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Symmetry factoring of the characteristic equations of graphs corresponding to polyhedra

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What this work says

Outgoing claims: the papers this work cites, builds on, or argues with.

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Chemical applications of topology and group theory

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Spektren endlicher grafen

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Chemical applications of group theory

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Algebraic Graph Theory

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Chemical applications of topology and group theory. III. Relative interligand repulsions of coordination polyhedra

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Chemical applications of topology and group theory. IV. Polyhedra for coordination numbers 10-16

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Chemical applications of topology and group theory. V. Polyhedral metal clusters and boron hydrides

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Chemical applications of topology and group theory. I. Coordination polyhedra

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Introduction to the Theory of Equations

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FINITE GROUPS OF AUTOMORPHISMS

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Introduction to the Theory of Equations.

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The Fascination of Groups.

What points at this work

Incoming claims: where this work appears in other papers’ reference lists and arguments.

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Symmetry‐derived Methods for Obtaining Graph Spectra

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Graph‐Theory Derived Models for the Skeletal Chemical Bonding in Organometallic Metal Carbonyl Clusters

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On evaluation of the characteristic polynomial for large molecules

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Computer generation of the characteristic polynomials of chemical graphs

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Characteristic polynomials of organic polymers and periodic structures

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Computer generation of spectra of graphs: Applications to C 60 clusters and other systems

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Spectra of chemical trees

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Spectral polynomials of systems with general interactions

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Factoring the characteristic polynomial

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Spectra and characteristic polynomials of polyhedral clusters

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A representation of the McClelland method of graph splitting. Stack graphs

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Splitting of n‐fold rotationally symmetric graphs

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Eigenvector and eigenvalues of some special graphs. IV. Multilevel circulants

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Splitting of the characteristic polynomial ( CP ) using a computational technique to obtain the factors of the mirror plane and two‐, three‐, and n‐fold symmetric graph

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Heterocyclic and Organometallic Molecules

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Comments on characteristic polynomials of chemical graphs

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On subspectral problem?benzenoid hydrocarbons with common eigenvalues �1

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The characteristic polynomials of structures with pending bonds

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Moments and characteristic polynomials for square lattice graphs

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Characteristic polynomials of spirographs

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Three-dimensional aromaticity: A topological analysis of computational methods

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Recent developments in tree-pruning methods and polynomials for cactus graphs and trees

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A theoretical study of ?-hydrocarbon-iron tricarbonyl complexes

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The factorisation of chemical graphs and their polynomials: A systematic study of certain trees

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A graph-theoretical method for stepwise factorisation of symmetric graphs for simultaneous determination of eigenvectors and eigenvalues

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Topological solution of algebraic eigenvalue problem

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Study of trends in charge-transfer absorption maxima of some π-type molecular complexes using graph-theoretical techniques

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Geometry-dependent characteristic polynomials of molecular structures

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Spectral moments and walks for large carbon cage clusters

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Structure-resonance calculation of the ionization potential of saturated hydrocarbons

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Applications of edge-colorings of graphs and characteristic polynomials to spectroscopy and quantum chemistry

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Factors of polyhedral spectra: a computational approach

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Some methods for counting the spanning trees in labelled molecular graphs, examined in relation to certain fullerenes

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SCF-Xα-SW calculations of the boron hydride molecule and ions

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Three-dimensional aromaticity in deltahedral borane anions: Comparison of topological and computational approaches

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Metal cluster topology. 2. Gold clusters

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The icosahedron in inorganic chemistry

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The pairing principle in tensor surface harmonic theory: Electron counts of large closo boranes

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Electronic Requirements for Macropolyhedral Boranes

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Benzenoid hydrocarbons having eigenvalues of ±√2

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Graph-theoretical Characterization of Fullerene Cages

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