Field emission from carbon nanostructures: models and experiment - IOPscience This site
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Previous experiments have demonstrated that carbon nanoisland films (or disordered
quantum-dot arrays) deposited on silicon wafers may possess the property of low-field …

Thin carbon films consisting of separate nanometer-scale sp2 carbon islands with smooth
vacuum boundary deposited on Si wafers were found to be capable of low-field electron …

The films fabricated by heat treatment at 600–800° C of a material based on sp carbon
synthesized by polyvinylidene fluoride dehydrofluorination are studied. The structure of the …

The electronic structure of island carbon films on silicon, which are capable of low-voltage
field electron emission (at the mean electric-field strength above several hundreds of V/mm) …

Abstract The graphene-TiO 2/diamond-like carbon (G-TiO 2/DLC) nanocomposite films were
prepared on silicon substrates by a simple ultraviolet (UV) light assisted electrochemical …

RELIEF CREATION ON MOLYBDENUM PLATES IN DISCHARGES INITIATED BY GYROTRON
RADIATION IN METAL–DIELECTRIC POWDER MIXTURES NN S Page 1 Radiophysics and …

Field-emission properties of Ni-C nanocomposite thin films were experimentally studied. The
films were deposited at Si substrates using CVD technique with a metalloorganic precursor …

This paper presents the results of study of multilayer emitters consisted from the hafnium and
platinum layers. The operation of sheet and annular in cross section cathodes in technical …

Raman spectroscopy was used to study the features of the electron-phonon interaction in
thin carbon films that are capable of low-field emission of electrons. It was found that in the …