TiO2 Reinforced Hybrid Dental Composite Materials - Kumar, Mukesh;Meena, Ravindra Kumar;Kumar, Ashiwani
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In the last few decades, the Minamata convention where WHO decided to phase out the mercury-based dental materials owing to their ill effect on humans. This accelerates the research work in dental resin-based hybrid composite materials. Focusing on the target, this research work encompasses designing and development of dental resin-based hybrid composite materials, their laboratory fabrication, and characterization. The aim is to understand the combined effect of nano-hydroxyapatite and micro Titanium Oxide (TiO2) on the dental performance of the BIS-GMA matrix for dental restorative…mehr

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Produktbeschreibung
In the last few decades, the Minamata convention where WHO decided to phase out the mercury-based dental materials owing to their ill effect on humans. This accelerates the research work in dental resin-based hybrid composite materials. Focusing on the target, this research work encompasses designing and development of dental resin-based hybrid composite materials, their laboratory fabrication, and characterization. The aim is to understand the combined effect of nano-hydroxyapatite and micro Titanium Oxide (TiO2) on the dental performance of the BIS-GMA matrix for dental restorative applications. It is found that reinforcement has improved the physical, mechanical, and dental performance of the dental resin.
Autorenporträt
Mukesh Kumar jest magistrem nauk ¿cis¿ych i pracownikiem naukowym w Katedrze Hodowli Ro¿lin i Genetyki SKRAU w Bikaner. Urodzi¿ si¿ w 1993 r. w Kolinda, Malsisar, Jhunjhunu (Rad¿astan). Uzyskä tytu¿ licencjata (Agri.) i magistra (PBG) na SKRAU w Bikaner. W 2014 r. by¿ rektorem uniwersytetu.