Inverse problems for a 3D model of electrostatics, which arise when developing
technologies for designing electric cloaking and shielding devices, are studied. It is …

Inverse problems for a three-dimensional magnetostatic model arising in the design of
axisymmetric multilayered shielding and cloaking devices are stated. Assuming that the …

In this paper we study inverse problems of electric conductivity that arise in the design of
spherical shielding or cloaking shells and other functional devices used to control static …

We study inverse problems of magnetostatics that arise when designing two-dimensional
multilayered shielding and cloaking devices. It is assumed that the device to be designed …

Under consideration are the inverse problems of electrostatics which arise in designing two-
dimensional multilayer shielding and cloaking devices. Using optimization, we reduce these …

An efficient numerical algorithm for solving a cloaking problem for an axisymmetric model of
electrostatics is proposed and numerically implemented. The algorithm is based on the use …

The problem of designing 2D cylindrical shielding device consisting of isotropic and
anisotropic ring-like layers is studied. An efficient algorithm for its solving is proposed and …

We study inverse problems for the 2-D model of electrical conductivity that arise when
designing circular shielding or cloaking shells used to control static electric fields. It is …

An economical numerical algorithm for solving the problem of designing a shielding device
for a 3D model of electrostatics is proposed and implemented. The algorithm is based on the …

Рассматриваются обратные задачи электростатики, возникающие при проектировании
двумерных многослойных экранирующих и маскировочных устройств. C …