Title 



Quantum tunneling between bent semiconductor nanowires
 
Author 



 
Abstract 



We theoretically investigate the electronic transport properties of two closely spaced Lshaped semiconductor quantum wires, for different configurations of the output channel widths as well as the distance between the wires. Within the effectivemass approximation, we solve the timedependent Schrodinger equation using the splitoperator technique that allows us to calculate the transmission probability, the total probability current, the conductance, and the wave function scattering between the energy subbands. We determine the maximum distance between the quantum wires below which a relevant nonzero transmission is still found. The transmission probability and the conductance show a strong dependence on the width of the output channel for small distances between the wires. (C) 2015 AIP Publishing LLC.   
Language 



English
 
Source (journal) 



Journal of applied physics / American Institute of Physics.  New York, N.Y., 1937, currens  
Publication 



New York, N.Y. : American Institute of Physics, 2015
 
ISSN 



00218979 [print]
10897550 [online]
 
Volume/pages 



118:17(2015), 8 p.
 
Article Reference 



174301
 
ISI 



000364584200020
 
Medium 



Eonly publicatie
 
Full text (Publisher's DOI) 


  
