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
Il Dr. Mukesh Kumar ha conseguito il BDS e il MDS presso il dipartimento di OMR del JDC. Ha presentato diversi lavori, brevetti e pubblicazioni. Lavora come professore assistente presso il Vyas Dental college and Hospital.Il Dr. Bibin Jacob Emmanuel ha conseguito il BDS presso il Rajas Dental College e il MDS in pedodonzia presso il JDC. Ha molte pubblicazioni e brevetti al suo attivo.