Special Issue on Rate Distortion Theory and Information Theory.
Published in Entropy (Basel, Switzerland)
Shannon introduced the fields of information theory and rate distortion theory in his landmark 1948 paper [...].
Special Issue on Rate Distortion Theory and Information Theory.
Novel reduction of complex surface radiation integrals to contour integrals
We develop here an efficient method for the reduction of surface radiation integrals to contour integrals, when we suppose known, as in Physical Optics (PO), the analytic expression of surface currents whose electromagnetic radiation is calculated. Although many authors have studied this problem, we present here an original solution, general and pr...
Thermal energy harvesting system based on magnetocaloric materials
We numerically study the design of a thermomagnetic generator aimed to convert a heat flow into electrical energy. The device uses the variation of magnetization of a magnetocaloric material (MCM) along a cyclic transformation between the hot and the cold sources. The magnetic energy is transformed into mechanical energy via the magnetic forces and...
Thermal energy harvesting system based on magnetocaloric materials
We numerically study the design of a thermomagnetic generator aimed to convert a heat flow into electrical energy. The device uses the variation of magnetization of a magnetocaloric material (MCM) along a cyclic transformation between the hot and the cold sources. The magnetic energy is transformed into mechanical energy via the magnetic forces and...
Degrees-of-freedom reduction for wave-particle systems : Comparison of Pierce equivalent circuit and recent discrete mod...
To perform accurate numerical simulations of the wave-particle interaction as it occurs in particular in traveling wave tubes, a new approach using field decomposition with large reduction of degrees of freedom has been proposed: the discrete model. To assess its validity, we compare it with the well-established Pierce equivalent circuit model in s...
Thermal energy harvesting system based on magnetocaloric materials
We numerically study the design of a thermomagnetic generator aimed to convert a heat flow into electrical energy. The device uses the variation of magnetization of a magnetocaloric material (MCM) along a cyclic transformation between the hot and the cold sources. The magnetic energy is transformed into mechanical energy via the magnetic forces and...
Thermal energy harvesting system based on magnetocaloric materials
We numerically study the design of a thermomagnetic generator aimed to convert a heat flow into electrical energy. The device uses the variation of magnetization of a magnetocaloric material (MCM) along a cyclic transformation between the hot and the cold sources. The magnetic energy is transformed into mechanical energy via the magnetic forces and...
Thermal energy harvesting system based on magnetocaloric materials
We numerically study the design of a thermomagnetic generator aimed to convert a heat flow into electrical energy. The device uses the variation of magnetization of a magnetocaloric material (MCM) along a cyclic transformation between the hot and the cold sources. The magnetic energy is transformed into mechanical energy via the magnetic forces and...
Thermal energy harvesting system based on magnetocaloric materials
We numerically study the design of a thermomagnetic generator aimed to convert a heat flow into electrical energy. The device uses the variation of magnetization of a magnetocaloric material (MCM) along a cyclic transformation between the hot and the cold sources. The magnetic energy is transformed into mechanical energy via the magnetic forces and...
Investigation on Mechanical Resonance Induced by Magnetostriction in a Structure Based on Si-Fe Sheets
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