X-ray microscopy has been well-recognized as one of the most important techniques for
research in a wide range of scientific disciplines including materials science, geoscience …

A partial-bounce-back lattice Boltzmann model has been used to simulate flow on a lattice
consisting of cubic voxels with a locally varying effective percolating fraction. The effective …

This paper outlines the data-constrained microstructure modelling (DCM) approach to
determine microscopic distributions of pores (voids), quartz and calcite in sandstone. The …

This article is intended as a tutorial guide for new users of the DCM (data-constrained
modelling) software for quantitative characterization of material 3D microstructures using …

A data-constrained modelling (DCM) approach with multi-spectrum synchrotron X-ray CT
has been used to characterise the physical structure of Yangquan coal sample. Three sets of …

Endlich ein Fachbuch mit detaillierten Informationen zu einer der fortschrittlichsten
Methoden zur Materialcharakterisierung. Ein herausragendes Team aus Herausgebern und …

An inverse microtomography problem is under consideration in a class of functions with
bounded VH variation. An algorithm for solving this problem is proposed based on …

Three dimensional (3D) microscopic distributions of dolomite and calcite in a limestone
sample have been analyzed with a data-constrained modeling (DCM) technique using …

The article is devoted to a review of the following new elements of the modern theory of
solving inverse problems:(a) general theory of Tikhonov's regularization with practical …

Quantifying three-dimensional spatial distributions of pores and material compositions in
samples is a key materials characterization challenge, particularly in samples where …