A theoretical study of the relation between the relativistic formulation of the nuclear magnetic shielding and spin-rotation tensors is presented. To this end a theoretical expression of the relativistic spin-rotation tensor is formulated, considering a molecular Hamiltonian of relativistic electrons and non-relativistic nuclei. Molecular rotation effects are introduced considering the terms of the Born-Oppenheimer decomposition, which couple the electrons and nuclei dynamics. The loss of the simple relation linking both spectral parameters in the non-relativistic formulation is further analyzed carrying out a perturbative expansion of relativistic effects by means of the linear response within the elimination of the small component approac...
We present a four-component relativistic approach to describe the effects of the nuclear spin-depend...
We present a four-component relativistic approach to describe the effects of the nuclear spin-depend...
We present a four-component relativistic approach to describe the effects of the nuclear spin-depend...
In the present work numerical results of the spin-rotation (SR) tensor in the series of compounds HX...
An original formulation of the relativistic molecular rotational g-tensor valid for heavy atom conta...
One of the most influential articles showing the best way to get the absolute values of NMR magnetic...
The nuclear charge distribution effects (NChDE) on two response properties, the NMR magnetic shieldi...
The nuclear-spin-dependent parity-violation contributions to the nuclear magnetic resonance shieldin...
The broadly accepted procedure to obtain the experimental absolute scale of NMR magnetic shieldings,...
In this work, relativistic effects on the nuclear spin-rotation (SR) tensor originated in the electr...
We present a four-component relativistic approach to describe the effects of the nuclear spin-depend...
In the present work a set of formal relations connecting different approaches to calculate relativis...
The relativistic molecular Hamiltonian written in the body-fixed frame of reference is the basis for...
We present a four-component relativistic approach to describe the effects of the nuclear spin-depend...
A new approach for calculating relativistic corrections to the nuclear magnetic shieldings is presen...
We present a four-component relativistic approach to describe the effects of the nuclear spin-depend...
We present a four-component relativistic approach to describe the effects of the nuclear spin-depend...
We present a four-component relativistic approach to describe the effects of the nuclear spin-depend...
In the present work numerical results of the spin-rotation (SR) tensor in the series of compounds HX...
An original formulation of the relativistic molecular rotational g-tensor valid for heavy atom conta...
One of the most influential articles showing the best way to get the absolute values of NMR magnetic...
The nuclear charge distribution effects (NChDE) on two response properties, the NMR magnetic shieldi...
The nuclear-spin-dependent parity-violation contributions to the nuclear magnetic resonance shieldin...
The broadly accepted procedure to obtain the experimental absolute scale of NMR magnetic shieldings,...
In this work, relativistic effects on the nuclear spin-rotation (SR) tensor originated in the electr...
We present a four-component relativistic approach to describe the effects of the nuclear spin-depend...
In the present work a set of formal relations connecting different approaches to calculate relativis...
The relativistic molecular Hamiltonian written in the body-fixed frame of reference is the basis for...
We present a four-component relativistic approach to describe the effects of the nuclear spin-depend...
A new approach for calculating relativistic corrections to the nuclear magnetic shieldings is presen...
We present a four-component relativistic approach to describe the effects of the nuclear spin-depend...
We present a four-component relativistic approach to describe the effects of the nuclear spin-depend...
We present a four-component relativistic approach to describe the effects of the nuclear spin-depend...