International audienceThe concept of Diffusive Representation is used in this paper for modeling purposes in the field of electrical engineering, namely when some non-rational dynamics are involved [2]. Diffusive formulations are convenient for analysis and cheap numerical approximations. We study the problem of time-domain identification of the so-called diffusive symbol η(ξ) associated to the permittivity ε(p) of dielectric material. The so-obtained state-space models allow simple and precise time-domain simulation of such dynamical components
5th International Conference on Dielectric Spectroscopy and Its Applications -- AUG 26-29, 2008 -- L...
Based on the rather general decoupling procedure that reduces a set of micromotions to the averaged ...
This labor treats the problem of dielectric relaxation spectroscopy in time domain, measurement of t...
Signal processing in dielectric spectroscopy implies that it is necessary to find a 'true' fitting f...
The complex dielectric permittivity is an important parameter for characterization of electrical pro...
The relaxation properties of dielectric materials are described, in the frequency domain, according ...
The Cole-Cole model is known to accurately de-scribe the dielectric response of a dispersive materia...
ABSTRACT. We describe a software model for media with dielectric relaxation. In par-ticular, a model...
© 2019 Elsevier B.V. A new model of non-Debye dielectric relaxation, which leads to the popular in b...
We describe a software model for media with dielectric relaxation. In particular, a model identifica...
Relations and distinctions which are relavant to small-signal electrical-relaxation behavior are rev...
Abstract—We present what we believe to be the first algorithms that use a simple scalar-potential fo...
We consider wide bandwidth electromagnetic pulse interrogation problems for the determination of die...
The dielectric susceptibility measurements are usually interpreted in terms of the relaxation times ...
In the frame of Mori-Zwanzig formalism the empirical Navriliak-Negami expression for the complex die...
5th International Conference on Dielectric Spectroscopy and Its Applications -- AUG 26-29, 2008 -- L...
Based on the rather general decoupling procedure that reduces a set of micromotions to the averaged ...
This labor treats the problem of dielectric relaxation spectroscopy in time domain, measurement of t...
Signal processing in dielectric spectroscopy implies that it is necessary to find a 'true' fitting f...
The complex dielectric permittivity is an important parameter for characterization of electrical pro...
The relaxation properties of dielectric materials are described, in the frequency domain, according ...
The Cole-Cole model is known to accurately de-scribe the dielectric response of a dispersive materia...
ABSTRACT. We describe a software model for media with dielectric relaxation. In par-ticular, a model...
© 2019 Elsevier B.V. A new model of non-Debye dielectric relaxation, which leads to the popular in b...
We describe a software model for media with dielectric relaxation. In particular, a model identifica...
Relations and distinctions which are relavant to small-signal electrical-relaxation behavior are rev...
Abstract—We present what we believe to be the first algorithms that use a simple scalar-potential fo...
We consider wide bandwidth electromagnetic pulse interrogation problems for the determination of die...
The dielectric susceptibility measurements are usually interpreted in terms of the relaxation times ...
In the frame of Mori-Zwanzig formalism the empirical Navriliak-Negami expression for the complex die...
5th International Conference on Dielectric Spectroscopy and Its Applications -- AUG 26-29, 2008 -- L...
Based on the rather general decoupling procedure that reduces a set of micromotions to the averaged ...
This labor treats the problem of dielectric relaxation spectroscopy in time domain, measurement of t...