Add to ORKG406-409In recent years, there has been intense activity, both experimental and theoretical, in exploring fascinating physical properties of newer form of carbon, namely fullerenes. Fullerenes are currently being widely investigated since they show the anomalous properties of bulk modulus and specific heat of the materials as compared to the bulk material. A simple theoretical Equation of State model is used to analyze the temperature dependence of thermal expansion coefficient, relative volume change and isothermal bulk modulus of a fullerene C₆₀. A good agreement between our theoretically calculated results and available experimental data has been obtained
The specific heat of fullerenes extract (C60/C70) has been measured in the temperature range 4 < T <...
On the basis of the correlative method of the unsymmetrized self-consistent field that yields the ac...
We are pursuing statistical-mechanical investigations of thermodynamic properties of the high-temper...
A simple theoretical model is developed to study the properties of fullerites under varying conditio...
Theoretical investigations of thermodynamic properties of orientationally disorded phases of fulleri...
663-667Simple model has been developed to study the effect of pressure and temperature on C60 soli...
An approach of calculating thermodynamic properties of the high-temperature modification of C60 is e...
The heat capacity at constant pressure of fullerite C60 has been investigated using an adiabatic cal...
The temperature dependence of the intermolecular distance and the cohesive energy in the high-temper...
The temperature dependence of the intermolecular distance and the cohesive energy in the high-temper...
The temperature dependence of saturated vapor pressure of fullerites C36-C96 and their thermodynamic...
We study the influence of thermal vacancies on equilibrium thermodynamic properties of the high-temp...
On the basis of the correlative method of the unsymmetrized self-consistent field that yields the ac...
Basing our calculations on the correlative method of the unsymmetrized self-consistent field for str...
This paper presents experimental and simulated isobaric heat capacities of the C60(OH)40 fullerenol ...
The specific heat of fullerenes extract (C60/C70) has been measured in the temperature range 4 < T <...
On the basis of the correlative method of the unsymmetrized self-consistent field that yields the ac...
We are pursuing statistical-mechanical investigations of thermodynamic properties of the high-temper...
A simple theoretical model is developed to study the properties of fullerites under varying conditio...
Theoretical investigations of thermodynamic properties of orientationally disorded phases of fulleri...
663-667Simple model has been developed to study the effect of pressure and temperature on C60 soli...
An approach of calculating thermodynamic properties of the high-temperature modification of C60 is e...
The heat capacity at constant pressure of fullerite C60 has been investigated using an adiabatic cal...
The temperature dependence of the intermolecular distance and the cohesive energy in the high-temper...
The temperature dependence of the intermolecular distance and the cohesive energy in the high-temper...
The temperature dependence of saturated vapor pressure of fullerites C36-C96 and their thermodynamic...
We study the influence of thermal vacancies on equilibrium thermodynamic properties of the high-temp...
On the basis of the correlative method of the unsymmetrized self-consistent field that yields the ac...
Basing our calculations on the correlative method of the unsymmetrized self-consistent field for str...
This paper presents experimental and simulated isobaric heat capacities of the C60(OH)40 fullerenol ...
The specific heat of fullerenes extract (C60/C70) has been measured in the temperature range 4 < T <...
On the basis of the correlative method of the unsymmetrized self-consistent field that yields the ac...
We are pursuing statistical-mechanical investigations of thermodynamic properties of the high-temper...