Quantum kinetic description of Coulomb effects in one-dimensional nano-transistorsdoi:10.1103/PhysRevB.72.125308J. AppenzellerJ. KnochK. M. IndlekoferK.M. Indlekofer, J. Knoch, and J. Appenzeller, "Quantum kinetic descrip- tion of Coulomb effects in one-dimensional nanoscale transistors", Phys....
The hopping integral between two first neighbour carbon atoms was assumed to be constant and equal to b. The Coulomb integral a was also assumed to be the same for all atoms and was adjusted to rigidly shift the band structure. STS differential conductivity has been obtained for a N ¼ 6...
0.7 cC = 7 000 000 nanocoulombs cC to nC 0.7 cC = 7 × 10-18 Petacoulomb cC to PC 0.7 cC = 7 000 000 000 picocoulombs cC to pC 0.7 cC = 7 × 10-15 Teracoulomb cC to TC 0.7 cC = 7 × 10+21 yoctocoulombs cC to yC 0.7 cC = 7 × 10-27 Yottacoulomb cC to YC 0.7...
2. Generally, there are two strategies can be utilized for SLAR films to get high optical transmittances: (1) to fabricate a SLAR film with an optical thickness equal to 1/4 wavelength; (2) to prepare
We demonstrate relations between the renormalization of the Coulomb interaction in a disordered system of metallic nanospheres and the changes induced by this renormalization in the spectrum of the electronic subsystem of nanospheres. Emergence of bound electron pairs with a total spin equal to zero ...
It is well-known that in inorganic semiconductor, the coherent wavelength of thermally activated electrons or holes at room temperature is much larger than lattice constants and is nearly equal to that of acoustic phonon modes in the center of first Brillouin zone (FBZ). Since the electron-acoust...
The free-molecule orbitals and energy levels were obtained using a standard Hückel model. The hopping integral between two first neighbour carbon atoms was assumed to be constant and equal toβ. The Coulomb integralαwas also assumed to be the same for all atoms and was adjusted to rigidly sh...