ELECTRONIC STATES IN THE CYLINDRICAL NANOLAYER IN THE PRESENCE OF A LONGITUDINAL POTENTIAL OF A FINITE VALUE
Keywords:
effective thickness, barrier, nanolayer, energy spectrum, radiusAbstract
In the frames of adiabatic approximation, the specific features of electronic states are investigated in the cylindrical nanolayer in the presence of a longitudinal potential of finite height. The wave functions, and the dispersion equation for revealing the energy spectrum of electrons are obtained.