ThesisFluoride release and uptake characteristics and shear punch strength for glass ionomers reinforced by zinc
ThesisFluoride release and uptake characteristics and shear punch strength for glass ionomers reinforced by zinc
ThesisEvaluation of some mechanical properties innew- improved glass ionomer restorativematerials in primary molars
ThesisEvaluation of some mechanical properties innew- improved glass ionomer restorativematerials in primary molars
ThesisShear bond strength of zinc modified glass ionomer versus nanofilled resin modified glass ionomer to dentin with and without conditioning : An in vitro study
ThesisShear bond strength of zinc modified glass ionomer versus nanofilled resin modified glass ionomer to dentin with and without conditioning : An in vitro study
ThesisEffect of blasting granulometry, blasting pressure andthermocycling on shear bond strength of zirconia ceramics and adhesive resin cement
ThesisEffect of blasting granulometry, blasting pressure andthermocycling on shear bond strength of zirconia ceramics and adhesive resin cement
ThesisEvaluation of some physicalproperties of conventional glassionomer after the addition of propolis
ThesisEvaluation of some physicalproperties of conventional glassionomer after the addition of propolis
ThesisEffect of self-adhesive nanofilled coating on fluoride kinetics and surface topography of glass ionomer restorative materials
ThesisEffect of self-adhesive nanofilled coating on fluoride kinetics and surface topography of glass ionomer restorative materials
ThesisEvaluation of shear bond strength of composite resin used to repair zirconia with two different chemical surface treatment methods versus sandblasted zirconia : An in-vitro study
ThesisEvaluation of shear bond strength of composite resin used to repair zirconia with two different chemical surface treatment methods versus sandblasted zirconia : An in-vitro study
ThesisSealing efficiency and remineralization capacity of a newly introduced tricalcium silicate cement
ThesisSealing efficiency and remineralization capacity of a newly introduced tricalcium silicate cement