Percolation theory was initiated some fifty years ago as a mathematical framework for the
study of random physical processes such as flow through a disordered porous medium. It …

We study numerically the tortuosity-porosity relation in a microscopic model of a porous
medium arranged as a collection of freely overlapping squares. It is demonstrated that the …

We investigate the magnetic properties of epitaxial GaN: Gd layers as a function of the
external magnetic field and temperature. An unprecedented magnetic moment is observed …

A wide variety of methods have been used to compute percolation thresholds. In lattice
percolation, the most powerful of these methods consists of microcanonical simulations …

Granular materials as typical soft matter, their transport properties play significant roles in
durability and service life in relevant practical engineering structures. Physico-mechanical …

The asteroid 4 Vesta is one of the very few heavenly bodies to have been linked to samples
on Earth: the howardite‐eucrite‐diogenite (HED) meteorite suite. This large and diverse …

We present a systematic study of growth, structural, and magnetic characterization of GaN:
Gd layers grown directly on 6H-SiC (0001) substrates by reactive molecular-beam epitaxy …

Understanding the effect of percolation behavior of complex geometrical pores on the
tortuosity and thermal conductivity of porous composites is very crucial to the design and …

Mobile‐immobile mass transfer is widely used to model non‐Fickian dispersion in porous
media. Nevertheless, the memory function, implemented in the sink/source term of the …

We perform simulations of continuum gradient percolation to measure the percolation
threshold of systems of fully penetrable disks of two different radii. As a function of volumetric …