Bond failures between artificial teeth and denture bases represent a problem for rehabilitation success. Many factors are responsible for these failure; tooth types and brands, resin types and brands, stress distribution temperature of processing resin stage and processing variables. Acrylic denture base resin traditionally has been polymerized in temperature controlled water bath. Denture base polymerization through microwave processing was introduced by Nishii 1968 and has become increasingly popular as an alternative to conventional heat polymerization. an additional method of polymerization is recently performed by light cure. The effect of these methods of polymerization, heat, microwave and light cure, eon the bond strength between ac...
Purpose: The study compared the effect of pre-processed surface treatment such as sand blasting and ...
The bond strength of acrylic teeth to denture base resins was tested using a widely-accepted techniq...
e aim of this study was to evaluate the bond strength of artificial teeth to different types of dent...
Bond failures between artificial teeth and denture bases represent a problem for rehabilitation succ...
Objective. To evaluate the shear bond strength between different artificial teeth and denture base p...
In this research the technique of curing denture base acrylic resins by microwave energy was investi...
Acrylic restorations in the mouth are exposed to strong occlusal forces. Their mechanical properties...
To evaluate the bond strength between two types of acrylic resin teeth and a microwave denture base ...
This study evaluated the effect of denture base polymer type (heat- and microwave-polymerized), ridg...
This study evaluated the effect of water-bath and microwave post-polymerization treatments on the fl...
Despite the large number of studies addressing the effect of microwave polymerization on the propert...
Effect of conventional and microwave curve on bond strength between denture base resin and acrylic t...
This study evaluated the effect of denture base polymer type (heat- and microwave-polymerized), ridg...
Objective: The objective of this study is the effect of different heat polymerization conditions on ...
This study compared tensile bond strengths between conventional compression-molded heat (HC)-, auto ...
Purpose: The study compared the effect of pre-processed surface treatment such as sand blasting and ...
The bond strength of acrylic teeth to denture base resins was tested using a widely-accepted techniq...
e aim of this study was to evaluate the bond strength of artificial teeth to different types of dent...
Bond failures between artificial teeth and denture bases represent a problem for rehabilitation succ...
Objective. To evaluate the shear bond strength between different artificial teeth and denture base p...
In this research the technique of curing denture base acrylic resins by microwave energy was investi...
Acrylic restorations in the mouth are exposed to strong occlusal forces. Their mechanical properties...
To evaluate the bond strength between two types of acrylic resin teeth and a microwave denture base ...
This study evaluated the effect of denture base polymer type (heat- and microwave-polymerized), ridg...
This study evaluated the effect of water-bath and microwave post-polymerization treatments on the fl...
Despite the large number of studies addressing the effect of microwave polymerization on the propert...
Effect of conventional and microwave curve on bond strength between denture base resin and acrylic t...
This study evaluated the effect of denture base polymer type (heat- and microwave-polymerized), ridg...
Objective: The objective of this study is the effect of different heat polymerization conditions on ...
This study compared tensile bond strengths between conventional compression-molded heat (HC)-, auto ...
Purpose: The study compared the effect of pre-processed surface treatment such as sand blasting and ...
The bond strength of acrylic teeth to denture base resins was tested using a widely-accepted techniq...
e aim of this study was to evaluate the bond strength of artificial teeth to different types of dent...