We report the first systematic study of the corrections to the electron density of states of a 1D system, ultra-narrow granular aluminum wires.
CORRECTIONS In [1], the following figures had wrong captions. They should readas follows: (Figure Presented).
© 1993-2012 IEEE. In [1], there are two symbol typos in equations. In (1b), the ' ? t, ? t ' should be ' ? i, ? t '. In (1d), the ' ? t, ? t ' should be ' ? j, ? t '. IEEE regrets the error.
We study both correctness and performance of the source/destination protocols of the available bit rate (ABR) service in asynchronous transfer mode (ATM) networks.
We observe the low-lying excitations of a molecular dimer formed by two electrons in a GaAs semiconductor quantum dot in which the number of confined electrons is tuned by optical illumination.
This paper presents a novel and efficient error correction scheme with high recovery capability, especially for burst error wireless channels.
We report x-ray scattering studies of broad peaks located at (0.5 0 0)/(0 0.5 0)-type wave vectors in the paramagnetic insulating phases of La0.7Ca0.3MnO3 and Pr(0.)7Ca(0.3)MnO(3).
In system-level simulations, it is vital to appropriately model spatially correlated shadow fading, especially the autocorrelation, so as to emulate realistic scenarios.
We discuss a statistical model to generate correlated shadow-fading patterns for wireless systems in the absence of detailed propagation and landscape information.
Recently, correlated spontaneous emission in a laser of three- level atoms has been analyzed theoretically and has been demonstrated experimentally using a three-level He-Ne Zeeman laser.
