Tetrel bonds are noncovalent interactions between electron donors and group 14 elements; in these situations, C(sp3) atoms can act as Lewis acids, accepting electron density. Here, the authors show that methyl groups, when bound to atoms less electronegative than carbon, can participate in noncovalent interactions as electron density donors
C(sp3) atoms are known to act as electrophilic sites in self assembly processes, and in all cases re...
Four different Lewis acids that might participate in a tetrel bond with a nucleophile (SEt2Me+, NMe4...
High-level ab initio calculations have been used to study the interactions between the CH<sub>3</sub...
The consideration of the disposition of minima of electron density and electrostatic potential along...
Methyl groups bound to electronegative atoms, such as N or O, are recognized to participate in tetre...
The tetrel bond (TB) recruits an element drawn from the C, Si, Ge, Sn, Pb family as electron accepto...
There are a number of C-containing entities which can donate electrons. The C atom of the CN− anion ...
Elements from groups 14–18 and periods 3–6 commonly behave as Lewis acids, which are involved in dir...
The σ-hole and π-hole interactions allow for a systematic understanding of some features of the attr...
Hydrogen bond is analyzed very often since its importance in numerous chemical, physical and biologi...
Tetrel bonds represent a category of non-bonding interaction wherein an electronegative atom donates...
The tetravalent character of tetrel atoms leaves only limited room for an incoming nucleophile to ap...
A series of silyl and germanium complexes containing halogen atoms (fluorine and chlorine atoms) and...
Dissociation energies D for B⋯A = B + A can be written D = c′NE, where N and E are the nucleophilici...
A series of silyl and germanium complexes containing halogen atoms (fluorine and chlorine atoms) and...
C(sp3) atoms are known to act as electrophilic sites in self assembly processes, and in all cases re...
Four different Lewis acids that might participate in a tetrel bond with a nucleophile (SEt2Me+, NMe4...
High-level ab initio calculations have been used to study the interactions between the CH<sub>3</sub...
The consideration of the disposition of minima of electron density and electrostatic potential along...
Methyl groups bound to electronegative atoms, such as N or O, are recognized to participate in tetre...
The tetrel bond (TB) recruits an element drawn from the C, Si, Ge, Sn, Pb family as electron accepto...
There are a number of C-containing entities which can donate electrons. The C atom of the CN− anion ...
Elements from groups 14–18 and periods 3–6 commonly behave as Lewis acids, which are involved in dir...
The σ-hole and π-hole interactions allow for a systematic understanding of some features of the attr...
Hydrogen bond is analyzed very often since its importance in numerous chemical, physical and biologi...
Tetrel bonds represent a category of non-bonding interaction wherein an electronegative atom donates...
The tetravalent character of tetrel atoms leaves only limited room for an incoming nucleophile to ap...
A series of silyl and germanium complexes containing halogen atoms (fluorine and chlorine atoms) and...
Dissociation energies D for B⋯A = B + A can be written D = c′NE, where N and E are the nucleophilici...
A series of silyl and germanium complexes containing halogen atoms (fluorine and chlorine atoms) and...
C(sp3) atoms are known to act as electrophilic sites in self assembly processes, and in all cases re...
Four different Lewis acids that might participate in a tetrel bond with a nucleophile (SEt2Me+, NMe4...
High-level ab initio calculations have been used to study the interactions between the CH<sub>3</sub...