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      치과용 Ag-Sn 계 아말감에 관한 연구 (2)  :  Pre-alloy 와 아말감의 조직 및 기계적 성질에 미치는 Zinc 의 영향 The effect of zinc on the structure and mechanical properties of the silver base dental amalgam = Study on Ag-Sn System for Dental Amalgam (2)

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      https://www.riss.kr/link?id=A3231827

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      In order to investigate the effect of zinc on the structure and mechanical properties of the silver base dental amalgam, the experiment was performed by setting the zinc content from 0 to 8% in Ag-Sn system alloy for dental application.
      From this experiment following results were obtained ;
      1. γphase in the pre-alloy structure decreased as zinc content increased, whereas free Sn and Ag-Zn phase increased as zinc content increased.
      2. Unreacted γphase in the amalgam structure decreased as zinc content increased, whereas γ₂phase increased as zinc content increased.
      3. Hardness of γphase in the pre-alloy increased as zinc content increased.
      4. Hardness and compressive strength of amalgam alloy containning zinc up to 3.7% increased as znic content increased, and then dereased with much more zinc content.
      5. Hardness and compressive strength of amalgam alloy increased with aging.
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      In order to investigate the effect of zinc on the structure and mechanical properties of the silver base dental amalgam, the experiment was performed by setting the zinc content from 0 to 8% in Ag-Sn system alloy for dental application. From this exp...

      In order to investigate the effect of zinc on the structure and mechanical properties of the silver base dental amalgam, the experiment was performed by setting the zinc content from 0 to 8% in Ag-Sn system alloy for dental application.
      From this experiment following results were obtained ;
      1. γphase in the pre-alloy structure decreased as zinc content increased, whereas free Sn and Ag-Zn phase increased as zinc content increased.
      2. Unreacted γphase in the amalgam structure decreased as zinc content increased, whereas γ₂phase increased as zinc content increased.
      3. Hardness of γphase in the pre-alloy increased as zinc content increased.
      4. Hardness and compressive strength of amalgam alloy containning zinc up to 3.7% increased as znic content increased, and then dereased with much more zinc content.
      5. Hardness and compressive strength of amalgam alloy increased with aging.

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