Graphene, one-atom-thick planar sheet of carbon atoms densely packed in a honeycomb
crystal lattice, has grabbed appreciable attention due to its exceptional electronic and …

Background Owing to its exceptional electronic, mechanical, thermal, as well as
optoelectronic characteristics, graphene—a planar sheet with one-atom thickness and made …

The present chapter explored the advancement of research in carbon nanomaterials
(graphene and carbon nanotubes), in the areas of synthesis, properties and applications …

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 …

Carbon nanostructures have been much sought after for cold‐cathode field emission
applications. Herein a printing technique is reported to controllably nanostructure chemical …

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 …

It has been found experimentally that the field emission current passing through a single
multiwall carbon nanotube heats it up and generates a thermionic component. The …

The influence of fabrication technology on field electron emission properties of nanoporous
carbon (NPC) has been investigated. Samples of NPC derived from different carbides via …

The characteristics of field-emission current of a graphene nanoribbon along the direction
without finite size effect in the graphene sheet have been theoretically studied. After the work …