The lattice parameter a of fullerite C 60 intercalated with N 2 molecules is investigated in the
temperature interval 6–295 K by x-ray diffraction. It is found that the interstitial molecular N 2 …

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 …

The heat capacity at constant pressure of fullerite C 60 has been investigated using an
adiabatic calorimeter in a temperature range from 1.2 to 120 K. Our results and literature …

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 …

We have found that the hardness of C60 crystals increases when they are illuminated with
white light. We call this phenomenon a photo-illumination hardening. The characteristics of …

The structure and microplasticity of high-purity fullerite C 60 have been investigated
comprehensively. The crystalline structure, lattice parameters, and phase transitions have …

X-ray diffractometry is used to study the effect of the adsorption of nitrogen at a pressure of
30 atm and temperatures of 200–550 C on the structural and thermodynamic properties of …

X-ray diffractometry is used to study samples of type PM-A group B polyimide (Kapton H)
subjected to uniaxial tension at room temperature and cooling to liquid nitrogen and helium …

This article reports the temperature dependence of the structural and photoelectrical
properties of C 60 thin films with varying crystal structure and oxygen content near the …

A model of an atomic impurity in an octahedral void of fullerite C 60 is suggested. The
problem is solved in the spherical oscillator approximation, which is appropriate for the …