Perspective low-macroscopic field (LMF) emission prototype cathodes based on fullerene
C60—doped porous silicon were realized via a two-stage technique comprising the …

A number of carbide-derived carbon (CDC) samples were synthesized through the reaction
between α-SiC and gaseous chlorine at temperatures 900, 1000 and 1100° C and by …

Previous experiments have demonstrated that carbon nanoisland films (or disordered
quantum-dot arrays) deposited on silicon wafers may possess the property of low-field …

Influence of fabrication technology on field electron emission properties of nanoporous
carbon (NPC) was investigated. Samples of NPC derived from different carbides via …

Numerous carbonic nano-structured materials were reported to demonstrate electron
emission in moderate electric field (1 kV/mm or less), even if their surface morphology shows …

Characteristics of pulsed‐field electron emission from nanocarbon films were investigated in
experiments with a wide (1.5–5 mm) quasiplanar test gap. Parameters of the applied voltage …

Herein, we describe a study of the phenomenon of field-induced electron emission from thin
films deposited on flat Si substrates. Films of Mo with an effective thickness of 6–10 nm …

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 present study aims to demonstrate the application of sugarcane bagasse as an
excellent field emitter. Field emission property of as-pyrolyzed sugarcane bagasse (p-SBg) …

Analysis of emission characteristics of a nanostructured porous carbon material measured in
pulsed electric field demonstrated that their hysteresis complies with two-barrier emission …