Abstract
The irradiance in the speckle pattern produced by a rough metal surface illuminated by polarized laser light can be regarded as the sum of the irradiances of two component speckle patterns produced by scattered light polarized in two orthogonal directions. A theoretical analysis is presented which leads to useful approximations for the cross-correlation functions of the component speckle fields both in the far field and in an image of the surface. These results are used to derive the statistics of such speckle patterns.

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