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We studied the Ag thickness and the primary electron energy-dependence of polarization of secondary electrons emitted from Ag thin films on an Fe(110) substrate. By fitting the experimental data using an exponential function, we found that the magnetic information depth λm of the secondary electron polarization increases with increasing primary electron energy Ep from λm=9Å at Ep=170eV to λm=24Å...
We studied the Au thickness and the primary electron energy-dependence of polarization of secondary electrons emitted from Au thin him on an Fe(110) substrate. By fitting to the experimental data using the exponential function, we found that the magnetic information depth λ m of the secondary electron polarization increases with primary electron energy E p from λ m = 6 at...
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