Graphene films and ribbons were grown on Ni-coated Si substrates using the microwave
plasma enhanced chemical vapor deposition method. We report the structure, morphology …

As part of a Special Issue in Honor of 30 years of the American Vacuum Society's Nellie
Yeoh Whetten Award, this Invited Perspective discusses results and trends from the authors' …

The interface between medical implants and the human nervous system is rapidly becoming
more and more complex. This rise in complexity is driving the need for increasing numbers …

Nanotip arrays of amorphous carbon with embedded hexagonal diamond nanoparticles
were prepared at room temperature for use as excellent field emitters by a unique …

Diamond is a promising material for multiple applications in quantum information processing
and sensing as well as applications in microelectronics. However, diamond devices can be …

Direct-current (DC) arc plasma jet has been utilized to anneal chemical vapor deposited
(CVD) polycrystalline diamond produced by the same device. Intense heating pulses around …

The carbon nanoparticles derived from polypyrrole were treated with oxygen and ammonia
radio-frequency plasma. Micro-attenuated total reflection Fourier transform infrared, element …

Nitrogen-doped nanocrystalline diamond (N-NCD) films were grown using microwave
plasma enhanced chemical vapour deposition method. Films were characterized by Raman …

Novel sp 3 rich diamond-like carbon nanorod films were fabricated by a hot filament
chemical vapour deposition technique. The results are indicative of a bottom-up synthesis …