Experimental and Modeling Methods, and Novel Applications of Electromagnetic Energy

Dear Colleagues,

Electromagnetism is a vast domain that is naturally linked to most fields within physics and engineering. This is because electric and magnetic energy are amongst the primary properties of all elementary particles. All these make electromagnetism a universal phenomenon of nature. Electromagnetic energy is found everywhere, from the atomic micro-universe to the immeasurable cosmos. The complex atomic structure of various substances—consisting of an enormous number of atoms—leads to a virtually inexhaustible variety of their electromagnetic properties. The reciprocal connection between electric and magnetic phenomena allows us to use the study of material properties to determine the internal structure of both micro-particles and bodies of macroscopic dimensions. The universal nature of electromagnetism explains its wide range of uses in industry. First, based on the study of the material properties and electromagnetic energy of a substance, technical electric and magnetic materials can be created. These materials are crucial in all modern power energy systems: in electrical engineering, radio engineering, medicine, communication systems, wireless devices, and other branches of modern technology. Secondly, using the informational aspect of electromagnetic energy and by measuring material characteristics, detailed information about other physical properties of bodies can be acquired. This is useful especially for those bodies that are difficult to access by direct investigation. The information given by the electromagnetic energy measurements is the basis of methods widely used in technology, such as electro-magneto-structural analysis and non-destructive procedures—the most important methods for the quality control of industrial production.

This Special Issue aims to present and disseminate the most recent advances related to the analysis, modelling, application, and experimental methods of electromagnetic energy.

Topics of interest for publication include, but are not limited to:

• The measurement, instrumentation and sensors of electromagnetic energy;
• Power systems and electromagnetic energy;
• Electromagnetic energy and material properties ;
• Electromagnetic energy transmission and reception;
• Advanced modeling approaches using electromagnetic energy;
• Novel applications of electromagnetic energy and forces;
• Non-destructive technologies in defectoscopy based on electromagnetic energy;
• Modern electromagnetic devices;
• Experimental methods of electromagnetic energy;
• Novel applications of electromagnetic waves.

Dr. Horia Andrei
Dr. Paul Andrei
Dr. Marilena Stanculescu
Guest Editors

Manuscript Submission Information

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