The energy of a molecular graph G is defined as the summation of the absolute values of the eigenvalues of adjacency matrix of a graph G. In this paper, an infinite class of fullerene graphs with 10n vertices, n ≥ 2, is considered. By proving centrosymmetricity of the adjacency matrix of these fullerene graphs, a lower bound for its energy is given. Our method is general and can be extended to other class of fullerene graphs
1733-1736The energy E of a (molecular) graph is equal to the sum of the absolute values of its eigen...
Fullerene graphs are 3-connected 3-regular planar graphs with only pentagonal and hexagonal faces. T...
AbstractWe classify all possible structures of fullerene Cayley graphs. We give each one a geometric...
The energy of a molecular graph G is defined as the summation of the absolute values of the eigenval...
A molecular graph M is a simple graph in which atoms and chemical bonds are the vertices and edges o...
For a simple graph G=V,E with eigenvalues of the adjacency matrix λ1≥λ2≥⋯≥λn, the energy of the grap...
International audienceFullerene graphs are cubic, 3-connected, planar graphs with exactly 12 pentago...
AbstractWe determine the spectra of cubic plane graphs whose faces have sizes 3 and 6. Such graphs, ...
A general and convenient method is described by which one can obtain the point group, the 13C NMR pa...
© 2013 Mottaghi and Ashrafi; licensee Beilstein-Institut. License and terms: see end of document. A ...
We consider a classical mechanics approach to atomic displacements in fullerene molecules. The probl...
A fullerene is a carbon molecule where each carbon atom is chemically bonded to three other carbon a...
Abstract. Let G be a simple graph with n vertices and m edges. The ordinary energy of the graph is d...
Fullerene graphs are trivalent plane graphs with only hexagonal and pentagonal faces. They are often...
AbstractA graph G is singular of nullity η(>0), if its adjacency matrix A is singular, with the eige...
1733-1736The energy E of a (molecular) graph is equal to the sum of the absolute values of its eigen...
Fullerene graphs are 3-connected 3-regular planar graphs with only pentagonal and hexagonal faces. T...
AbstractWe classify all possible structures of fullerene Cayley graphs. We give each one a geometric...
The energy of a molecular graph G is defined as the summation of the absolute values of the eigenval...
A molecular graph M is a simple graph in which atoms and chemical bonds are the vertices and edges o...
For a simple graph G=V,E with eigenvalues of the adjacency matrix λ1≥λ2≥⋯≥λn, the energy of the grap...
International audienceFullerene graphs are cubic, 3-connected, planar graphs with exactly 12 pentago...
AbstractWe determine the spectra of cubic plane graphs whose faces have sizes 3 and 6. Such graphs, ...
A general and convenient method is described by which one can obtain the point group, the 13C NMR pa...
© 2013 Mottaghi and Ashrafi; licensee Beilstein-Institut. License and terms: see end of document. A ...
We consider a classical mechanics approach to atomic displacements in fullerene molecules. The probl...
A fullerene is a carbon molecule where each carbon atom is chemically bonded to three other carbon a...
Abstract. Let G be a simple graph with n vertices and m edges. The ordinary energy of the graph is d...
Fullerene graphs are trivalent plane graphs with only hexagonal and pentagonal faces. They are often...
AbstractA graph G is singular of nullity η(>0), if its adjacency matrix A is singular, with the eige...
1733-1736The energy E of a (molecular) graph is equal to the sum of the absolute values of its eigen...
Fullerene graphs are 3-connected 3-regular planar graphs with only pentagonal and hexagonal faces. T...
AbstractWe classify all possible structures of fullerene Cayley graphs. We give each one a geometric...