Nuclear magnetic resonance (NMR) techniques cover a broad range of length and time
scales on which dynamic properties of fluids confined in porous media can be investigated …

This paper discusses the fractional oscillator equation involving fractional time derivatives of
the Riemann-Liouville type. The exact solution of the fractional oscillator equation was …

Quasi-two-dimensional random-site percolation model objects were fabricated based on
computer-generated templates. Samples consisting of two compartments, a reservoir of H 2 …

Pulsed field gradient NMR self-diffusion studies of water were used to determine surface-to-
volume ratios and specific surface areas of the grains forming a glacial sand deposit. Both …

Stationary thermal convection and heat conduction were studied in random-site percolation
clusters in a Rayleigh-Bénard configuration experimentally by NMR microscopy techniques …

We introduce a fractional Fokker-Planck equation with a temporal power-law dependence
on the drift force fields. For this case, the moments of the tracer from the force-force …

The electric current density in percolation clusters was mapped with the aid of a NMR
microscopy technique monitoring the spatial distribution of spin precession phase shifts …

Da natürliche poröse Strukturen meistens nicht durch einfache Annahmen zu beschreiben
sind, greift man gerne auf poröse Modelle zurück. Ihr Vorteil besteht darin, dass sich ihre …

The study of protein motion is of great interest in understanding enzyme binding and protein
folding. Past spectroscopic techniques have been limited to studying static structures with …