The boron contribution to the total spin moment in the amorphous alloys Fe1-xBx (x=0.2,0.24) has been determined using magnetic Compton scattering. The magnitude of the induced boron moment was found to be ≈-0.04μB per formula unit which is a factor of ≈2 less than that suggested by supercell linearized muffin-tin orbital electronic structure calculations. © 2001 The American Physical Society
Studies of electron density distributions through the Compton effect exploit the Doppler shift that ...
The electrical resistivity ρ as a function of temperature has been measured for amorphous Fe80B...
In contrast to rapidly quenched metallic glasses, nanoglasses consist of two components, namely amor...
The boron contribution to the total spin moment in the amorphous alloys Fe1-xBx (x= 0.2,0.23) has be...
The partial spin-dependent densities of states (DOS) of both the iron and the boron in Fe–B amorphou...
Ferromagnetism can be studied in Compton scattering experiments, which use high-energy, elliptically...
Spin-resolved photoemission from FeB and CoB binary amorphous alloys has been measured using, for th...
The magnetic Compton scattering experiment of USe single crystal was performed . The spin moment μ_s...
The spin-polarized electron momentum distributions in the Cr-based chalcogenide spinels Fe1-xCuxCr2S...
Anisotropic magnetoresistance ratio (AMR) was measured for binary and ternary (Fe, Co, Ni)-B amorpho...
10.1016/S0304-8853(00)00343-7Journal of Magnetism and Magnetic Materials217165-73JMMM
L'étude par spectrométrie Mössbauer du 57 Fe dans les alliages amorphes Fe-B contenant 12 à 20at%B r...
The concentration dependence of the magnetic properties of amorphous Fe-P-B alloys obtained by splat...
Fe75Nb10B15 alloys were prepared by mechanical alloying using different boron powders (crystalline B...
Investigations of spin densities in ferromagnetic materials using magnetic Compton scattering are re...
Studies of electron density distributions through the Compton effect exploit the Doppler shift that ...
The electrical resistivity ρ as a function of temperature has been measured for amorphous Fe80B...
In contrast to rapidly quenched metallic glasses, nanoglasses consist of two components, namely amor...
The boron contribution to the total spin moment in the amorphous alloys Fe1-xBx (x= 0.2,0.23) has be...
The partial spin-dependent densities of states (DOS) of both the iron and the boron in Fe–B amorphou...
Ferromagnetism can be studied in Compton scattering experiments, which use high-energy, elliptically...
Spin-resolved photoemission from FeB and CoB binary amorphous alloys has been measured using, for th...
The magnetic Compton scattering experiment of USe single crystal was performed . The spin moment μ_s...
The spin-polarized electron momentum distributions in the Cr-based chalcogenide spinels Fe1-xCuxCr2S...
Anisotropic magnetoresistance ratio (AMR) was measured for binary and ternary (Fe, Co, Ni)-B amorpho...
10.1016/S0304-8853(00)00343-7Journal of Magnetism and Magnetic Materials217165-73JMMM
L'étude par spectrométrie Mössbauer du 57 Fe dans les alliages amorphes Fe-B contenant 12 à 20at%B r...
The concentration dependence of the magnetic properties of amorphous Fe-P-B alloys obtained by splat...
Fe75Nb10B15 alloys were prepared by mechanical alloying using different boron powders (crystalline B...
Investigations of spin densities in ferromagnetic materials using magnetic Compton scattering are re...
Studies of electron density distributions through the Compton effect exploit the Doppler shift that ...
The electrical resistivity ρ as a function of temperature has been measured for amorphous Fe80B...
In contrast to rapidly quenched metallic glasses, nanoglasses consist of two components, namely amor...