Titlebook: Wave Dynamics of Generalized Continua; Alexander G. Bagdoev,Vladimir I. Erofeyev,Ashot V. Book 2016 Springer-Verlag Berlin Heidelberg 2016

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Alexander G. Bagdoev,Vladimir I. Erofeyev,Ashot V.Covers many material classes and media for wave propagation.Discusses the wave propagation and stability in continuous media with complex structure.Presents new methods of evolution and modulation equ

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portant issue is to determine the structure of GO. So far, the structure of GO is still ambiguous due to its nonstoichiometry since the types of oxygen-containing groups and their arrangements across the carbon network vary substantially under different synthesis conditions. Generally, to determine

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Alexander G. Bagdoev,Vladimir I. Erofeyev,Ashot V. Shekoyanllers and their composites have particularly gained attention among researchers in recent times, as the incorporation of nanoparticles (NP) into the chemically derived graphene (G) in hybrid fillers open for new applications. This is as a result of the synergetic properties of the obtained materials

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Alexander G. Bagdoev,Vladimir I. Erofeyev,Ashot V. Shekoyannd infrastructure, and claim human lives. It thus becomes crucial to manage the oil spill on a priority basis. There are many traditional approaches, but they have several limitations, such as pollution, low efficiency, high energy requirement, high expense, etc. Emerging technology is graphene nano

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Alexander G. Bagdoev,Vladimir I. Erofeyev,Ashot V. Shekoyane backbone of present day communication systems. In this application area, thin and flexible absorbers are essential for ensuring electromagnetic interference (EMI)/EM compatibility standards. Presently, communication modes are primarily mobile in nature and inherently light weight and small in size

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Alexander G. Bagdoev,Vladimir I. Erofeyev,Ashot V. Shekoyanified nanostructures, excellent physical and chemical properties. These properties include variety of forms (powders, fibers, aerogels, composites, sheets, monoliths, tubes, etc.), relatively inert electrochemistry, ease of processability, and controllable porosity. Graphene and CNTs, both comprised

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Alexander G. Bagdoev,Vladimir I. Erofeyev,Ashot V. Shekoyan biofunctionalization graphene provides an efficient platform for drug and gene delivery. Many studies indicate that graphene is an attractive tool for cancer diagnosis and therapy, allowing the improvement of already existing techniques by providing more precision and effectiveness in cancer treatm

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Alexander G. Bagdoev,Vladimir I. Erofeyev,Ashot V. Shekoyaneoretische Durchdringung des Problemkreises und die definitorische Festschreibung aller relevanten Begriffe. Anhand von Untersuchungen praktischer Beispiele sollten sie auf ihre Tauglichkeit hin überprüft und erst dann ein neues Konzept hinzugenommen werden, wenn mittels der bisher eingeführten ein