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组织调理剂的力学性能。第二部分:蠕变特性。

Mechanical properties of tissue conditioners. Part II: creep characteristics.

作者信息

McCarthy J A, Moser J B

出版信息

J Prosthet Dent. 1978 Sep;40(3):334-42. doi: 10.1016/0022-3913(78)90043-4.

Abstract

These static creep characteristics indicate that under functional loads Coe-Comfort could behave satisfactorily as a tissue-conditioning material for periods up to 1 week, particularly for the first 24 hours postinsertion. However, the absence of published data on the tissue loads exerted by dentures in their resting state precludes making judgments as to the absolute efficiency of any of these materials as tissue-conditioning agents. When the present results are considered along with those obtained in an earlier study (Part I), the following general conclusions can be made: 1. Coe-Comfort should exhibit the best tissue-conditioning characteristics of the materials tested. 2. F.I.T.T. should perform as the best functional impression material. 3. Lynal is distinctly different from the other two materials in its mechanical properties. Its much greater stiffness coupled with much lower plasticity precludes a prediction of its relative clinical efficacy.

摘要

这些静态蠕变特性表明,在功能负荷下,Coe-Comfort作为一种组织调理材料,在长达1周的时间内,尤其是在植入后的最初24小时内,表现令人满意。然而,由于缺乏关于假牙在静止状态下施加的组织负荷的已发表数据,无法对这些材料作为组织调理剂的绝对效率做出判断。当将本研究结果与早期研究(第一部分)所得结果相结合时,可得出以下一般结论:1. Coe-Comfort应表现出所测试材料中最佳的组织调理特性。2. F.I.T.T.应作为最佳的功能性印模材料。3. Lynal在机械性能方面与其他两种材料明显不同。其更高的刚度以及更低的可塑性使得无法预测其相对临床疗效。

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