| 1. | The conduction band, above the Fermi level, is normally nearly completely empty.
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| 2. | This excites an electron from the valence band into the conduction band.
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| 3. | By contrast, the Fermi energy lies in the conduction band in metals.
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| 4. | Kane improved previous valence band models by adding the lowest conduction band.
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| 5. | One then considers adding the first conduction band orbital to the chain.
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| 6. | From the conduction band they may recombine with holes trapped in hole traps.
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| 7. | The same analogy exists between the "'LUMO "'level and the conduction band minimum.
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| 8. | conduction band, with the electron states occupied in accordance with Fermi Dirac statistics.
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| 9. | Constant energy ellipsoids in silicon near the six conduction band minima.
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| 10. | The holes associated with electrons in the conduction band are independent from the latter.
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