ray diffraction for photon energies up to 500 keV are presented an...
Investigations of spin densities in ferromagnetic materials using magnetic Compton scattering are re...
The energy dependence of the magnetic Compton cross-section was measured with elliptically polarised...
The magnetic Compton profile of Fe [111] was measured using circularly polarized synchrotron radiati...
Studies of electron density distributions through the Compton effect exploit the Doppler shift that ...
Measurements of magnetic effects at X-ray wavelengths in photoabsorption, diffraction and Compton sc...
The use of synchrotron radiation with very high photon energies has become possible only with the la...
Ferromagnetism can be studied in Compton scattering experiments, which use high-energy, elliptically...
In practice x-ray studies of ferromagnetic materials require circularly polarized radiation if the w...
The compound HoFe2 has been used to study both the nature and scope of magnetic Compton scattering i...
Studies of spin-resolved electron momentum densities involve the measurement of the so-called magnet...
We report the spin-dependent electron momentum distribution in Mn excess Ni-Mn-Ga ferromagnetic shap...
After approximately ten years development, Compton scattering studies of magnetisation density with ...
The spin-dependent momentum density of Gd7Pd3 was probed by the magnetic Compton scattering techniqu...
The existence of a term in the cross section for inelastic photon scattering of circularly polarised...
Results of high-energy magnetic X-ray diffraction for photon energies up to 500 keV are presented an...
Investigations of spin densities in ferromagnetic materials using magnetic Compton scattering are re...
The energy dependence of the magnetic Compton cross-section was measured with elliptically polarised...
The magnetic Compton profile of Fe [111] was measured using circularly polarized synchrotron radiati...
Studies of electron density distributions through the Compton effect exploit the Doppler shift that ...
Measurements of magnetic effects at X-ray wavelengths in photoabsorption, diffraction and Compton sc...
The use of synchrotron radiation with very high photon energies has become possible only with the la...
Ferromagnetism can be studied in Compton scattering experiments, which use high-energy, elliptically...
In practice x-ray studies of ferromagnetic materials require circularly polarized radiation if the w...
The compound HoFe2 has been used to study both the nature and scope of magnetic Compton scattering i...
Studies of spin-resolved electron momentum densities involve the measurement of the so-called magnet...
We report the spin-dependent electron momentum distribution in Mn excess Ni-Mn-Ga ferromagnetic shap...
After approximately ten years development, Compton scattering studies of magnetisation density with ...
The spin-dependent momentum density of Gd7Pd3 was probed by the magnetic Compton scattering techniqu...
The existence of a term in the cross section for inelastic photon scattering of circularly polarised...
Results of high-energy magnetic X-ray diffraction for photon energies up to 500 keV are presented an...