Understanding Complex Material Systems Using Multiple Characterization Techniques

Ferrite material Characterization Using S-Parameters Data

ince many applications rely on the knowledge of the electromagnetic material properties of ferrites, such as ferrite phase shifters, this paper presents an algorithm for characterizing ferrite materials in a single frequency using a rectangular waveguide system. In this method, the extraction of ferrite parameters is implemented through minimizing the difference between the measured data and th...

Understanding Complex Systems

Complex networks appear in almost every aspect of science and technology. Previous work in network theory has focused primarily on analyzing single networks that do not interact with other networks, despite the fact that many realworld networks interact with and depend on each other. Very recently an analytical D. Y. Kenett (B) · J. Gao · X. Huang · S. Shao · G. Paul · H. E. Stanley Center for ...

Understanding Complex Systems

Complex networks appear in almost every aspect of science and technology. Previous work in network theory has focused primarily on analyzing single networks that do not interact with other networks, despite the fact that many realworld networks interact with and depend on each other. Very recently an analytical D. Y. Kenett (B) · J. Gao · X. Huang · S. Shao · G. Paul · H. E. Stanley Center for ...

Understanding Complex Systems

Understanding scientific phenomena in terms of complex systems principles is both scientifically and pedagogically important. Situations from different disciplines of science are often governed by the same principle, and so promoting knowledge transfer across disciplines makes valuable cross-fertilization and scientific unification possible. Although evidence for this kind of transfer has been ...

Material Characterization of Structures Using Genetic Algorithm Vibetarional Data