Our environment is essential for not only the quality, but also the persistence of life on Earth.
Three of the most pressing environmental issues facing modern society are climate change …

Magnetic resonance imaging (MRI) is a well-known technique in medical diagnosis and
materials science. In the more specialized arena of laboratory-scale petrophysical rock core …

A generalized approach to the use of pulsed‐gradient spin echo (PGSE) NMR methods for
the measurement of flow and diffusion in porous media is presented, in which the fluid …

The results of lattice‐Boltzmann simulations of the flow field through a random packing of
spheres are compared with NMR velocimetry and propagator measurements. Flows are …

Many processes of interest to industry and society involve the flow of fluids through porous
media. The transfer of gases to blood within the lung and the flow of blood through organ …

Magnetic resonance imaging (MRI) volume-and velocity-measurement techniques are used
to probe structure-flow correlations within the interparticle space of a packed bed of ballotini …

The characterization of substrate transport in the bulk phase and in the biofilm matrix is one
of the problems which has to be solved for the verification of biofilm models. Additionally, the …

Publisher Summary This chapter concentrates on characterization of the actual pore space,
and transport within the pore space, using nuclear magnetic resonance (NMR) methods …

The application of nuclear magnetic resonance imaging (NMRI) to the direct three‐
dimensional measurement of flow in rough‐walled water‐saturated rock fractures is …

New techniques for quantitative mapping ofT1, T2, andT* 2are proposed, based on
thesingle-pointimaging (SPI) method, for materials with short nuclear magnetic resonance …