Mostrando 4 resultados de: 4
Filtros aplicados
Área temáticas
Ensayo en español(1)
Física aplicada(1)
Ingeniería química(1)
Materiales de construcción(1)
Materiales y fines específicos(1)
Área de conocimiento
Ciencia de materiales(3)
Biomateriales(1)
Ingeniería civil(1)
Material compuesto(1)
Nanostructura(1)
Origen
scopus(4)
A novel hydroxyapatite composite reinforced with titanium nanotubes coated on Co-Cr-based alloy
ArticleAbstract: In this study, hydroxyapatite (HA) and TiO<inf>2</inf> nanotubes (TNT) were synthesized using sol-gePalabras claves:Bonding strength, Co-Cr-based alloy, corrosion resistance, HA/TiO<inf>2</inf> nanotubes composite, Immersion test, Micro-hardnessAutores:Ali Keyvanfar, Kadir M., Rezazadeh Shirdar M., Sudin I., Taheri M.M., Yusop M.Fuentes:scopusEvaluating hydrothermal synthesis of fluorapatite nanorods: pH and temperature
ArticleAbstract: In this study, the fluorapatite was synthesised by a hydrothermal technique in different pH and tempPalabras claves:Anova, Apricot tree gum, Fluorapatite, Full factorial design, Hydrothermal, NanorodsAutores:Ali Keyvanfar, Shafaghat A., Shirdar M.R., Taheri M.M.Fuentes:scopusIn situ synthesis of hydroxyapatite-grafted titanium nanotube composite
ArticleAbstract: The present study is an investigation to demonstrate the effectiveness of insitu approach in the synPalabras claves:composite, hydroxyapatite sol–gel, rapid breakdown anodisation, Titanium nanotubesAutores:Ali Keyvanfar, Shafaghat A., Shirdar M.R., Sudin I., Taheri M.M., Zaimi M.Fuentes:scopusTests and methods of evaluating the self-healing efficiency of concrete: A review
ReviewAbstract: To achieve the extended service life of the concrete material, expansive chemicals and microbial indPalabras claves:Cement base self-healing, Microstructure and nanostructure studies of concrete, Self-healing concreteAutores:Ali Keyvanfar, Ganiyu A.A., Ghoshal S.K., Kamyab H., McCaffer R., Mohammadyan Yasouj S.E., Muhammad N.Z., Rezazadeh Shirdar M., Samadi M., Shafaghat A., Taheri M.M., Zaimi M.Fuentes:scopus