Dimers on Square Lattices: Orientation Dependent Activities.

Past studies of a mixture of non-overlapping rigid polymers distributed on square lattices were limited to polymers having the same activity regardless of orientation. Here, we address the problem of a single species, dimers, possessing different activities depending on their orientation, in the absence of both dimer—dimer and dimer—lattice interaction energies. The lattices considered consist of two, three, four and five infinite strips of equally spaced lattice sites (M=2, 3,4, and 5). We propose an improved approximation technique for the study of the statistics of this system of dimers distributed on the infinite two-dimensional lattice (M=oc).

Main Author: Phares, Alain J.
Other Authors: Wunderlich, Francis J.
Format: Villanova Faculty Authorship
Language: English
Published: 1988
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dc_source_str_mv Physics Letters A, Volume 127, Issue 5, p. 275-280, February 1988.
author Phares, Alain J.
author_facet_str_mv Phares, Alain J.
Wunderlich, Francis J.
author_or_contributor_facet_str_mv Phares, Alain J.
Wunderlich, Francis J.
author_s Phares, Alain J.
spellingShingle Phares, Alain J.
Dimers on Square Lattices: Orientation Dependent Activities.
author-letter Phares, Alain J.
author_sort_str Phares, Alain J.
author2 Wunderlich, Francis J.
author2Str Wunderlich, Francis J.
dc_title_str Dimers on Square Lattices: Orientation Dependent Activities.
title Dimers on Square Lattices: Orientation Dependent Activities.
title_short Dimers on Square Lattices: Orientation Dependent Activities.
title_full Dimers on Square Lattices: Orientation Dependent Activities.
title_fullStr Dimers on Square Lattices: Orientation Dependent Activities.
title_full_unstemmed Dimers on Square Lattices: Orientation Dependent Activities.
collection_title_sort_str dimers on square lattices: orientation dependent activities.
title_sort dimers on square lattices: orientation dependent activities.
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description Past studies of a mixture of non-overlapping rigid polymers distributed on square lattices were limited to polymers having the same activity regardless of orientation. Here, we address the problem of a single species, dimers, possessing different activities depending on their orientation, in the absence of both dimer—dimer and dimer—lattice interaction energies. The lattices considered consist of two, three, four and five infinite strips of equally spaced lattice sites (M=2, 3,4, and 5). We propose an improved approximation technique for the study of the statistics of this system of dimers distributed on the infinite two-dimensional lattice (M=oc).
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dc.title Dimers on Square Lattices: Orientation Dependent Activities.
dc.creator Phares, Alain J.
Wunderlich, Francis J.
dc.description Past studies of a mixture of non-overlapping rigid polymers distributed on square lattices were limited to polymers having the same activity regardless of orientation. Here, we address the problem of a single species, dimers, possessing different activities depending on their orientation, in the absence of both dimer—dimer and dimer—lattice interaction energies. The lattices considered consist of two, three, four and five infinite strips of equally spaced lattice sites (M=2, 3,4, and 5). We propose an improved approximation technique for the study of the statistics of this system of dimers distributed on the infinite two-dimensional lattice (M=oc).
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