Structural heterogeneity of pharmaceutical compacts probed by micro-indentation.

@article{Lee2008StructuralHO,
  title={Structural heterogeneity of pharmaceutical compacts probed by micro-indentation.},
  author={Jonghwi Lee},
  journal={Journal of materials science. Materials in medicine},
  year={2008},
  volume={19 5},
  pages={1981-90}
}
  • Jonghwi Lee
  • Published 2008 in
    Journal of materials science. Materials in…
Indentation has been used for several decades to conveniently assess the hardness and modulus of various compacts. However, this measurement is dependent on the size of the indentation area from a few nanometers to several millimeters, which is determined by the maximum indentation force (MIF). Micro-indentation often loses its ability to give an accurate representation of the hardness due to its relatively small micron-size indentation area compared with the dimensions of the structural… CONTINUE READING

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