Decay Exponents and Diffraction Coefficients for Surface Waves on Surfaces of Non-Constant Curvature (Classic Reprint) - Hardcover

Keller, Joseph B.

 
9780656920174: Decay Exponents and Diffraction Coefficients for Surface Waves on Surfaces of Non-Constant Curvature (Classic Reprint)

Synopsis

Excerpt from Decay Exponents and Diffraction Coefficients for Surface Waves on Surfaces of Non-Constant Curvature

When a wave is incident upon an opaque object large compared to the incident wavelength a shadow is formed. Some radiation penetrates into the shadow. The first quantitative analysis of this penetration effect for the case of a smooth object was that of G. N. Watson[1]. He showed that the field in the shadow of a sphere consists of a sum of modes.

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