Glass system was designed using the formula 34B2O3–9SiO2–18CaO–14 P2O5–(25− x)
Na2O-x TiO2, x=(0≤ x≤ 5 mol%) in this article. Glass systems were investigated in terms of …

The worldwide occurrence of bone tissue related defects as well as diseases and lack of
successful perpetual cure has attracted attention and accelerated exploration of composite …

Bioactive glasses are recognized as the favorable biomaterials in bone tissue engineering.
In this study, novel bioactive nanocomposites based on 58S bioactive glass in composite …

Nano bioactive glasses are known as suitable alternatives to repair the damaged bone
tissues. In this research, novel sol-gel derived bioactive glass composites were synthesized …

The goal of the present study is to investigate the effect of adding MgO and Mn 2 O 3
nanoparticles at two different stages of the sol-gel method synthesis procedure of 58S …

For bioactive glasses and glass crystals, biodegradation is the most important parameter.
The biodegradation process was studied for glasses and glass crystals synthesized in the …

One of the main strategies to facilitate bone defect healing is the application of a variety of
biological materials such as ceramic-based implants and scaffolds. Bioactive glasses are …

Для биоактивных стекол и ситаллов важнейшим параметром является биодеградация.
Процесс биодеградации исследовали для стекол и ситаллов, синтезированных в …

A single-and double-layer apatite-anorthite glass-ceramic coating was produced by dip
coating sol-gel method on Ti-6Al-4V substrate. Heat treatment was performed at 800° C …

پوششهای شیشه-سرامیک آپاتیت-آنورتیت توسط غوطهوری زیرلایه Ti-6Al-4V در سل هایی با
مقادیر مناسب به صورت تک لایه و دو لایه، تهیه گردیدند. سپس تا دمای 800 درجه سانتیگراد تحت …‎