How Far Is the Far Field? von Asvestas, John S.

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Calculation of the Impedance Matrix Inner Integral of the Magnetic-Field Integral Equation to Prescribed Precision von Asvestas, John S., Richardson, Dennis W., Allen, Oliver Eric

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Calculation of the Impedance Matrix Inner Integral to Prescribed Precision von Asvestas, J.S., Yankovich, S.P., Allen, O.E.

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Radiation of a coaxial line into a half-space von Asvestas, J.S.

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Line-Integral Approach to Computing Impedance Matrix Elements von Asvestas, J.S., Bilow, H.J.

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Approximate Compensation for Mutual Coupling in a Direct Data Domain Least Squares Approach using the In-situ Measured Element Patterns von Choi, Wonsuk, Sarkar, Tapan K, Allen, Oliver E, Asvestas, John S

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The physical-optics integral and computer graphics von Asvestas, J.S.

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Scattering by an indentation satisfying a dyadic impedance boundary condition von Asvestas, J.S.

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Electromagnetic scattering by indented screens von Asvestas, J.S., Kleinman, R.E.

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Evaluation of Integrals Related to the Magnetic Field Integral Equation Over Bilinear Quadrilaterals von Asvestas, John S

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The physical optics method in electromagnetic scattering von Asvestas, John S.

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Evaluation of Integrals Related to the Magnetic Field Integral Equation Over Bilinear Quadrilaterals von Asvestas, John S

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Calculation of Moment Matrix Elements for Bilinear Quadrilaterals and Higher-Order Basis Functions von Asvestas,John S

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Radiation of a Coaxial Line into a Half-Space von Asvestas, John S

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Line integrals and physical optics Part II The conversion of the Kirchhoff surface integral to a line integral von Asvestas, John S.

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Line integrals and physical optics Part I The transformation of the solid-angle surface integral to a line integral von Asvestas, John S.

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Interaction of an Electromagnetic Wave with the Acoustic Field of a Traveling Point Source of Sound. Part II: Application in a Standard Atmosphere von Asvestas, John S.

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Interaction of an Electromagnetic Wave with the Acoustic Field of a Traveling Point Source of Sound. Part I: Theory von Asvestas, John S.

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A Class of Functions with Removable Singularities and Their Application to the Physical Theory Of Diffraction von Asvestas, John S.

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The physical optics fields of an aperture on a perfectly conducting screen in terms of line integrals von Asvestas, J.

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