Bryant R W
Aust Dent J. 1979 Aug;24(4):244-52. doi: 10.1111/j.1834-7819.1979.tb02933.x.
The compressive and tensile (by diametral compression) strengths of amalgams prepared from fifteen conventional and higher copper alloys are compared and the rate at which these amalgams develop strength is investigated. Alloys of the single melt high copper type generally possess the greatest strength at all times of testing. The amalgams tend to achieve maximum tensile strength more rapidly than maximum compressive strength. The major increase in strength takes place between one hour and one day.
比较了由15种传统合金和高铜合金制备的汞合金的抗压强度和(通过径向压缩测定的)抗拉强度,并研究了这些汞合金强度发展的速率。单熔高铜型合金在所有测试时间通常都具有最大的强度。汞合金达到最大抗拉强度的速度往往比最大抗压强度更快。强度的主要增加发生在1小时到1天之间。