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    도재소부용 저금함유금합금에서 열처리에 따른 Sn의 영향 = Effect of Sn on Heat treatment in low gold Porcelain alloys

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    https://www.riss.kr/link?id=A40025087

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    This study was carried out by oberserving to compositions of oxide on the surface of dental porcelain low gold alloy with various Indium addtions according to the degassing and analysing the change composition of additional elements Sn on diffusion behaviors of porcelain-metal surfaces.
    The specimens used were Au-Pd-Ag alloys by small Tin addition.
    These specimens were treated for 10min at 1000℃ in vacuum condition.
    To investigate the micrstructure of oxidized alloy surface, SEM and EDAX were used and EPMA were used to investigate the diffusion behaviors of porcelain-metal surfaces.
    X-ray diffraction were used to observe the morphological changes in the oxidation zone.
    Te results of this study were obtained as follows:
    1) The Tin oxidation increased with increasing Sn content after hear treatment.
    2) In concentration of Sn on metal-porcelain surface, Sn-6 was most significantry increased
    3) In thickness of Sn on metal-porcelain surface, Sn-9 was most significantry increased
    4) The oxidations of alloy surface were mainly SnO₂.
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    This study was carried out by oberserving to compositions of oxide on the surface of dental porcelain low gold alloy with various Indium addtions according to the degassing and analysing the change composition of additional elements Sn on diffusion be...

    This study was carried out by oberserving to compositions of oxide on the surface of dental porcelain low gold alloy with various Indium addtions according to the degassing and analysing the change composition of additional elements Sn on diffusion behaviors of porcelain-metal surfaces.
    The specimens used were Au-Pd-Ag alloys by small Tin addition.
    These specimens were treated for 10min at 1000℃ in vacuum condition.
    To investigate the micrstructure of oxidized alloy surface, SEM and EDAX were used and EPMA were used to investigate the diffusion behaviors of porcelain-metal surfaces.
    X-ray diffraction were used to observe the morphological changes in the oxidation zone.
    Te results of this study were obtained as follows:
    1) The Tin oxidation increased with increasing Sn content after hear treatment.
    2) In concentration of Sn on metal-porcelain surface, Sn-6 was most significantry increased
    3) In thickness of Sn on metal-porcelain surface, Sn-9 was most significantry increased
    4) The oxidations of alloy surface were mainly SnO₂.

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