| 1. | The charge density is not actually concentrated in a delta function.
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| 2. | Which is nonzero for a time-varying charge density.
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| 3. | This is one explanation for charge density waves in solids.
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| 4. | This is because it reduces the intake charge density.
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| 5. | If the charge density is zero, then Laplace's equation results.
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| 6. | The infinite constant gives the Dirac sea an infinite energy and charge density.
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| 7. | This may limit the charge density inside IEC devices.
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| 8. | Charge density and current density are creating them both.
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| 9. | The charge density makes it well suited for flocculation.
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| 10. | In this case the charge density is given by
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