Field emission (FE) is based on the physical phenomenon of quantum tunneling, in which
electrons are injected from the surface of materials into vacuum under the influence of an …

Since the first demonstration of the electron field emission of carbon nanotubes (CNTs),[1]
various low-dimensional carbon materials, including nanotubes,[1–6] nanofibers,[7] …

Ultrananocrystalline diamond (UNCD) films 0.1–2.4 μm thick were conformally deposited on
sharp single Si microtip emitters, using microwave CH 4–Ar plasma-enhanced chemical …

Field‐emission currents from SiO2‐or MgO‐coated carbon nanotube (CNT) emitters are
larger than for uncoated equivalents. Moreover the coated emitters exhibit lower turn‐on …

The mechanism of field emission from a metal surface was well explained based on the
quantum mechanics in early 20th century. Since then, various materials have been studied …

A high‐quality field emission electron source made of a highly ordered array of carbon
nanotubes (CNTs) coated with a thin film of hexagonal boron nitride (h‐BN) is fabricated …

We report on the field emission properties of tungsten oxide nanowires grown on a tungsten
tip and its emission performance in various vacuum conditions. Tungsten oxide (W 18 O 49) …

We report the field emission properties of the quasi-aligned aluminum nitride (AlN) nanotips
grown on differently doped (⁠ p+⁠, p⁠, n+⁠, and n type) silicon (Si) substrates by thermal …

Diamond always has been considered an exciting material. In addition to its other
outstanding properties, diamond's capacity for cold electron emission has become a “hot” …

Interest in field emission and field emission devices has been renewed in the last 5 yr. This
increase has been due to work on several new materials systems, which have shown …