5. Conclusion
Four fundamental points have been developed which may open the door to other uses of the dielectric hysteresis phenomenon. These four points are primarily concerned with a classification that should enable us, firstly, to evaluate the use of the dielectric hysteresis phenomenon in the given application situation, and secondly, to assess the feasibility of equipment leading to the valorization of this phenomenon, and finally, the steps required to design the equipment.
Of the four points mentioned, the first is the fundamental focus on the thermal aspects of achieving a uniform temperature rise in space, or a specific spatial structure temperature rise where appropriate. There are three groups of thermal characteristics to consider in the first instance. These are the shapes and dimensions of the components, even if the physical dimensions are not a priori thermal...
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