The cooling effect accompanying field electron emission has been considered for a single
carbon nanotube (CNT) used as a field emission (FE) electron source. An improved model …

Novel P‐doped SiC flexible field emitters are developed on carbon fabric substrates, having
both low E to of 1.03–0.73 Vμm− 1 up to high temperatures of 673 K, and extremely high …

We report novel two-dimensional (2D) shaped carbon nanotube (CNT) field emitters using
triangular-shaped CNT films and their field emission properties. Using the 2D shaped CNT …

The Joule-heating-induced vacuum breakdown of the carbon nanotube (CNT) yarns was
studied. Wall-by-wall breakdown and superplastic deformation of CNTs are the main …

Low turn-on fields together with boosted stabilities are recognized as two key factors for
pushing forward the implementations of the field emitters in electronic units. In current work …

An efficient algorithm is described to calculate the spatial dependence of the temperature
distribution along a carbon nanotube (CNT) during field emission (FE). The algorithm …

Making field emitters with both low turn-on field (E to) and high current emission stability is
one of the keys to push forward their practical applications. In the present work, we report the …

An effective field emitter has been developed by modifying an individual multiwalled carbon
nanotube (MWCNT) tip with La B 6⁠. The modified emitter possesses the merits of both the …

Individual carbon nanotube (CNT) field emission characteristics present a number of
advantages for potential applications in electron microscopy and electron beam lithography …

Vertically aligned carbon nanotube (CNT) arrays are widely known for their self-organized
structures with uniform orientation,[1–4] and their application as field emitters in flat panel …