The SBM theory attempts to describe enhanced nuclear relaxation in NMR in the presence of dissolved ionic species with this property; in that theory, ions with this property contribute unpaired electron density to enhance relaxation. Zavoisky discovered the resonant absorption of microwaves by materials exhibiting this property in a constant field, which is the underlying principle of electron spin resonance. It is exhibited by materials with a positive magnetic susceptibility, and is often observed in materials with un
The SBM theory attempts to describe enhanced nuclear relaxation in NMR in the presence of dissolved ionic species with this property; in that theory, ions with this property contribute unpaired electron density to enhance relaxation. Zavoisky discovered the resonant absorption of microwaves by materials exhibiting this property in a constant field, which is the underlying principle of electron spin resonance. It is exhibited by materials with a positive magnetic susceptibility, and is often observed in materials with unpaired electrons, exemplified by liquid oxygen. For 10 points, identify this behavior which occurs when a material becomes weakly magnetized in a parallel orientation to the applied magnetic field.
The SBM theory attempts to describe enhanced nuclear relaxation in NMR in the presence of dissolved ionic species with this property; in that theory, ions with this property contribute unpaired electron density to enhance relaxation.
{paramagnetism} [accept word forms]