Dense self-interacting lattice trees with specified topologies: From light to dense branching.
Dense self-interacting lattice trees with specified topologies: From light to dense branching.
复制标题
具有指定拓扑的密集自相互作用格子树：从轻分支到密集分支。
DOI：
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发表时间：
1992
期刊：
影响因子：
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通讯作者：
Freed
中科院分区：
文献类型：
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作者：
Nemirovsky;Dudowicz;Freed
应用格簇理论(LCT)描述了d维简单超立方格上具有特定拓扑结构的自回避树。等价地，链可以被看作是线性的，并且由占据几个晶格位置的结构单元组成。自相互作用聚合物具有最近邻接触相互作用能e，并在晶格体积上占据分数Φ
The lattice-cluster theory (LCT) is applied to describe a self-avoiding tree of specified topology on a d-dimensional simple hypercubic lattice. Equivalently, the chain can be reviewed as linear and composed of structural units occupying several lattices sites. The self-interacting polymer has a nearest-neighbor contact interaction energy e and occupies a fraction Φ on lattice volume