| 1. | N th is the carrier density at threshold and is given by
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| 2. | A system thus cools slower, the higher the carrier density is.
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| 3. | A reduced carrier density means that the drift behavior of the carriers.
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| 4. | Due to problems with charge carrier densities via doping in zinc oxide.
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| 5. | The kinetic inductance increases as the carrier density decreases.
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| 6. | Near zero carrier density graphene exhibits positive photoconductivity and negative photoconductivity at high carrier density.
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| 7. | Near zero carrier density graphene exhibits positive photoconductivity and negative photoconductivity at high carrier density.
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| 8. | The equilibrium carrier density that results from the balance of these interactions is predicted by thermodynamics.
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| 9. | In a normal metal wire, the resistivity also increases as the carrier density n decreases.
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| 10. | Careful choice of the materials and alloy compositions allow control of the carrier densities within the 2DEG.
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