The analysis of molecular electron density matrices in terms of quasi-atomic orbitals, which was developed in previous investigations, is quantitatively exemplified by a detailed application to the urea molecule. The analysis is found to identify strong and weak covalent bonding interactions as well as intramolecular charge transfers. It yields a qualitative as well as quantitative ab initio description of the bonding structure of this molecule, which raises questions regarding some traditional rationalizations
The possibility of electron binding to urea was studied at the coupled cluster level of theory with ...
The electronic structures of a series of uranium hexahalide and uranyl tetrahalide complexes were si...
The first systematic electronic resolution study of a series of urea-based anion receptor complexes ...
The analysis of molecular electron density matrices in terms of quasi-atomic orbitals, which was dev...
The quasi-atomic analysis of <i>ab initio</i> electronic wave functions in full valence spaces, whic...
The shapes of molecular orbitals (MOs) in polyatomic molecules are often difficult for meaningful ch...
This is the first study on electron density distribution of urea and dicarboxylic acids co-crystals....
This is the first study on electron density distribution of urea and dicarboxylic acids co-crystals....
This is the first study on electron density distribution of urea and dicarboxylic acids co-crystals....
The shapes of molecular orbitals (MOs) in polyatomic molecules are often difficult for meaningful ch...
The quantitative analysis of molecular density matrices in terms of oriented quasi-atomic orbitals (...
Through a basis-set-independent web of localizing orbital-transformations, the electronic wave funct...
In this perspective article, the basic theory and applications of the "Quantum Theory of Atoms in M...
One challenge in chemistry is the plethora of often disparate models for rationalizing the electroni...
The electronic structures of a series of uranium hexahalide and uranyl tetrahalide complexes were si...
The possibility of electron binding to urea was studied at the coupled cluster level of theory with ...
The electronic structures of a series of uranium hexahalide and uranyl tetrahalide complexes were si...
The first systematic electronic resolution study of a series of urea-based anion receptor complexes ...
The analysis of molecular electron density matrices in terms of quasi-atomic orbitals, which was dev...
The quasi-atomic analysis of <i>ab initio</i> electronic wave functions in full valence spaces, whic...
The shapes of molecular orbitals (MOs) in polyatomic molecules are often difficult for meaningful ch...
This is the first study on electron density distribution of urea and dicarboxylic acids co-crystals....
This is the first study on electron density distribution of urea and dicarboxylic acids co-crystals....
This is the first study on electron density distribution of urea and dicarboxylic acids co-crystals....
The shapes of molecular orbitals (MOs) in polyatomic molecules are often difficult for meaningful ch...
The quantitative analysis of molecular density matrices in terms of oriented quasi-atomic orbitals (...
Through a basis-set-independent web of localizing orbital-transformations, the electronic wave funct...
In this perspective article, the basic theory and applications of the "Quantum Theory of Atoms in M...
One challenge in chemistry is the plethora of often disparate models for rationalizing the electroni...
The electronic structures of a series of uranium hexahalide and uranyl tetrahalide complexes were si...
The possibility of electron binding to urea was studied at the coupled cluster level of theory with ...
The electronic structures of a series of uranium hexahalide and uranyl tetrahalide complexes were si...
The first systematic electronic resolution study of a series of urea-based anion receptor complexes ...