The achievable depth resolution in reconstructing the permittivity profile of a dielectric strip under the Born approximation when data are collected in the Fresnel zone is studied. We consider a rectilinear measurement aperture and an orthogonal and centered rectilinear investigation domain. The roles of the aperture extent and frequency diversity are highlighted
© 2017 Pushpa Publishing House, Allahabad, India.Uniqueness of a solution to the problem of reconstr...
The inverse scattering problem has numerous significant applications, including in geophysical explo...
An efficient method to reconstruct the dielectric objects buried in the lossy earth using the Born a...
The achievable depth resolution in reconstructing the permittivity profile of a dielectric strip und...
The reconstruction of the dielectric permittivity profile from scattered field measurements in two d...
The problem of determining the achievable resolution limits in the reconstruction of a current distr...
The problem of reconstructing a strip electric current from its radiated field collected over a boun...
The information content of radiated fields and the achievable resolution limits in the reconstructio...
The problem of reconstructing dielectric profiles in both one and two dimensions from measurements o...
The problem of determining an unknown rectilinear source from the knowledge of its radiated field ov...
Deals with the reconstruction of the contrast function of a dielectric cylinder with rectangular cro...
In this paper, the classical question of estimating the achievable resolution in terms of the config...
This paper is concerned with the permittivity reconstruction of inhomogeneous dielectric media. The ...
This paper deals with 3D and 2D linear inverse scattering approaches based on the Born approximation...
© 2017 Pushpa Publishing House, Allahabad, India.Uniqueness of a solution to the problem of reconstr...
The inverse scattering problem has numerous significant applications, including in geophysical explo...
An efficient method to reconstruct the dielectric objects buried in the lossy earth using the Born a...
The achievable depth resolution in reconstructing the permittivity profile of a dielectric strip und...
The reconstruction of the dielectric permittivity profile from scattered field measurements in two d...
The problem of determining the achievable resolution limits in the reconstruction of a current distr...
The problem of reconstructing a strip electric current from its radiated field collected over a boun...
The information content of radiated fields and the achievable resolution limits in the reconstructio...
The problem of reconstructing dielectric profiles in both one and two dimensions from measurements o...
The problem of determining an unknown rectilinear source from the knowledge of its radiated field ov...
Deals with the reconstruction of the contrast function of a dielectric cylinder with rectangular cro...
In this paper, the classical question of estimating the achievable resolution in terms of the config...
This paper is concerned with the permittivity reconstruction of inhomogeneous dielectric media. The ...
This paper deals with 3D and 2D linear inverse scattering approaches based on the Born approximation...
© 2017 Pushpa Publishing House, Allahabad, India.Uniqueness of a solution to the problem of reconstr...
The inverse scattering problem has numerous significant applications, including in geophysical explo...
An efficient method to reconstruct the dielectric objects buried in the lossy earth using the Born a...