Mathematical modeling and numerical calculations of supracrystalline supercapacitors and superinductors for the very low frequency radioelectronics

The possibility of high efficient supercapacitors and superinductorscreation on the basis of supracrystalline metallic and dielectric nanotubes is shown. The mathematical models and the programs for an optimal values of supercapacitors specific capacity and specific reserved energy, and superinductors inductance are developed. Such supracrystalline supercapacitors and superinductors can be used in very low frequency radioelectronic devices.