An efficient low-energy electron-spin-polarization analyzer

Erbudak M, Müller N (1981)
Applied physics letters 38(7): 575-577.

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Journal Article | Published | English
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The spin-orbit coupling in the scattering of electrons at the surface of a gold crystal induces a spin-dependent absorption of electrons. A huge spin dependence of the absorbed current is observed, which promises the realization of an electron-spin-polarization analyzer with an efficiency of over 10 -2. Applied Physics Letters is copyrighted by The American Institute of Physics.
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Erbudak M, Müller N. An efficient low-energy electron-spin-polarization analyzer. Applied physics letters. 1981;38(7):575-577.
Erbudak, M., & Müller, N. (1981). An efficient low-energy electron-spin-polarization analyzer. Applied physics letters, 38(7), 575-577.
Erbudak, M., and Müller, N. (1981). An efficient low-energy electron-spin-polarization analyzer. Applied physics letters 38, 575-577.
Erbudak, M., & Müller, N., 1981. An efficient low-energy electron-spin-polarization analyzer. Applied physics letters, 38(7), p 575-577.
M. Erbudak and N. Müller, “An efficient low-energy electron-spin-polarization analyzer”, Applied physics letters, vol. 38, 1981, pp. 575-577.
Erbudak, M., Müller, N.: An efficient low-energy electron-spin-polarization analyzer. Applied physics letters. 38, 575-577 (1981).
Erbudak, M., and Müller, Norbert. “An efficient low-energy electron-spin-polarization analyzer”. Applied physics letters 38.7 (1981): 575-577.
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