| 1. | All stars have a spectral energy distribution that depends on their surface temperature.
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| 2. | It is that which contributes to a double-peaked spectral energy distribution.
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| 3. | An adductory gesture is also identified by the change in voice spectral energy it produces.
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| 4. | Each component has the same spectral energy distribution and is an image of the quasar.
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| 5. | Which is just the spectral energy density for Planck's law of black body radiation.
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| 6. | This is also a spectral energy density function with units of energy per unit wavelength per unit volume.
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| 7. | The witch of Agnesi approximates the spectral energy distribution of spectral lines, particularly X-ray lines.
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| 8. | It was first considered notable for its infrared excess and double-peaked Spectral energy distribution in the infrared.
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| 9. | The double-peaked spectral energy distribution and polarization are strongly indicative of a dust shell around the star.
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| 10. | From Planck's law of black-body radiation at temperature we have for the spectral energy density at frequency
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