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Blackbody Radiation: Properties and Quantum Effects

Explore the essentials of Blackbody Radiation with Eric Tener, focusing on light properties, electromagnetic wave spectrum, and thermal dynamics. Learn about absorptivity, emissivity, reflection, and transmittance in the context of quantum effects.

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Blackbody Radiation: Properties and Quantum Effects

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Presentation Transcript

  1. Blackbody Radiation Presented by Eric Tener

  2. What is necessary to understand Blackbody Radiation? • The properties of light and the spectrum • Absorbtivity, emisstivity, reflection, and trnsmittance • Thermodynamics and quantum effects of electromagnetic radiation

  3. Electro-magnetic Wave Spectrum

  4. Emisstivity Let e = Emissivity, a = Absorbtion, r = Reflectivity, t = transmittance. a = 1 - r e = a e = a = 1 – r t + r + a = 1 or t + r + e = 1

  5. Blackbody as a Hole

  6. Quantum v. Classical

  7. Radiation Curves

  8. M100 Galactic Nucleus

  9. The End

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