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A systematic, quantitative study of the effect of interface roughness anddisorder on the magnetoresistance of FeCo$|$vacuum$|$FeCo magnetic tunneljunctions is presented based upon parameter-free electronic structurecalculations. Surface roughness is found to have a very strong effect on thespin-polarized transport while that of disorder in the leads (leads consistingof a substitutional alloy) is weaker but still sufficient to suppress the hugetunneling magneto-resistance (TMR) predicted for ideal systems

Influence of roughness and disorder on tunneling magnetoresistance