Theoretical studies have estimated the bulk modulus of individual C60 molecules to be twice to three times as stiff as diamond. In this Letter, we investigate, for the first time, solvent effects on the compressibility of individual fullerene molecules using molecular dynamic simulation. Interaction with water and methanol was found to significantly affect the fullerene P–V EOS leading to significantly less compressible fullerene molecule. This study sheds important lights on the fact that the compressibility of fullerene molecules cannot be considered out of context of their chemical environment
The equilibrium geometry structural and vibrational spectroscopic properties of fullerenes C60 and C...
Estimating the Young’s modulus of a structure in the nanometer size range is a difficult task. The r...
Fullerene is scarcely soluble in most solvents, including alkanes. Yet, it has been shown that C60 d...
Theoretical studies have estimated the bulk modulus of individual C60 molecules to be twice to three...
The paper examines the compressibility of media with nano-inhomogeneities using the example of an al...
The ability to correlate fullerene solubility with experimentally or computationally accessible para...
The carbon fullerene family have opened a new paradigm in materials science. The strong covalent π- ...
Atomistic molecular dynamics simulations were employed to investigate the solvation properties of th...
International audienceThe association and dispersion of C60 fullerene and C60F48 fluorinated fullere...
Fullerene molecules are cage-like nanoscopic structures with pentagonal and hexagonal faces. In prac...
The thermodynamics of association of fullerene [] and water-soluble fullerene derivatives, i.e., ful...
In this letter, the bulk modulus of an individual C60 molecule is calculated in terms of the C,C bon...
A small cluster composed of fifty water molecules evenly spread out over the surface of fullerene (C...
The notion of (static) solvation shells has recently proved fruitful in revealing key molecular fact...
Over 150 solvents have been probed to dissolve light fullerenes, but with a quite moderate success. ...
The equilibrium geometry structural and vibrational spectroscopic properties of fullerenes C60 and C...
Estimating the Young’s modulus of a structure in the nanometer size range is a difficult task. The r...
Fullerene is scarcely soluble in most solvents, including alkanes. Yet, it has been shown that C60 d...
Theoretical studies have estimated the bulk modulus of individual C60 molecules to be twice to three...
The paper examines the compressibility of media with nano-inhomogeneities using the example of an al...
The ability to correlate fullerene solubility with experimentally or computationally accessible para...
The carbon fullerene family have opened a new paradigm in materials science. The strong covalent π- ...
Atomistic molecular dynamics simulations were employed to investigate the solvation properties of th...
International audienceThe association and dispersion of C60 fullerene and C60F48 fluorinated fullere...
Fullerene molecules are cage-like nanoscopic structures with pentagonal and hexagonal faces. In prac...
The thermodynamics of association of fullerene [] and water-soluble fullerene derivatives, i.e., ful...
In this letter, the bulk modulus of an individual C60 molecule is calculated in terms of the C,C bon...
A small cluster composed of fifty water molecules evenly spread out over the surface of fullerene (C...
The notion of (static) solvation shells has recently proved fruitful in revealing key molecular fact...
Over 150 solvents have been probed to dissolve light fullerenes, but with a quite moderate success. ...
The equilibrium geometry structural and vibrational spectroscopic properties of fullerenes C60 and C...
Estimating the Young’s modulus of a structure in the nanometer size range is a difficult task. The r...
Fullerene is scarcely soluble in most solvents, including alkanes. Yet, it has been shown that C60 d...