Diamagnetic susceptibility tensor

Contrary to the effect observed for the quadrupole moments, the effect of the 3experimental values and theoretical calculations <76JESI79>. 

As a new index, the normalized zz component of the diamagnetic susceptibility tensor for the ji electrons was introduced and labeled %zzlnji-... 

The diamagnetic susceptibility tensor x in a. uniaxial medium has two principal components X and X-L which are along and normal to the director, respectively. The diamagnetism is particularly strong when the... 

The anisotropic magnetic properties of nematics and the interactions of the director with external magnetic fields are described by a symmetric second rank diamagnetic susceptibility tensor /. The magnetic moment per volume induced in the nematic liquid crystal by an external magnetic field H is... 

Here we have introduced three second-rank tensors, the rotational magnetic moment tensor T2(G) and the proton and fluorine screening tensors, T2(rotational magnetic moment and chemical shift (shielding) tensors, a further term which should be included in the Zeeman Hamiltonian describes the diamagnetic susceptibility. This term takes the form... 

Finally, in the third section of this paper, we describe a semiempirical atom dipole model that allows a reliable prediction of molecular electric dipole and quadrupole moments, diamagnetic susceptibilities, and diamagnetic nuclear shieldings. A set of localized bond and atom values are developed for the individual diagonal elements in the total molecular magnetic susceptibility tensor. 

The derivation of the nuclear magnetic parameters, i.e. , 82 and k(2 ° is similar to the case of the electron magnetic parameters. The magnetic susceptibility tensor is identical with the derivation done before and, in the absence of electron spin (spin-orbit interaction), only the diamagnetic term survives. 

In addition to the temperature-independent diamagnetism, any substance possesses a temperature-independent paramagnetism. Both these components form the magnetic susceptibility tensor and their partitioning, like X = Xdia + Xtip. is somehow artificial better to speak about the underlying... 

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