Explicit phenomenological solutions to recurrence relations for the bulk transverse and
longitudinal magnetization found using the Torrey–Bloch equations with relaxation effects …

The effect of this diffusion term is not completely analogous to a simple decrease in T2• In
particular, a plot of recycled equilibrium magnetization versus r with T a fixed multiple of r …

In conventional nuclear magnetic resonance (NMR) diffusion measurements a significant
amount of experimental time is used up by magnetization recovery, serving to prevent the …

A simple technique for solving the Torrey–Bloch equations appearing in the calculation of
the NMR signal under gradient fields is presented. It is applicable to arbitrary time …

NMR diffusion experiments employing pulsed field gradients are well established as
sensitive probes of the displacement of individual nuclear spins in a sample. Conventionally …

Most of the time, so-called inversion–recovery experiments concern longitudinal nuclear
magnetization of the whole sample, the region of interest being limited by the transmitting …

The effects of diffusion on the evolution of the nuclear magnetization in unbounded space
with an externally applied uniform magnetic field gradient are well understood. 1 Deviations …

NMR self-diffusion measurement requires a magnetic field gradient that is strong enough to
cause sufficient dephasing of the signal of migrating spins [1—3]. With very slow molecular …

The stochastic Liouville equation for the spin density matrix is modified to consider the
effects of Brownian anisotropic rotational diffusion upon electron paramagnetic resonance …

Nuclear magnetic resonance (NMR) in combination with pulsed magnetic field gradients has
proven very successful for measuring molecular diffusion, where the correlation time of the …