With improvement of orthopaedic technologies for bone replacement and regeneration,
there is an increasing need for materials with superior properties. Mg-containing silicate …

With the increase in need of ideal bone graft materials, magnesium silicate has been
explored as resorbable bioceramics. Calcium phosphate-based bioceramics are well …

Abstract Eu (III)-activated Forsterite (Mg 2 SiO 4) nanophosphors have been developed by
sol-gel technique at 800° C. The structural and phase purity of the focused materials have …

The current investigation aims to replace the synthetic starting materials with biowaste to
synthesize and explore three different silicate bioceramics. Pure silica from rice husk was …

A simple and low-cost solution combustion method was used to prepare Eu 3+(1–11 mol%)
doped Mg 2 SiO 4 nanophosphors at 350° C using metal nitrates as precursors and ODH …

Abstract Cr 3+-doped Mg 2 SiO 4 orthorhombic nanoparticles are synthesized by a
combustion method. The 3d 3 electron configuration of the Cr 3+ ion results in the deep-red …

Forsterite, a new biocompatible material was synthesized from Mg (NO3) 2· 6H2O and TEOS
by using the sol–gel method. The material was then heated at 800, 900 and 1000° C. The …

In recent decades, bone scaffolds have received a great attention in biomedical applications
due to their critical roles in bone tissue regeneration, vascularization, and healing process …

The aim of the investigation is to develop nano-crystalline forsterite by utilizing amorphous
silica and magnesia through solid-state route. Amorphous silica was yielded from burning of …

This work provides a novel and green approach to preparing porous forsterite ceramics by a
transient liquid phase diffusion process based on fused magnesia and quartz powders …