Influence of SiO2 on the synthesis, structural and radiation attenuation properties of apatite wollastonite ceramics

Key Points

• Enhanced radiation attenuation observed in apatite wollastonite ceramics with increased SiO2 content, revealing significant structural improvements.
• Key evidence shows a notable increase in radiation attenuation coefficient when SiO2 is incorporated, optimizing protective capabilities.
• Synthesis processes involve blending varying SiO2 levels into the apatite wollastonite matrices, ensuring robust ceramic formation and desired properties.
• Implications highlight the potential for these materials in radiation shielding applications, necessitating further exploration of structural integrity.