Theoretical and Experimental Electromagnetics of Graphene and Nanocarbon Materials
A special issue of Materials (ISSN 1996-1944). This special issue belongs to the section "Carbon Materials".
Deadline for manuscript submissions: closed (10 April 2023) | Viewed by 5024
Special Issue Editors
Interests: 2D materials; carbon nanotube; CVD synthesis; detector; graphene; microwave; nanocarbon; passive device; emitters; polymer composite; spectroscopy; terahertz
Special Issues, Collections and Topics in MDPI journals
Interests: electrical properties of composites filled with carbon nanotubes, image; video processing thin films and nanotechnology signal processing material characterization nanomaterials numerical modeling
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Special Issue Information
Dear Colleagues,
Many efforts have been invested to understand the outstanding electromagnetic properties of carbon nanotubes, graphene, and other forms of nanocarbon, their composites, metasurfaces, and porous structures.
In order to predict the electromagnetic response of an ensemble of individual inclusions, their electromagnetic response should be modeled by means of ab initio calculations, semiclassical theory, and classical electromagnetics, in combination with relevant effective medium and percolations theories/simulation strategies. Regular and irregular structures, metamaterials and metasurfaces, and architectures made of those compositions are further numerically or, in the case of simple geometries, analytically modeled, closing the loop.
Plenty of experimental techniques are known to be able to obtain a wide collection of data, including broadband dielectric spectroscopy, microwave waveguide and free-standing measurements, free electron lasers and backward oscillators generating high- and low-power THz and GHz pulses, voltammetry, impedancemetry, and many others, which allow gathering complementary knowledge of the electromagnetic behavior of materials and devices. Along with conventional approaches, highly sensitive resonator-based and photonic jet approaches allow monitoring electromagnetic properties with super-resolution.
Tuning and adjusting the constituent properties of materials (nano, meta, and composites) allow designing a variety of electromagnetic devices, both passive and active, whose robustness may be controlled at many levels, e.g., through control of the influence of nanomaterials’ imperfection on the final performance, analysis of deviation at the stage of technological steps of material/device fabrication, and due to the measurements.
All these subtopics represent the focus of the present Special Issue on theoretical and experimental electromagnetics of graphene and nanocarbon materials.
Prof. Dr. Polina P. Kuzhir
Dr. Patrizia Lamberti
Guest Editors
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Keywords
- graphene
- carbon nanotube
- nanocarbon
- microwave
- terahertz
- dielectric spectroscopy
- impedancemetry
- passive device
- emitters
- sensor
- detector
- carbon-based polymer composite
- metasurface
- porous carbon
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