Application of continuous time random walks to transport in porous media

Article Abstract:

A method is reported, based on a continuous time random walk formalism (CTRW), for characterizing and quantifying anomalous transport in chemical species. The general physical picture of chemical migration over increasing length scales is considered.

Fluids, Groundwater flow, Random walks (Mathematics), Random walk theory, Logical positivism, Flow (Dynamics)

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Curvature driven transport of mouse macrophages in a pulsating magnetic garnet film ratchet

Article Abstract:

Study presents the successful transportation of magnetically doped biological cells in a precise manner. This can be achieved by magnetic manipulation of the cells without involving strong magnetic fields.

Science & research, Physiological aspects, Macrophages, Magnetic properties

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A compressible continuum model for ion transport in high-temperature water

Article Abstract:

Research designed to develop a compressible continuum model for calculating ionic mobility is presented. The model considers both electrostriction and the electroviscous effect.

Models, Ionic mobility

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