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Strontium phosphate is an inorganic material that is synthesized through a chemical process. Its properties have been found to be excellent, with good thermal stability and luminescence. In addition, strontium apatite has also shown some bactericidal qualities.
The crystalline structure of strontium phosphate silicate is stable. Researchers have reported that they were able to successfully substitute silver in the crystals. They used a high-temperature solid-state reaction. Using this technique, they were able to synthesize apatite strontium phosphosilicate. This was characterized by XRD, FT-IR, and electron microscopy.
The resulting material is compact. Its structure is consistent with the hexagonal rod-like structure of the parent material. As a result, it is suitable for stimulating in the bone regenerative application. XRD was used to identify the phase, and electron microscope was used to view the morphological features.
The authors found that the initial precipitate resembles strontium hydroxyapatite. It is poorly crystalline and changes to a stable crystalline phase within an hour. During this time, the ratio of strontium to phosphorus increases.
The authors studied the effects of various dopant ions on the structural and physical properties of strontium phosphate. Dopant ions have an impact on the amount of Sr2+ and Eu3+ ions that are present. These ions have a C3 point symmetry on the ternary axes. However, they are sensitive to oxidation under certain conditions.
Structural refinement was carried out using Maud program version 2.93. R-values were used as a guideline to improve the quality of the refining procedure.
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