
Accession Number : ADA185603
Title : The Inverse Back Scattering Problem for the Schroedinger Equation in Two Space Dimensions.
Descriptive Note : Interim rept.,
Corporate Author : NEW YORK UNIV NY COURANT INST OF MATHEMATICAL SCIENCES
Personal Author(s) : Morawetz, Cathleen S
PDF Url : ADA185603
Report Date : 01 Apr 1987
Pagination or Media Count : 27
Abstract : This paper is concerned with determining a potential q(x) for the steady state Schroedinger equation in two space variables, x = (x1, x2): (1.1) (Delta + omega 2  q) u = 0. It is assumed there are no bound states. The data come from the far field scattered by plane waves impinging in a range of directions but measured only in the opposite directions. More precisely let p(e, omega, x) be a solution of (1.1) which for e.x =  infinity behaves like e x p(i omega e.x) plus a scattered wave behaving like e x p (i omega e.x). Here e is a unit vector. Clearly this requires some conditions of decay on q.
Descriptors : *SCHRODINGER EQUATION, *INVERSE SCATTERING, DECAY, FAR FIELD, ORIENTATION(DIRECTION), PLANE WAVES, STEADY STATE, WAVES, BACKSCATTERING, VARIABLES
Subject Categories : Numerical Mathematics
Quantum Theory and Relativity
Distribution Statement : APPROVED FOR PUBLIC RELEASE