none2We use molecular dynamics to calculate the vibrational density of states of several endohedral monometallofullerenes and compare the results with the experimental values. The vibrational patterns depend weakly on the charge transfer from the metal to the fullerene cage, with the largest variations of similar to 2 cm(-1) observed upon switching off completely the Coulomb interactions, and more strongly on the cage isomer, with variations of up to similar to 13 cm(-1). Analysis of the metal motions inside the cage shows that they can be chaotic. The origin of such chaotic behavior is discussed.noneKemner E; Zerbetto FKemner E; Zerbetto
The first quantum dynamical simulation of a large polyatomic system em-ploying a non-empirical poten...
We report the first-principles Car-Parrinello molecular dynamics study of the behaviour of a single...
Endohedral fullerenes with paramagnetic encapsulated atoms are new magnetic materials of interest fo...
We use molecular dynamics to calculate the vibrational density of states of several endohedral monom...
We use a combination of molecular dynamics simulations and density functional theory calculations to...
Molecular dynamics simulations are performed for the endohedral Ne@C60 molecule. The principal focus...
The study of nanostructures’ vibrational properties is at the core of nanoscience research. They are...
Abstract. The growth process of metallofullerene was studied by using the molecular dynamics method....
The initial stages of fullerene and endohedral metallofullerene (EMF) synthesis in carbon-helium pl...
1. Y. -N. Chiu and B. -C, Wang, J. Mol. Strul. (Theochem), 283, 13 (1994). 2. Y. -N. Chiu. P. Ganeli...
This work focuses on the theoretical study of the physical and chemical properties of endohedral ful...
none4siWe address the question of charge delocalization in amorphous and crystalline fullerene solid...
An ab initio molecular dynamics simulation was used for the spontaneous formation of GaP fullerene c...
Light metal atoms such as Li, K (electronic state S-2(1/2)) or Ca (S-1(0)) encapsulated in a C-70 ca...
Marcus theory predicts electron transfer rates between donor and acceptor systems. Since its incepti...
The first quantum dynamical simulation of a large polyatomic system em-ploying a non-empirical poten...
We report the first-principles Car-Parrinello molecular dynamics study of the behaviour of a single...
Endohedral fullerenes with paramagnetic encapsulated atoms are new magnetic materials of interest fo...
We use molecular dynamics to calculate the vibrational density of states of several endohedral monom...
We use a combination of molecular dynamics simulations and density functional theory calculations to...
Molecular dynamics simulations are performed for the endohedral Ne@C60 molecule. The principal focus...
The study of nanostructures’ vibrational properties is at the core of nanoscience research. They are...
Abstract. The growth process of metallofullerene was studied by using the molecular dynamics method....
The initial stages of fullerene and endohedral metallofullerene (EMF) synthesis in carbon-helium pl...
1. Y. -N. Chiu and B. -C, Wang, J. Mol. Strul. (Theochem), 283, 13 (1994). 2. Y. -N. Chiu. P. Ganeli...
This work focuses on the theoretical study of the physical and chemical properties of endohedral ful...
none4siWe address the question of charge delocalization in amorphous and crystalline fullerene solid...
An ab initio molecular dynamics simulation was used for the spontaneous formation of GaP fullerene c...
Light metal atoms such as Li, K (electronic state S-2(1/2)) or Ca (S-1(0)) encapsulated in a C-70 ca...
Marcus theory predicts electron transfer rates between donor and acceptor systems. Since its incepti...
The first quantum dynamical simulation of a large polyatomic system em-ploying a non-empirical poten...
We report the first-principles Car-Parrinello molecular dynamics study of the behaviour of a single...
Endohedral fullerenes with paramagnetic encapsulated atoms are new magnetic materials of interest fo...