THE ALUMINIUM-COPPER-GRAPHITIC ALLOY, GOT AT MICROALLOYING BY FULLERENE C60 .

Positive influence of small additives of fullerene on structure formation of aluminium-copper graphite alloy is determined

Structural phase transformations in tin-fullerite films

X-ray diffraction, scanning electron microscopy, electron probe x-ray spectrum microanalysis, and Auger-electron spectroscopy were used to study the variations in the structure and elemental and phase compositions of tin-fullerite films stored in air. A new phase SnxC60, tin whiskers, and fullerite “flowers and petals” were found to form under internal compressive stresses

On the mechanism of structure formation of dead-hard carbon phase in the nanocomposite system of Fe - C for woodworking tools

In the article hypothesized that the formation of particulate gray superhardness carbon phase occurs through a stage of transition nanocarbon component of the mixture into a liquid state under highsintering method of consolidation

ABOUT MECHANISM OF STRUCTURE FORMATION OF PARTICULAR SOLID CARBONIC PHASE IN NANOCOMPOSITE ON THE BASIS OF IRON AND NANO-DISPERSE CARBON

The mechanism of structure formation in super-solid carbon phase in nanocomposite on the basis of iron and nano-disperse carbon, which can be used at development of technology and composition of creation of new materials using inexpensive nano-carbon materials is offered

Fullereno-like phases in cast irons of different types

The present investigation is being carried out with the purpose of searching of ways of the relatively cheap fullerens production in the line of investigation of the mechanism and checking of possible nucleation of the fullerit, built from molecules C60

NANOCOMPOSITE ON THE BASIS OF IRON AND CARBON ADDITIVES OF DIFFERENT DISPERSION WITH HETEROPHASE STRUCTURE AND IMPURITIES OF ULTRA-HARD CARBON, RECEIVED BY MEANS OF THERMOBARIC PROCESSING

The possibilities of creation of composite material on the basis of iron using nanocarbon additives and nanotechnologies are investigate