The influences of heat treatment and addition of a small amount of base metal (In, Sn, and Ir) for oxidation in Au–Pt-based alloy were investigated by electron spectroscopy and scanning electron microscopy. Au–Pt-based alloys were prepared by argon-arc melting furnace and then they are heat treated. Oxidation on alloy was significantly affected by addition of base metal (In and Sn) and heat treatment. The bond strength of the alloys was not dependent on the changing heat treatment. These results indicated that the Sn and In could be effective as oxidation elements for porcelain bonding to gold alloys.ope
Three commercial gold-based dental alloys and three constant-nobility ternary alloys (Au-Ag-Cu) were...
The technique of reactive ion plating has been developed in a small scale laboratory application for...
A quantitative test for corrosion due to oxida-tion has been accomplished. The oxygen con-centration...
The aim of this study was to develop Au-Pt-Pd-Si alloys with metal-resin bonding properties optimize...
The oxidation and porcelain fusion characteristics of noble alloys containing a variety of minor oxi...
In this study, porcelain bond strength to three different alloys of Gold-base, pd-Ag and base-Meta...
BACKGROUND: The chemical bonding between metal and ceramic is aided by non-precious metal atoms and ...
The purpose of this study was to evaluate the effect of various heat-treatments on mechanical proper...
The objective of this study was to test the influence of selected base metals, which act as oxide fo...
[[abstract]]The purpose of this study was to investigate the interfacial morphology and the bonding ...
Purpose: This study investigated the metal-ceramic bonding of treated metal surfaces. Materials and ...
The heat treatment of dental alloys prior to porcelain application/veneering has been proposed as a ...
While ceramic-to-metal bonding has been used in many applications, the actual chemical and physical ...
This thesis investigation has often seemed like a life story, as well as a scientific endeavor. The ...
Aim: The aim of the present study is to investigate the metal–ceramic bond strength as a result of t...
Three commercial gold-based dental alloys and three constant-nobility ternary alloys (Au-Ag-Cu) were...
The technique of reactive ion plating has been developed in a small scale laboratory application for...
A quantitative test for corrosion due to oxida-tion has been accomplished. The oxygen con-centration...
The aim of this study was to develop Au-Pt-Pd-Si alloys with metal-resin bonding properties optimize...
The oxidation and porcelain fusion characteristics of noble alloys containing a variety of minor oxi...
In this study, porcelain bond strength to three different alloys of Gold-base, pd-Ag and base-Meta...
BACKGROUND: The chemical bonding between metal and ceramic is aided by non-precious metal atoms and ...
The purpose of this study was to evaluate the effect of various heat-treatments on mechanical proper...
The objective of this study was to test the influence of selected base metals, which act as oxide fo...
[[abstract]]The purpose of this study was to investigate the interfacial morphology and the bonding ...
Purpose: This study investigated the metal-ceramic bonding of treated metal surfaces. Materials and ...
The heat treatment of dental alloys prior to porcelain application/veneering has been proposed as a ...
While ceramic-to-metal bonding has been used in many applications, the actual chemical and physical ...
This thesis investigation has often seemed like a life story, as well as a scientific endeavor. The ...
Aim: The aim of the present study is to investigate the metal–ceramic bond strength as a result of t...
Three commercial gold-based dental alloys and three constant-nobility ternary alloys (Au-Ag-Cu) were...
The technique of reactive ion plating has been developed in a small scale laboratory application for...
A quantitative test for corrosion due to oxida-tion has been accomplished. The oxygen con-centration...