The transient hyperfine field at Si, Pd and Pt ions traversing iron and nickel foils

Salient features of transient magnetic fields are brought out from nuclear spin precession measurements on light ions penetrating polarized Fe-, Ni-and Gd-hosts. At low velocities ion fractions with single K-shell vacancies, at high velocities H-like charge state fractions, can account for the observed precessions. The data suggest a sharp reduction of the K-shell field at a velocity Vion~--0.5VO . Large degrees of K-shell polarization have been derived for C-and O-ions. Measurements in different ferromagnets show that the transient fields scale with the polarized electron density of the host.

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The transient hyperfine field at Si, Pd and Pt ions traversing iron and nickel foils

Cited by 11 publications

References 18 publications

The velocity dependence of the transient magnetic field of O in Fe

The velocity dependence of the transient magnetic field of O in Fe

Disparity between the transient hyperfine fields for Pt and Os in Fe; an electron vacancy sharing interpretation

Light nuclei as distinct probes for transient magnetic fields

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