Measurements of electromagnetic properties of magnetically functionalized multi-wall carbon nanotubes

Abstract

Physically received result is explained that that main part accumulated electromagnetic energy concentrates in central part of resonator; the electromagnetic field in peripheral area and inwardly nanocarbons of the plates relatively little. So surrface current in butt end small, but consequently small and end of the loss. Consequently, under L≫b, greatly increases since loss in lateral wall small on the strength of condition L≪b (in called on calculation this condition is executed), but loss in butt end are vastly reduced on the strength of influence nanocarbons plates. Though loss in nanomaterial and bring about reduction full quality, she remains more big and exceeding greatly attainable in blank resonator on the same worker to frequency. Necessary to note that though accounting correlations are received for fluctuation of the type H013 , offered way of increasing quality shall use for any fluctuations of the type H0in , under n>3 , however, the most practical interest presents analysed by us event of the fluctuation H013.