Microwave, unlike visible light, can be measured directly on the phase of the wave. The measurement of complex amplitude suggests a possibility of holographic plasma imaging with a single view-field of planar array of detectors. In this paper, an inverse problem of holography is formulated with respect to reflection and scattering wave observations. Against the restricted view-field and few detectors, a solution of Tikhonov type is proposed and examined by numerical simulations. The first result of feasibility study is presented
In our experiments, we develop and test portable multi-element receiver antenna arrays, electrically...
When holography is applied outside the laboratory, some well known problems are experienced: vibrati...
This work describes a new technique for the determination of antenna radiation patterns and the imag...
The lens-less technique of microwave holography is expected to provide information of three-dimensio...
We propose a three-dimensional microwave holographic imaging method based on the forward-scattered w...
This work describes how indirect holography which has previously been applied to the determination o...
Microwave holographic imaging is set of methods for obtaining images of hidden objects and determini...
This paper describes the use of indirect microwave holographic together with inverse scattering tech...
Indirect microwave holographic techniques offer a simple, low cost technique for a range of microwav...
Early, accurate and efficient screening of tumour will go a long way to improve the life expectancy ...
Computation of the amplitudes of the diffracted fields which are produced when a reflection hologram...
Gabor's original holography, which is the basic theory of modern microwave holographic techniques, i...
This work details how an indirect microwave holographic technique originally developed for antenna m...
We present a reliable image reconstruction algorithm suitable for a microwave holographic vision sys...
A new type of complex electromagnetic structure, the artificial microwave volume hologram (AMVH), ha...
In our experiments, we develop and test portable multi-element receiver antenna arrays, electrically...
When holography is applied outside the laboratory, some well known problems are experienced: vibrati...
This work describes a new technique for the determination of antenna radiation patterns and the imag...
The lens-less technique of microwave holography is expected to provide information of three-dimensio...
We propose a three-dimensional microwave holographic imaging method based on the forward-scattered w...
This work describes how indirect holography which has previously been applied to the determination o...
Microwave holographic imaging is set of methods for obtaining images of hidden objects and determini...
This paper describes the use of indirect microwave holographic together with inverse scattering tech...
Indirect microwave holographic techniques offer a simple, low cost technique for a range of microwav...
Early, accurate and efficient screening of tumour will go a long way to improve the life expectancy ...
Computation of the amplitudes of the diffracted fields which are produced when a reflection hologram...
Gabor's original holography, which is the basic theory of modern microwave holographic techniques, i...
This work details how an indirect microwave holographic technique originally developed for antenna m...
We present a reliable image reconstruction algorithm suitable for a microwave holographic vision sys...
A new type of complex electromagnetic structure, the artificial microwave volume hologram (AMVH), ha...
In our experiments, we develop and test portable multi-element receiver antenna arrays, electrically...
When holography is applied outside the laboratory, some well known problems are experienced: vibrati...
This work describes a new technique for the determination of antenna radiation patterns and the imag...