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牙科合金在体外的电流

Galvanic currents between dental alloys in vitro.

作者信息

Arvidson K, Johansson E G

出版信息

Scand J Dent Res. 1985 Oct;93(5):467-73. doi: 10.1111/j.1600-0722.1985.tb01341.x.

Abstract

The galvanic current densities between gold, amalgam and cobalt-chromium, three different classes of dental alloys, were determined in vitro in artificial saliva kept at 35 degrees C. The maximum current density of 200 microA/dm2 was obtained between the conventional amalgam and a type III gold alloy. Galvanic currents of lesser magnitude could also be measured between amalgams high in copper and the other alloys. No measurable current densities were obtained between gold alloys and between gold and cobalt-chromium alloy with the exception of a casting and a solder gold alloy commonly used in combination.

摘要

在35摄氏度的人工唾液中,对三种不同类型的牙科合金——金合金、汞合金和钴铬合金之间的电流密度进行了体外测定。在传统汞合金和III型金合金之间测得的最大电流密度为200微安/平方分米。含铜量高的汞合金与其他合金之间也能测得较小的电流。除了一种常用的铸造金合金和焊料金合金组合外,金合金之间以及金合金与钴铬合金之间均未测得可测量的电流密度。

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