Evolution of porosity in geotechnical composites.

@article{Tyrologou2005EvolutionOP,
  title={Evolution of porosity in geotechnical composites.},
  author={P. Tyrologou and A. Dudeney and C. Grattoni},
  journal={Magnetic resonance imaging},
  year={2005},
  volume={23 6},
  pages={
          765-8
        }
}
Nuclear magnetic resonance (NMR) (H1) transverse relaxation measurements were carried out on 37x70-mm cylindrical mineral/organic composites to determine and monitor the porosity evolution. Porosity is related, in principle, to the stability of such materials in geotechnical applications, for example, engineering foundations. The specimens represented novel formulations of mixed "wastes" containing coarse screened mineral, digested sewage sludge, quicklime, and pulverized fuel ash mixed and… Expand

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