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We present a study of simultaneous exposure of ion-implanted metal substrates to laser irradiation and solution. The proposed method for a growth of hydroxyapatite (HA, bone- and teeth-like material) employs a deposition system and a process, which allows interaction between a scanning laser beam and a liquid precursor solution (simulated body fluid, SBF), and also lasers illumination of the substrates...
Porous silicon has been shown to be an excellent candidate biomaterial, following studies establishing its biostability and non-toxicity. These favorable properties, coupled with the ease of its topographical manipulation, make it a promising material for the growth of hydroxyapatite, which is used as an artificial bone material. In this paper, the use of porous silicon as a substrate for hydroxyapatite...
Makyoh topography is applied to study the morphology of mechanically polished cross sections of renal stones. The results are compared to roughness and height profile data obtained by white-light interferometry, and to microstructure studies using optical and scanning electron microscopy. It is shown that Makyoh topography is able to furnish qualitative information on the surface roughness and height...
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