Given the tight binding dispersion relation E(k)= E, + Asin ka where E, and A are 2 0. constants and a is the lattice parameter. What is the group velocity of an electron at the second Brillouin zone boundary?
Given the tight binding dispersion relation E(k)= E, + Asin ka where E, and A are 2 0. constants and a is the lattice parameter. What is the group velocity of an electron at the second Brillouin zone boundary?
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![Given the tight binding dispersion relation E(k) = E + Asin'|
ka
where E, and A are
2
constants and a is the lattice parameter. What is the group velocity of an electron at the
second Brillouin zone boundary?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd6bb44fb-cb74-4b62-8019-da668114b53c%2F2bcbca07-7832-4268-8264-3d36c2704db2%2Ft3d48q_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Given the tight binding dispersion relation E(k) = E + Asin'|
ka
where E, and A are
2
constants and a is the lattice parameter. What is the group velocity of an electron at the
second Brillouin zone boundary?
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