ELECTROPHYSICAL PROPERTIES OF CNT. THE AUGMENTED CYLINDRICAL WAVE METHOD
Аннотация:
Current-voltage characteristics of tunnel contact between semiconducting (and conducting) carbon nanotubes (CNT) of various diameters and system of periodically located quantum dots (and also in contact to metal) was obtained using density of states (DOS) investigation. DOS has been calculated by means of the method of attached cylindrical waves. At certain parameters for quantum dots, the current-voltage characteristics observed testify to the presence of negative differential conductivity.
Ключевые слова:
Постоянный URL
Статьи в номере
- DIFFUSION AND LAPLACIAN TRANSPORT FOR ABSORBING DOMAINS
- ON SPECTRAL GAPS IN GRAPHENE IN A WEAK CONSTANT MAGNETIC FIELD
- ON THE ASYMPTOTICS OF THE PRINCIPAL EIGENVALUE FOR A ROBIN PROBLEM WITH A LARGE PARAMETER IN PLANAR DOMAINS
- C*-ALGEBRAS IN RECONSTRUCTION OF MANIFOLDS
- APPLICATION OF GREEN’S FUNCTION APPROACH TO ELECTRONIC STRUCTURE OF CARBON NANOCYLINDERS
- GAUSSIAN CLASSICAL CAPACITY OF GAUSSIAN QUANTUM CHANNELS
- EXPERIMENTAL AND THEORETICAL CHARACTERISATION OF JOSEPHSON SELF-COUPLING IN SUB-TERAHERTZ FLUX-FLOW OSCILLATOR
- GENETIC ALGORITHM FOR CONSTRUCTING GRAPHENE NANORIBBON WITH GIVEN ELECTRONIC TRANSPORT PROPERTIES
- HYSTERESIS OF CONDUCTIVITY IN THE GRANULAR SILVER FILMS
- EFIMOV’S EFFECT FOR PARTIAL INTEGRAL OPERATORS OF FREDHOLM TYPE
- THE CONUCTIVITY LOW ENERGY ASYMPTOTICS FOR MONOLAYER GRAPHENE
- NEGATIVE EIGENVALUES OF THE Y-TYPE CHAIN OF WEAKLY COUPLED BALL RESONATORS
- INVESTIGATION OF QUANTUM RANDOM NUMBER GENERATION BASED ON SPACE-TIME DIVISION OF PHOTONS
- TUNNELING CURRENT IN CARBON NANOTUBES WITH DEEP IMPURITIES
- HARTREE-FOCK APPROXIMATION FOR THE PROBLEM OF PARTICLE STORAGE IN DEFORMED NANOLAYER
- MODEL OF THE INTERACTION OF POINT SOURCE ELECTROMAGNETIC FIELDS WITH METAMATERIALS