The method of orbital interaction describing the intermolecular interaction is reformulated in terms of Green’s function. The eigen-values and eigen-vectors for individual molecules obtained by block diagonalization of the original Hamiltonian, are sufficient to predict the next step of the reaction. The polarizabilities in the ordinary perturbation treatment is also effectively used. This procedure is further clarified by defining the effective coupling. The method is applied to a molecular compound between ethylene and H2
A new method for calculation of rotational barrier and interaction energies is proposed based on int...
Non-covalent interactions occur between and within all molecules and have a profound impact on struc...
The use of intermolecular perturbation theory to rationalize intermolecular forces and to provide a ...
The dynamic dipole-dipole, quadrupole-quadrupole and dipole-octupole polarizabilities for the ethyle...
The intermolecular potential of the ethylene dimer was calculated by using the perturbation theory d...
The intermolecular potential of the ethylene dimer was calculated by using the perturbation theory d...
A new method for calculation of rotational barrier and interaction energies is proposed based on int...
A new method for calculation of rotational barrier and interaction energies is proposed based on int...
The review presents the typical bonding intermolecular interactions: hydrogen bonds, halogen bonds a...
International audienceThe interaction potential energy and the interaction-induced dipole moment sur...
International audienceThe interaction potential energy and the interaction-induced dipole moment sur...
This paper extends the orbital exchange method calculation of H2 to include the possibility of a [HH...
The theory of intermolecular forces has advanced very greatly in recent years. It has become possibl...
An energy decomposition analysis (EDA) of intermolecular interactions is proposed for second-order M...
A new method for calculation of rotational barrier and interaction energies is proposed based on int...
A new method for calculation of rotational barrier and interaction energies is proposed based on int...
Non-covalent interactions occur between and within all molecules and have a profound impact on struc...
The use of intermolecular perturbation theory to rationalize intermolecular forces and to provide a ...
The dynamic dipole-dipole, quadrupole-quadrupole and dipole-octupole polarizabilities for the ethyle...
The intermolecular potential of the ethylene dimer was calculated by using the perturbation theory d...
The intermolecular potential of the ethylene dimer was calculated by using the perturbation theory d...
A new method for calculation of rotational barrier and interaction energies is proposed based on int...
A new method for calculation of rotational barrier and interaction energies is proposed based on int...
The review presents the typical bonding intermolecular interactions: hydrogen bonds, halogen bonds a...
International audienceThe interaction potential energy and the interaction-induced dipole moment sur...
International audienceThe interaction potential energy and the interaction-induced dipole moment sur...
This paper extends the orbital exchange method calculation of H2 to include the possibility of a [HH...
The theory of intermolecular forces has advanced very greatly in recent years. It has become possibl...
An energy decomposition analysis (EDA) of intermolecular interactions is proposed for second-order M...
A new method for calculation of rotational barrier and interaction energies is proposed based on int...
A new method for calculation of rotational barrier and interaction energies is proposed based on int...
Non-covalent interactions occur between and within all molecules and have a profound impact on struc...
The use of intermolecular perturbation theory to rationalize intermolecular forces and to provide a ...