The radio frequency (RF)-magnetron sputtering technique was used to deposit amorphous
carbon (aC) films onto different substrates at different deposition substrate temperatures (T …

In this paper, an ultra thin sheet-like carbon nanostructure, carbon nanoflake (CNF), has
been effectively fabricated by RF sputtering on Si substrate without any catalyst or special …

Oxygenated amorphous carbon thin films were deposited by DC magnetron sputtering using
various argon and oxygen process gas mixtures. The X-ray diffraction data indicated that the …

In this paper, Me (Me= Cr, Zr) and N co-doped diamond like carbon (DLC-MeN) composite
films were prepared on cemented carbide substrates by pulsed bias arc ion plating. The …

Synthetic diamond-like carbon (DLC) is a carbon-based material used mainly in cutting tool
coatings and as an abrasive material. The market for DLC has expanded into electronics …

In order to improve the field electron emission properties of the graphite, the carbon
nanoparticles (CNPs) are synthesized on the micrographite flakes by hydrogen thermal …

Carbon films with flakelike geometry, exhibiting excellent electron field emission (EFE)
properties were synthesized by a modified RF sputtering process, which used an Ar: CH 4: H …

Electron emission from nano-patterned amorphous carbon is realized in this paper. The
patterned carbon consists of islands with size of tens of nanometers, and is formed by …

Carbon nanoflakes (CNFs) with corrugated geometry were synthesized using RF sputtering
process with Ar/CH 4 gas mixture. Transmission electron microscopic examination reveals …

The growth, structure and field emission properties of the two-dimensional carbon
nanoflakes (CNFs) produced by radio-frequency (RF) sputtering without any catalyst or …