Abstract
Magnetic fields generated by nanosolenoids based on gold nanotubes have been calculated. The electron energy levels in nanotubes have been calculated by the linearized augmented cylindrical wave method with cyclic Born–Von Karman boundary conditions and with taking into account helical symmetry of the tubes. The numbers of conducting channels, low-temperature ballistic electron currents, and magnetic fields in nanosolenoids based on gold nanotubes of various length and structure have been determined. The data obtained demonstrate that chiral gold nanotubes are promising materials for creation of nanosolenoids with strong magnetic fields and can be used for more realistic design of nanosolenoids.
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