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If the Fermi energy EF is in the middle of the GaN band gap, what is the probability of finding an electron, (or equivalently, the probability of a state being occupied), at an energy kbT above the conduction band absolute minimum?

If the Fermi energy EF is in the middle of the GaN band gap, what is the probability of finding an electron, (or equivalently, the probability of a state being occupied), at an energy kbT above the conduction band absolute minimum?

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10 ev GaN Φ 8 ( 6 2 ωο -2 του β -6 1,3 1.3 2,4 3 -- 5 5,6 1.3 5.6 1,3 -8 A R LU M Σ ΓΔΑ k 1,2 1,2 3 S Η Ρ Κ - Γ
Transcribed Image Text:10 ev GaN Φ 8 ( 6 2 ωο -2 του β -6 1,3 1.3 2,4 3 -- 5 5,6 1.3 5.6 1,3 -8 A R LU M Σ ΓΔΑ k 1,2 1,2 3 S Η Ρ Κ - Γ
If the Fermi energy EF is in the middle of the GaN band gap, what is the probability of finding an electron, (or equivalently, the probability of a state being occupied), at an energy kbT above the conduction band absolute minimum?
Transcribed Image Text:If the Fermi energy EF is in the middle of the GaN band gap, what is the probability of finding an electron, (or equivalently, the probability of a state being occupied), at an energy kbT above the conduction band absolute minimum?
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