In a certain semiconductor, the valence band can be approximated by the function E(k) = Eo ak2 and the conduction band can be described by the function E(k)= E₁ + 3k². Here E(k) is the electron energy and k is the wavevector. Plot E(k) for the two bands. What is the bandgap of this semiconductor? Is this a direct or indirect bandgap semiconductor?
In a certain semiconductor, the valence band can be approximated by the function E(k) = Eo ak2 and the conduction band can be described by the function E(k)= E₁ + 3k². Here E(k) is the electron energy and k is the wavevector. Plot E(k) for the two bands. What is the bandgap of this semiconductor? Is this a direct or indirect bandgap semiconductor?
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Transcribed Image Text:In a certain semiconductor, the valence band can be approximated by the function E(k) = Eo ak² and the
conduction band can be described by the function E(k)= E₁ + 3k². Here E(k) is the electron energy and k is the
wavevector. Plot E(k) for the two bands. What is the bandgap of this semiconductor? Is this a direct
or indirect bandgap semiconductor?
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