NANOSTRUCTURED CARBON MATERIALS FOR PRACTICAL APPLICATIONS IN MICROWAVES RANGE
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Abstract
Techniques have been developed for measuring the electrophysical characteristics of carbon nanomaterials in the microwave range. The materials studied surpass all existing and used at present radio-absorbing materials in radio engineering in all electrophysical characteristics by several times. The results of an experimental study of the electrophysical characteristics of carbon nanomaterial samples make it possible to recommend them for practical use in the microwave range of wavelengths as lightweight composite materials for highly efficient electromagnetic shields, conducting and reflecting electromagnetic radiation structures in devices processing and transmitting microwave signals and other applications.
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