This study reports on the influence of nitrogen plasma exposure of H‐diamond (100) on the
adsorption of adventitious oxygen, nitrogen bonding, and thermal stability studied by X‐ray …

Resonance enhanced multiphoton ionization and cavity ring down spectroscopies have
been used to provide spatially resolved measurements of relative H atom and CH 3 radical …

For the first time, the secondary diamond nucleation processes are compared during the
growth of polycrystalline diamond films by the MPCVD method with addition of nitrogen and …

The growth of nanostructured carbon-based materials has led to several surprises in recent
years, such as single-and multiwalled carbon nanotubes,[1, 2] fullerenes,[3] nano-onions,[4] …

A detailed Raman scattering analysis of nitrogen incorporated polycrystalline diamond thin
films grown using NH 3/CH 4/H 2 gas mixture in hot filament chemical vapor deposition …

In this paper, we present our studies related to phase composition, nitrogen and hydrogen
content and morphology of diamond films deposited by hot filament chemical vapor …

Crystalline nitrogenated carbon (C: N) films have been successfully synthesised by hot
filament chemical vapour deposition (HF-CVD) and plasma enhanced HF-CVD. Nitrogen …

We report on our experimental studies of the physicochemical properties, density functional
theory (DFT) modeling and ambient stability of nitrided diamond (100) surface prepared by …

Optical centres embedded via nitrogen do** in polycrystalline diamonds (PCDs) are
becoming increasingly useful for several wide-area applications including magnetic field …

In this study the origin of visible sub-band gap photoelectron emission (PEE) from
polycrystalline diamond films is investigated. The PEE yields as a function of temperature …