Abstract
The influence of the thickness of a tunnel-thin carbon layer depleted in charge carriers in an enriched noncrystalline carbon matrix on the non-dissipative transport and field emission of electrons is studied. It has been established that the “geometric” increase in the electron self-energy increases the transparency of potential barriers for non-dissipative transport in the heterostructure and at the solid–vacuum interface. It is shown that the introduction of a quantum barrier into the carbon matrix increases the transverse current and rectifying properties of heterostructures, increases the field current density and the steepness of the current–voltage characteristics.
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