Two-dimensional electromagnetic inverse scattering solutions by the method of moments

Özet, Ahmet


Two kinds of real lines on real del Pezzo surfaces of degree 1
Finashin, Sergey (2021-11-01)
We show how the real lines on a real del Pezzo surface of degree 1 can be split into two species, elliptic and hyperbolic, via a certain distinguished, intrinsically defined, Pin(-)-structure on the real locus of the surface. We prove that this splitting is invariant under real automorphisms and real deformations of the surface, and that the difference between the total numbers of hyperbolic and elliptic lines is always equal to 16.
Two-Person Zero-Sum Communicating Stochastic Games
Avşar, Zeynep Müge (1997-10-26)
For undiscounted two-person zero-sum communicating stochastic games with finite state and action spaces, a solution procedure is proposed that exploits the communication property, i.e., working with irreducible games over restricted strategy spaces. The proposed procedure gives the value of the communicating game with an arbitrarily small error when the value is independent of the initial state.
Two-Dimensional Electrical Modeling of High Geometrical Aspect Ratio Emitters
Turkay, Deniz; Yerci, Selçuk (null; 2019-03-22)
Two types of inferrable indefinites
Özge, Umut (null; 2014-08-31)
Two alternative expressions for the spherical wave expansion of the time domain scalar free-space Green's function and an application: Scattering by a soft sphere
Buyukdura, OM; Koç, Seyit Sencer (1997-01-01)
The importance of expanding Green's functions, particularly free-space Green's functions, in terms of orthogonal wave functions is practically self-evident when frequency domain scattering problems are of interest. With the relatively recent and widespread interest in time domain scattering problems, similar expansions of Green's functions are expected to be useful in the time domain. In this paper, two alternative expressions, expanded in terms of orthogonal spherical wave functions, for the free-space tim...
Citation Formats
A. Özet, “Two-dimensional electromagnetic inverse scattering solutions by the method of moments,” Middle East Technical University, 1993.