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Titlebook: Optimization and Inverse Problems in Electromagnetism; Marek Rudnicki (Chairman),Sławomir Wiak (Scientifi Book 2003 Springer Science+Busin

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Optimal Design of Axial Field Silicon Micromotor by Use of Field/Circuit Modelsield analysis and torque calculation results have given the knowledge about the changes of the motor structure in order to increase unit motor torque. Comparative analysis leads to the choice of optimal design of the structure.
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Exponential Family and Inverse Problems Theory, Maximum Entropy Principle, Fourier-Laplace Transforms, Generatingfunctionology, Sufficient Statistics, Lie Groups, ...), and offers extensive applications to Physical Theories and Complex Systems.
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Topological Evolution and Inverse Problemsnd Exponential Family are central tools for investigating phenomena where some topological changes take place. A fundamental law of topological evolution is equivalent to the First Law of Statistical Thermodynamics, involving a topological interpretation of heat. We link Bayes’ Theorem with Triality
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Identification of Industrial Electromagnetic Field Sourcesc measurements which gives a spatial distribution of the magnetic flux density amplitude. In fact usual industrial applications produce electric field levels which are far from any known health effects, moreover a quasi-static electric field is quite easy to screen. On the contrary, the design of a
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Tapani Jokinen as possible, related topics that are or will produce a significant technical change or economic impact on HVAC&R systems now or in the near future will be highlighted. A selected list of references is given at the end of this chapter, including an excellent treatment of winery refrigeration technol
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