[Working time of bone cements].

H U Debrunner, A Wettstein
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引用次数: 0

Abstract

The period of applicability during polymerisation of four well introduced bone cements (Sulfix-6, CMW, Simplex, Palacos) was measured by a subjective method in function of room respectively conditioning temperature. Simultaneously temperature in the cement and mechanical admittance (transfer of oscillation of 750 Hz) were registered. The duration of working-up period and plymerisation period depends considerably from the room temperature. An increase of 10 degree C accelerates polymerisation by a factor of 1.5 to 2.0. The working time of the products differs widely. Increased room temperature means also increasing maximum polymerisation temperature. Mechanical admittance is an interesting measure for the objectivation of the working period. Discussing new ISO standards a proposal is made for more accurate determination of the end of the working-up period (set time).

[骨水泥的工作时间]。
四种引入良好的骨水泥(Sulfix-6, CMW, Simplex, Palacos)在聚合过程中的适用时间通过主观方法分别测量房间调节温度的函数。同时记录水泥内温度和机械导纳(750 Hz的振荡传递)。加工期和聚合期的持续时间在很大程度上取决于室温。温度升高10℃,聚合速度可提高1.5至2.0倍。产品的工作时间差别很大。提高室温也意味着提高最大聚合温度。机械导纳是工作时间客观化的一种有趣的测量方法。在讨论新的ISO标准时,提出了一项建议,以便更准确地确定工作周期(设定时间)的结束。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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