Spontaneous formation and stability of small GaP fullerenes
- Tozzini, V.
- Buda, F.
- Fasolino, A.
Publication date
January 2000
DOI Publisher
American Physical Society (APS)Abstract
Contains fulltext : 104034.pdf (preprint version ) (Open Access
Contains fulltext : 104034.pdf (preprint version ) (Open Access
International audienceWe find that the most stable fullerene isomers, C70–C94, form efficiently in c...
Recently Irle, Morokuma, and collaborators have carried out a series of quantum chemical molecular d...
Fullerenes, cage-structured carbon allotropes, have been the subject of extensive research as new ma...
An ab initio molecular dynamics simulation was used for the spontaneous formation of GaP fullerene c...
This article reviews recent work in Los Angeles on elementary processes in fullerene vapors. The pro...
We have used quantum chemistry computations, in conjunction with isodesmic-type reactions, to obtain...
The electronic structure of small fullerenes determined experimentally by anion photoelectron spectr...
The smallest fullerene to form in condensing carbon vapor has received considerable interest since t...
We present the results of an atomic-scale simulation of the confinement of small carbon clusters ins...
Understanding the fundamental mechanisms that underlie the synthesis of fullerene molecules in the i...
We find that the most stable fullerene isomers, C-70-C-94, form efficiently in close-to central coll...
For a given size of one fullerene molecule, there could exist many different isomers and their energ...
Article on fullerene coalescence in nanopeapods, which is responsible for forming stable zeppelinlik...
A fullerene is an allotrope of carbon in the form of a hollow sphere or in many other shapes. Spheri...
Author Institution: School of Chemistry and Molecular Sciences, University of SussexThe apparent sta...
International audienceWe find that the most stable fullerene isomers, C70–C94, form efficiently in c...
Recently Irle, Morokuma, and collaborators have carried out a series of quantum chemical molecular d...
Fullerenes, cage-structured carbon allotropes, have been the subject of extensive research as new ma...
An ab initio molecular dynamics simulation was used for the spontaneous formation of GaP fullerene c...
This article reviews recent work in Los Angeles on elementary processes in fullerene vapors. The pro...
We have used quantum chemistry computations, in conjunction with isodesmic-type reactions, to obtain...
The electronic structure of small fullerenes determined experimentally by anion photoelectron spectr...
The smallest fullerene to form in condensing carbon vapor has received considerable interest since t...
We present the results of an atomic-scale simulation of the confinement of small carbon clusters ins...
Understanding the fundamental mechanisms that underlie the synthesis of fullerene molecules in the i...
We find that the most stable fullerene isomers, C-70-C-94, form efficiently in close-to central coll...
For a given size of one fullerene molecule, there could exist many different isomers and their energ...
Article on fullerene coalescence in nanopeapods, which is responsible for forming stable zeppelinlik...
A fullerene is an allotrope of carbon in the form of a hollow sphere or in many other shapes. Spheri...
Author Institution: School of Chemistry and Molecular Sciences, University of SussexThe apparent sta...
International audienceWe find that the most stable fullerene isomers, C70–C94, form efficiently in c...
Recently Irle, Morokuma, and collaborators have carried out a series of quantum chemical molecular d...
Fullerenes, cage-structured carbon allotropes, have been the subject of extensive research as new ma...
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