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Abstract
The transport properties of devices made from boron nanoribbons with different sizes and sandwiched between metallic electrodes are investigated. The boron nanoribbons are constructed from the stable boron sheet. In general the transport properties of the different sizes differ from each other. In particular, the transport properties of the boron ribbons show strong dependence on their width and the gap of peak is inversely proportional to its width. As a consequence the I-V characteristics are rather different in the different sizes and the wider boron ribbon greatly enhances the conductance through the device.
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