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- How does Fermi level constancy play out in a nonuniformly doped semiconductor?
Fermi level is known to be constant in a equilibrium state. It is also known to vary according to the number of donors/acceptors. In a nonuniformly doped semiconductor that has varying number of donors/acceptors at different position, how is the fermi level decided? Is it the average number of donor/acceptors across the semiconductor that is taken into account?
Thanks in advance.
Thanks in advance.