| 1. | The most successful approach is based on the homogeneous electron gas.
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| 2. | Only the free electron gas case can be solved exactly.
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| 3. | The weakly interacting regime of densities is known as the electron gas.
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| 4. | In a quantum electron gas, plasma waves are known as plasmons.
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| 5. | The angular dependence of two-dimensional electron gas ( 2DEG ).
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| 6. | The chemical potential for an electron gas near equilibrium is constant and given by
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| 7. | The accumulated electrons are also known as 2DEG or two-dimensional electron gas.
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| 8. | The limit of high density is where jellium most resembles a noninteracting free electron gas.
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| 9. | In this non-degenerate case, the standard free electron gas result is retrieved:
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| 10. | Thus the high-density regime is known as an " electron gas ".
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