Porous materials occur throughout nature and industry, from volcanic rocks, to sponges, through to filters; they comprise a solid structure, which could be like honeycomb or a packing of grains, with gaps (pores) throughout. These pores allows fluid and small contaminants carried by the fluid, such as salt in seawater, to travel through the material. The shape and size of these pores affects the passage of fluid, which in turn affects the path the contaminants take and how much becomes trapped within the solid structure.
How Predictable is Technological Progress?
Farmer, J
Lafond, F
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Encoder Blind Combinatorial Compressed Sensing
Murray, M
Tanner, J
IEEE Transactions on Information Theory
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Geological Modelling and Reservoir Simulation
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Mathematical Methods and Modelling in Hydrocarbon Exploration and Production
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Symplectic duality and implosions
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ADVANCES IN THEORETICAL AND MATHEMATICAL PHYSICS
volume 25
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Informational balance: slow principles in the theory and practice of information behaviour
Poirier, L
Robinson, L
Journal of Documentation
volume 70
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687-707
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Slow Delphi: An investigation into information behaviour and the Slow Movement
Poirier, E
Robinson, L
Journal of Information Science
volume 40
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A short introduction to generalized hydrodynamics
Essler, F
Physica A: Statistical Mechanics and its Applications
volume 631
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Next time you lose your paddle whilst canoeing - don't despair. There is another way to push your canoe forwards: by jumping on it! Gunwale bobbing refers to the act of standing on the gunwales (side walls) of a canoe and forcing it into oscillations with one's legs. When forced at the right frequency, the canoe can surf from crest to crest of the generated wave field by pushing into positive surface gradients.