A series of tensors is defined to describe the response to external electric and magnetic fields of the electric field gradient at a nucleus in a molecule. Perturbation expressions, symmetry relations and exact results for the hydrogen atom are given. The new tensors are related to derivatives of electric field shieldings with respect to motion of a test point through an electron distribution
Two recently proposed formally exact theories for the relativistic calculation of nuclear shielding ...
A simple model Hamiltonian is analyzed within the framework of time-dependent perturbation theory to...
A simple model Hamiltonian is analyzed within the framework of time-dependent perturbation theory to...
A series of tensors is defined to describe the response to external electric and magnetic fields of ...
The results of an accurate calculation of second-order properties of the methane molecule are report...
The electric shielding tensor at nuclei in the molecules H2O, NH3, CH4 and CO has been evaluated via...
Electric and magnetic shieldings at the nuclei of the water molecule have been calculate
An SCF wavefunction has been used to calculate the dependence of the electric field gradient at the ...
The interaction Hamiltonian within the Bloch gauge for the potentials of the electric field has been...
It is shown that the electric shielding tensor of a nucleus within a molecule is related to the pola...
The general expression for the magnetic shielding of a nucleus in the presence of a time-independent...
The electric shielding of a nucleus in a molecule can be expressed in terms of the gradient of the m...
The results of an accurate calculation of second-order properties of the ammonia molecule are report...
The electromagnetic moments induced in the electrons of a molecule by a nuclear spin can be rational...
The electric field gradient (EFG) at the nucleus, the generalized Sternheimer shielding constants, a...
Two recently proposed formally exact theories for the relativistic calculation of nuclear shielding ...
A simple model Hamiltonian is analyzed within the framework of time-dependent perturbation theory to...
A simple model Hamiltonian is analyzed within the framework of time-dependent perturbation theory to...
A series of tensors is defined to describe the response to external electric and magnetic fields of ...
The results of an accurate calculation of second-order properties of the methane molecule are report...
The electric shielding tensor at nuclei in the molecules H2O, NH3, CH4 and CO has been evaluated via...
Electric and magnetic shieldings at the nuclei of the water molecule have been calculate
An SCF wavefunction has been used to calculate the dependence of the electric field gradient at the ...
The interaction Hamiltonian within the Bloch gauge for the potentials of the electric field has been...
It is shown that the electric shielding tensor of a nucleus within a molecule is related to the pola...
The general expression for the magnetic shielding of a nucleus in the presence of a time-independent...
The electric shielding of a nucleus in a molecule can be expressed in terms of the gradient of the m...
The results of an accurate calculation of second-order properties of the ammonia molecule are report...
The electromagnetic moments induced in the electrons of a molecule by a nuclear spin can be rational...
The electric field gradient (EFG) at the nucleus, the generalized Sternheimer shielding constants, a...
Two recently proposed formally exact theories for the relativistic calculation of nuclear shielding ...
A simple model Hamiltonian is analyzed within the framework of time-dependent perturbation theory to...
A simple model Hamiltonian is analyzed within the framework of time-dependent perturbation theory to...