Screening of impurities in strong magnetic fields

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ID: 270554
1979
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Abstract
Charged impurities inserted in an electron gas in strong magnetic fields and at low temperatures are considered. Using the random phase and the generalized Born approximations, a self-consistent calculation of the screening of the impurities and the broadening of the electronic energy levels due to the scattering by these impurities is presented. Concrete results obtained in numerical form show that for typical semiconductors the anisotropy of te screening induced by the magnetic field is strongly reduced by collisional damping. The screening length, however, depends rather strongly on the field.
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hajdu1979thescreening Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors Y. Ono,J. Hajdu;Y. Ono;J. Hajdu;
Journal the european physical journal b
Year 1979
DOI
10.1007/bf01325814
URL
https://sciprofiles.com/publication/view/f4956aad3e90002ffc81636a337ed67d
Keywords
spectroscopy Neural network anisotropy magnetic field state physics

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