Dimensional dielectric resonators

From a general point of view a dielectric resonator is a transparent body of certain shape consisting of a substance with a high refractive index n, usually surrounded by air. Such a structure has the ability to confine light inside, e.g. utilized in any kinds of optical fibers or waveguides. To explain this phenomenon in terms of classical electrod5Uiamics, and any similar problem respectively, it is necessary to solve the tree-dimensional wave... 

But what is perhaps more interesting is that, at the time of his most important activity, Barriol enumerated the techniques used in the theoretical laboratory of Nancy to solve the problem of three-dimensional structural studies on isolated molecules, static studies on associated solutions, and dynamic studies of associations. They were five techniques explicitly mentioned by Barriol, four experimental and one theoretical. Theoretical calculations are situated on the same level as the four experimental techniques, which included dielectric polarization, nuclear magnetic resonance, microwave spectrography, and dielectric relaxation. [54]... 

L. Malic, T. Veres and M. Tabrizian, Two-dimensional droplet-based surface plasmon resonance imaging using electrowetting-on-dielectric microfluidics, Lab Chip, 9, 473M75 (2009). 

In classical descriptions, thermal runaway is attributed to a strong increase of dielectric losses because of heating. So, the energy provided by microwave irradiation increases with temperature. The authors have shown it is possible to achieve thermal runaway with dielectric losses decreasing with temperature as a result of dimensional resonance or focusing effects of an electromagnetic held within the dielectric sample [128, 129]. 

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