The theory for calculating spin-spin coupling constants (SS-CC) was studied using density functional theory (DFT). The mechanism of NMR spin-spin coupling in dependence of the electronic structure of a molecule and its bonding characteristics was also analyzed. A simple form of the new theory for analyzing SSCCs, called decomposition of J into orbital contributions using orbital currents and partial spin polarization (J-OC-PSP), was formulated in terms of one- and two-orbital contributions based on active orbitals. The Fermi contact (FC) coupling mechanism is predominantly based on exchange interactions
It is shown that nuclear spin-spin coupling in a molecule can be rationalized in terms of property d...
The spin of an electron often misleadingly interpreted as the classical rotationof a particle. The q...
We present a method for a subsystem-based calculation of indirect nuclear spin-spin coupling tensors...
Criteria for analyzing the NMR spin–spin coupling mechanism were derived. Advantages and disadvantag...
International audienceWe present herein two complementary theoretical approaches for analyzing the t...
International audienceWe present herein two complementary theoretical approaches for analyzing the t...
International audienceWe present herein two complementary theoretical approaches for analyzing the t...
It is already well recognized that crucial information on the electron structure of a chemical bond ...
NMR J-coupling calculations at the secondorder of polarization propagator approach, SOPPA, are among...
In this work, a new approach to studying coupling pathways for the Fermi contact term of NMR spin-sp...
The potential of NMR spin-spin coupling constants as probes to study fine details of electronic mole...
The main purpose of this work is to calculate the isotropic nuclear spin-spin coupling constants bet...
The main purpose of this work is to calculate the isotropic nuclear spin-spin coupling constants bet...
The spin of an electron often misleadingly interpreted as the classical rotationof a particle. The q...
It is shown that nuclear spin-spin coupling in a molecule can be rationalized in terms of property d...
It is shown that nuclear spin-spin coupling in a molecule can be rationalized in terms of property d...
The spin of an electron often misleadingly interpreted as the classical rotationof a particle. The q...
We present a method for a subsystem-based calculation of indirect nuclear spin-spin coupling tensors...
Criteria for analyzing the NMR spin–spin coupling mechanism were derived. Advantages and disadvantag...
International audienceWe present herein two complementary theoretical approaches for analyzing the t...
International audienceWe present herein two complementary theoretical approaches for analyzing the t...
International audienceWe present herein two complementary theoretical approaches for analyzing the t...
It is already well recognized that crucial information on the electron structure of a chemical bond ...
NMR J-coupling calculations at the secondorder of polarization propagator approach, SOPPA, are among...
In this work, a new approach to studying coupling pathways for the Fermi contact term of NMR spin-sp...
The potential of NMR spin-spin coupling constants as probes to study fine details of electronic mole...
The main purpose of this work is to calculate the isotropic nuclear spin-spin coupling constants bet...
The main purpose of this work is to calculate the isotropic nuclear spin-spin coupling constants bet...
The spin of an electron often misleadingly interpreted as the classical rotationof a particle. The q...
It is shown that nuclear spin-spin coupling in a molecule can be rationalized in terms of property d...
It is shown that nuclear spin-spin coupling in a molecule can be rationalized in terms of property d...
The spin of an electron often misleadingly interpreted as the classical rotationof a particle. The q...
We present a method for a subsystem-based calculation of indirect nuclear spin-spin coupling tensors...