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3. Calculate the polarizability a(wo), the scattering cross-section scatter (wo) and the absorption cross-section abs (wo) of a metal nanosphere in vacuum at the angular frequency of incident light wo = 10¹5 rad/s. The radius of the nanosphere is 100 nm. The metal's relatively permittivity is described by the Drude model with wp = 3 x 10¹5 rad/s, and y = 10¹4 s-¹.

3. Calculate the polarizability a(wo), the scattering cross-section scatter (wo) and the absorption cross-section abs (wo) of a metal nanosphere in vacuum at the angular frequency of incident light wo = 10¹5 rad/s. The radius of the nanosphere is 100 nm. The metal's relatively permittivity is described by the Drude model with wp = 3 x 10¹5 rad/s, and y = 10¹4 s-¹.

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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3. Calculate the polarizability a(wo), the scattering cross-section scatter (wo) and the absorption cross-section abs (wo) of a metal nanosphere in vacuum at the angular frequency of incident light wo = 1015 rad/s. The radius of the nanosphere is 100 nm. The metal's relatively permittivity is described by the Drude model with wp = 3 x 10¹5 rad/s, and y = 10¹4 s-¹
Transcribed Image Text:3. Calculate the polarizability a(wo), the scattering cross-section scatter (wo) and the absorption cross-section abs (wo) of a metal nanosphere in vacuum at the angular frequency of incident light wo = 1015 rad/s. The radius of the nanosphere is 100 nm. The metal's relatively permittivity is described by the Drude model with wp = 3 x 10¹5 rad/s, and y = 10¹4 s-¹
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