A method is formulated for enumerating and constructing isomerization reactions of molecules exhibiting large amplitude nonrigid motions. This method not only enumerates the isomers of nonrigid molecules and the corresponding rigid molecules but also the symmetry species spanned by the equivalent structures whose representative is an isomer. Consequently, using the method of correlating the symmetry species of a group to the symmetry species of its subgroup the splitting patterns of isomers of nonrigid molecule to those of rigid molecule are obtained. This provides an elegant method for both enumerating and constructing reaction graphs. The method is illustrated with examples. 1
In this paper, a simple theoretical approach to counting of substitution isomers is described. It is...
The equations of Part I for the specific and over‐all unimolecular reaction‐rate constants are exten...
In this paper, a simple theoretical approach to counting of substitution isomers is described. It is...
Permutations may be used to describe the transformations of a given complex MLn into one of the n!/h...
We analyze the relationship between two fundamental aspects of the study of molecular non‐rigidity: ...
AbstractOne of the most general chemical phenomena, isomerism, can be fruitfully described by variou...
The development and the use of generating function methods for several problems in Chemical Physics ...
The development and the use of generating function methods for several problems in Chemical Physics ...
The development and the use of generating function methods for several problems in Chemical Physics ...
The development and the use of generating function methods for several problems in Chemical Physics ...
AbstractRecent interplay between the enumeration of chemical graphs and the theory of chemical react...
The use of generalized wreath product groups as representations of symmetry groups of nonrigid molec...
Those of us who have faith in molecular structures are mocked by the fluxional behavior of the bullv...
AbstractOne of the most general chemical phenomena, isomerism, can be fruitfully described by variou...
We establish a theoretical description of Isomerization reactions whose polytopal character is only ...
In this paper, a simple theoretical approach to counting of substitution isomers is described. It is...
The equations of Part I for the specific and over‐all unimolecular reaction‐rate constants are exten...
In this paper, a simple theoretical approach to counting of substitution isomers is described. It is...
Permutations may be used to describe the transformations of a given complex MLn into one of the n!/h...
We analyze the relationship between two fundamental aspects of the study of molecular non‐rigidity: ...
AbstractOne of the most general chemical phenomena, isomerism, can be fruitfully described by variou...
The development and the use of generating function methods for several problems in Chemical Physics ...
The development and the use of generating function methods for several problems in Chemical Physics ...
The development and the use of generating function methods for several problems in Chemical Physics ...
The development and the use of generating function methods for several problems in Chemical Physics ...
AbstractRecent interplay between the enumeration of chemical graphs and the theory of chemical react...
The use of generalized wreath product groups as representations of symmetry groups of nonrigid molec...
Those of us who have faith in molecular structures are mocked by the fluxional behavior of the bullv...
AbstractOne of the most general chemical phenomena, isomerism, can be fruitfully described by variou...
We establish a theoretical description of Isomerization reactions whose polytopal character is only ...
In this paper, a simple theoretical approach to counting of substitution isomers is described. It is...
The equations of Part I for the specific and over‐all unimolecular reaction‐rate constants are exten...
In this paper, a simple theoretical approach to counting of substitution isomers is described. It is...