The thermal expansion coefficients of pure fullerite are determined on the basis of powder x-
ray studies in the temperature range 30–293 K. The obtained results are in good agreement …

[en] Powder x-ray diffraction was employed to study the effect of the doping by helium and
argon atoms on the structure characteristics of fullerite C 60. The samples were saturated at …

The results of long-term studies on the physical-mechanical properties of C 60 and C 70
molecular crystals (fullerites) were systematized and described. These materials are the new …

Powder x-ray diffractometry was used to study the effect of intercalating C 60 fullerite with
helium and argon atoms on the fullerite structure. The samples were saturated at room …

Structural and thermodynamic features of continuous and discontinuous polymorphic phase
transformations in amorphous matter caused by the rearrangement of mesoscopic molecular …

The thermal expansion of single-crystal fullerite C 60 has been studied in the range of liquid-
helium temperatures (2-10 K). At temperatures below∼ 4.5 K the thermal expansion of …

X-ray diffraction studies of the two low-temperature phases of especially pure polycrystalline
C 70 fullerite are carried out in the temperature range 20–310 K. At room temperature a …

The equilibrium molecular configuration around a 1/2 [101] screw dislocation in C 60
crystals in a fcc phase was calculated by means of molecular dynamics. The molecules were …

The Vickers microhardness of Xe-intercalated polycrystalline fullerite C 60 (Xe x C 60, x≃
0.35) is measured in a moderately low temperature range of 77 to 300 K. A high increase in …

It is known that under hydrostatic pressures of about 1 GPa the polymerisation of molecules
in C60 crystals occurs in a temperature range of about 400–600 K. The same strain of a …