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Interceram is SCOPUS-listed!
SCImago Journal & Country Rank

  El-Kheshen, Amany A. ; El-Bassyouni, Gehan El Tabie Ahmed ; Abdel-Kader, A.H. ; El-Maghraby, Ahmed Abd El-Hamed Osman
Effect of Composition on Bioactivity and Magnetic Properties of Glass/Ceramic Composites for Hyperthermia
Interceram 60 (2011) [6] 379-382
High-Performance Ceramics


Abstract:
Three samples of glass/ceramic composites were prepared from bioactive phosphate glass and iron oxide. The composite samples contained 30, 50, and 70 mass-% Fe2O3. Within the samples, the formation of a hematite phase in the glass matrix allows the composites to be responsive to a magnetic field when used for hyperthermia as a cancer treatment. In the present study, the addition of bioactive glass to the ceramic gives the composite samples their bioactive properties, which are needed for the implantation of samples in human bone. The two other phases – sodium phosphate and calcium phosphate – are responsible for this bioactive behavior. In addition, changes in magnetic phase percent in the samples affect their magnetic properties.

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