Eytan Barouch

Professor Barouch’s main current interest is a combination of numerical analysis with specific practical problems of electromagnetic applications. These include:

• Simulations of microchip fabrications using non-uniform grid transforms to reduce the storage and file size required so practical results can be obtained in real time without any sacrifice of accuracy.
• Electromagnetic inverse scattering of complicated material-compositions and complicated shapes. In particular metals and lossy materials combined to enhance or reduce scattered beams for both identifications and disguise.
• Material properties identifications including non-linear response using ADE (auxiliary differential equation) for each term in the materials permittivity function.

Publications

A complete list of publications by year.
A complete list of publications by number of citations.