This paper reviews the properties and phases of fullerenes and their derivatives and
compounds under high pressures. For obvious reasons most of the paper deals with C60 …

In heterofullerenes, 1-3 one or more carbon atoms that form the fullerene carbon cage are
replaced by a non-carbon atom, ie, a heteroatom. Consequently, substitution of an odd …

We report a new fullerenelike material consisting of cross-linked nano-onions of C and N.
Growth of the onion shells takes place atom by atom on a substrate surface and yields thin …

Recently, static pressures of more than 1.0 TPa have been reported, which raises the
question: what is the maximum static pressure that can be achieved using diamond anvil cell …

Carbon nitride is an emerging material for wear-resistant coatings. The fullerene-like CNx
compounds generally exhibit extreme elasticity in combination with a low work of indentation …

The state of the art in heterofullerene chemistry and physics is reviewed with emphasis on
azafullerenes. The macroscopic synthetic methods that have been developed for aza [60] …

Fullerene-like (FL) carbon nitride (CN x) films were deposited on Si (100) substrates by dc
reactive, unbalanced, magnetron sputtering in a N 2/Ar mixture from a high-purity pyrolythic …

A general overview of the state of the art in the field of heterofullerene chemistry will be
given. We will concentrate solely on aza [60] fullerene, because this is the best-known …

The growth and structure of fullerene-like CN x films produced by laser ablation of graphite
in low pressure nitrogen were investigated. Deposition conditions were selected based on …

The reactivity of different carbon–nitride structures has been studied using density functional
theory calculations. The studies involve C 59 N and clusters of curved and planar CN x …