Chemical stability of silicate coloring
β Scribed by V. M. Ivanova; M. N. Novikova; T. D. Utkina; G. I. Tratnikova; T. I. Shitova; A. M. Zaitsev
- Publisher
- Springer US
- Year
- 1982
- Tongue
- English
- Weight
- 158 KB
- Volume
- 39
- Category
- Article
- ISSN
- 0361-7610
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## Abstract Calcium silicate (CaSiO~3~) is regarded as a potential bioactive material. However, its poor chemical stability and cytocompatibility limits its biological applications. The aim of this study is to incorporate Titanium (Ti) into CaSiO~3~ to produce a ceramic with improved chemical stabi
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The carbonation of anhydrous and hydrated calcium silicates results in a stabilized silica structure which retains the morphology of the precarbonated material. The stable silica structure may be useful in the study of morphologies and pore structures which originated in the original hydrated system
The solubilization of silicates was investigated using kaolin and quartz sand as model substances. The mineral solubilization was studied in the concentration of solubilized Si and Al. The chemical leaching of the silicates was carried out using inorganic and organic acids as well as sodium hydroxid