A local-density-functional cluster method is used to calculate the structure and vibrational modes of C60. We find C–C lengths in good agreement with observed values. The effect of doping the molecule with three extra electrons is investigated and shown to result in a surprising shortening of the longer bonds. The second derivatives of the energy are evaluated and have enabled, for the first time, all the normal modes of the molecule to be found. We find these to be in fair agreement with the available experimental results.Godkänd; 1992; 20130715 (latham)</p
The fullerene anion, C60, within the Ih point group, is a spherical molecule subject to the T circle...
The vibrational frequencies and electric polarizability of the C-60 molecule, both in the gaseous an...
Excitation properties of the isolated C60 and (C60)N model clusters (N = 2, 3, 4, 6 and 13) are stud...
A local-density-functional cluster method is used to calculate the structure and vibrational modes o...
A local-density-functional cluster method is used to calculate the structure and vibrational modes o...
Vibronic spectra of C60, C60Cl30 and two N-methylfulleropyrrolidines are studied with the use of TD-...
The geometrical structures and energetics of positively doubly charged fullerene dimer (C60)22+ conf...
The π-electron band of C(60) molecule has been obtained by the tight binding approximation. Applicat...
The aim of this work is to find a method suitable at least for obtaining the isolated molecule band ...
Ab initio calculations of the phonon spectrum of K6C60 are presented, based on the local-density app...
The fullerene era was started in 1985 with the discovery of the stable C60 cluster and its interpret...
The vibrational frequencies and electric polarizability of the C-60 molecule, both in the gaseous an...
We have studied the electronic and vibrational properties of the C-60 molecule by means of simplifie...
We present the results of an atomic-scale simulation of the confinement of small carbon clusters ins...
Single and double equilibrium bond lengths of the fcc-C60 crystal were calculated in the absence and...
The fullerene anion, C60, within the Ih point group, is a spherical molecule subject to the T circle...
The vibrational frequencies and electric polarizability of the C-60 molecule, both in the gaseous an...
Excitation properties of the isolated C60 and (C60)N model clusters (N = 2, 3, 4, 6 and 13) are stud...
A local-density-functional cluster method is used to calculate the structure and vibrational modes o...
A local-density-functional cluster method is used to calculate the structure and vibrational modes o...
Vibronic spectra of C60, C60Cl30 and two N-methylfulleropyrrolidines are studied with the use of TD-...
The geometrical structures and energetics of positively doubly charged fullerene dimer (C60)22+ conf...
The π-electron band of C(60) molecule has been obtained by the tight binding approximation. Applicat...
The aim of this work is to find a method suitable at least for obtaining the isolated molecule band ...
Ab initio calculations of the phonon spectrum of K6C60 are presented, based on the local-density app...
The fullerene era was started in 1985 with the discovery of the stable C60 cluster and its interpret...
The vibrational frequencies and electric polarizability of the C-60 molecule, both in the gaseous an...
We have studied the electronic and vibrational properties of the C-60 molecule by means of simplifie...
We present the results of an atomic-scale simulation of the confinement of small carbon clusters ins...
Single and double equilibrium bond lengths of the fcc-C60 crystal were calculated in the absence and...
The fullerene anion, C60, within the Ih point group, is a spherical molecule subject to the T circle...
The vibrational frequencies and electric polarizability of the C-60 molecule, both in the gaseous an...
Excitation properties of the isolated C60 and (C60)N model clusters (N = 2, 3, 4, 6 and 13) are stud...