It is shown that the electron density at the hydrogen bond critical point increases approximately linearly with increasing stabilization energy in going from weak hydrogen bonds to moderate and strong hydrogen bonds, thus serving as an indicator of the nature and gradual change of strength of the hydrogen bond for a large number of test intermolecular complexes
The specific case of intramolecular hydrogen bonds assisted by π-electron delocalization is thorough...
In this discussion, we show that a static definition of a `bond' is not viable by looking at a few e...
The specific case of intramolecular hydrogen bonds assisted by π-electron delocalization is thorough...
It is shown that the electron density at the hydrogen bond critical point increases approximately li...
The electron densities for a number of molecules with either inter- or intra-molecular hydrogen bon...
ABSTRACT: Atoms in Molecules (AIM) theory is routinely used to assess hydrogen bond formation; howev...
Atoms in Molecules (AIM) theory is routinely used to assess hydrogen bond formation; however its str...
Atoms in Molecules (AIM) theory is routinely used to assess hydrogen bond formation; however its str...
Atoms in Molecules (AIM) theory is routinely used to assess hydrogen bond formation; however its str...
The experimental charge density method has been employed to provide a more detailed description of t...
The experimental charge density method has been employed to provide a more detailed description of t...
The recent IUPAC recommendation on the definition of hydrogen bonding points out that directionality...
Our MO-based findings proved a bonding nature of each density bridge (DB, or a bond path with an ass...
The general features of the electron density in hydrogen bonds, as derived from recent diffraction i...
In this discussion, we show that a static definition of a `bond' is not viable by looking at a few e...
The specific case of intramolecular hydrogen bonds assisted by π-electron delocalization is thorough...
In this discussion, we show that a static definition of a `bond' is not viable by looking at a few e...
The specific case of intramolecular hydrogen bonds assisted by π-electron delocalization is thorough...
It is shown that the electron density at the hydrogen bond critical point increases approximately li...
The electron densities for a number of molecules with either inter- or intra-molecular hydrogen bon...
ABSTRACT: Atoms in Molecules (AIM) theory is routinely used to assess hydrogen bond formation; howev...
Atoms in Molecules (AIM) theory is routinely used to assess hydrogen bond formation; however its str...
Atoms in Molecules (AIM) theory is routinely used to assess hydrogen bond formation; however its str...
Atoms in Molecules (AIM) theory is routinely used to assess hydrogen bond formation; however its str...
The experimental charge density method has been employed to provide a more detailed description of t...
The experimental charge density method has been employed to provide a more detailed description of t...
The recent IUPAC recommendation on the definition of hydrogen bonding points out that directionality...
Our MO-based findings proved a bonding nature of each density bridge (DB, or a bond path with an ass...
The general features of the electron density in hydrogen bonds, as derived from recent diffraction i...
In this discussion, we show that a static definition of a `bond' is not viable by looking at a few e...
The specific case of intramolecular hydrogen bonds assisted by π-electron delocalization is thorough...
In this discussion, we show that a static definition of a `bond' is not viable by looking at a few e...
The specific case of intramolecular hydrogen bonds assisted by π-electron delocalization is thorough...
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