Simulation of electromechanical properties of ordered carbon nanotube arrays

Authors:
V.V. Barkaline Aliaksandr Chashynski
Abstract:

Phenomenological approach to frequency domain electric properties of ordered carbon nanotube arrays is presented accounting mechanical resonances of nanotubes. It is shown numerically that resonances could lead to strong frequency dependence of dielectric permittivity of arrays and UHF devices using them.