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These two terms are constant so that the electochemical potential of the stationary state is harmonic: ∇2µst = 0

Inserting the solution (7) into the relations (3,4), we deduce ∂xµst = −J 0 x qntotη(1+θ2 H ), ∂yµst = θHJ 0 x qntotη(1+θ2 H )

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Surface currents in Hall devices

cond-mat.mes-hall · 2019-08-17 · conditional · novelty 6.0

The steady state of a Hall device is the state of minimum Joule heating, with zero transverse current and edge currents proportional to the edge charge accumulation.

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  • Surface currents in Hall devices cond-mat.mes-hall · 2019-08-17 · conditional · none · ref 1

    The steady state of a Hall device is the state of minimum Joule heating, with zero transverse current and edge currents proportional to the edge charge accumulation.