FAVORABLE STRUCTURES FOR HIGHER FULLERENES - COMMENT

A corrected version of the ring spiral computer code finds 1812 spectrally distinct fullerene isomers of C60, 22 more isomers than are found by the independent computer enumeration method of Liu, Schmalz and Klein. © 1992.

Bibliographische Detailangaben
1. Verfasser: Manolopoulos, D
Format: Journal article
Veröffentlicht: 1992
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author Manolopoulos, D
author_facet Manolopoulos, D
author_sort Manolopoulos, D
collection OXFORD
description A corrected version of the ring spiral computer code finds 1812 spectrally distinct fullerene isomers of C60, 22 more isomers than are found by the independent computer enumeration method of Liu, Schmalz and Klein. © 1992.
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spelling oxford-uuid:f798810a-aada-4f70-93e2-49b27e2f0f4d2022-03-27T12:43:52ZFAVORABLE STRUCTURES FOR HIGHER FULLERENES - COMMENTJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:f798810a-aada-4f70-93e2-49b27e2f0f4dSymplectic Elements at Oxford1992Manolopoulos, DA corrected version of the ring spiral computer code finds 1812 spectrally distinct fullerene isomers of C60, 22 more isomers than are found by the independent computer enumeration method of Liu, Schmalz and Klein. © 1992.
spellingShingle Manolopoulos, D
FAVORABLE STRUCTURES FOR HIGHER FULLERENES - COMMENT
title FAVORABLE STRUCTURES FOR HIGHER FULLERENES - COMMENT
title_full FAVORABLE STRUCTURES FOR HIGHER FULLERENES - COMMENT
title_fullStr FAVORABLE STRUCTURES FOR HIGHER FULLERENES - COMMENT
title_full_unstemmed FAVORABLE STRUCTURES FOR HIGHER FULLERENES - COMMENT
title_short FAVORABLE STRUCTURES FOR HIGHER FULLERENES - COMMENT
title_sort favorable structures for higher fullerenes comment
work_keys_str_mv AT manolopoulosd favorablestructuresforhigherfullerenescomment