Analysis of optical fields during reflection in a randomly inhomogeneous medium

Absback.We performed a least-squares fit for crystal potentials derived by APW band structure calculations for monatomic, as well as diatomic, structures. The potential is described by an eighth order polynomial multiplied by an exponential function. The fitted potentials yield eigenvalues, for a variety ofk points, within 2-3 mRyd of the first-principles APW results We have also discovered that starting with the fitted potential at a given lattice constant and using the potential in the interstitial region (muffin-tin zero) as a single

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Analysis of optical fields during reflection in a randomly inhomogeneous medium

Cited by 3 publications

References 1 publication

Problem of maximization of the sharpness functions in observation of objects in coherent light through a randomly inhomogeneous medium

Problem of maximization of the sharpness functions in observation of objects in coherent light through a randomly inhomogeneous medium

Active aperture synthesis in observation of objects via distorting media

Active interferometric method for construction of images of small objects observed across a turbulent atmosphere

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