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The evaluation and comparison of the practical adhesion strength of biocompatible nano and micro thin films by fuzzy logic

机译:生物相容性纳米和微米薄膜实用黏附强度的模糊逻辑评价与比较

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摘要

The possibilities of using newly developed nano-and micro-thin films are intensively studied at the present time. Many research institutions are looking for ways to evaluate and compare mechanical properties of these films. One of the most important and frequently studied characteristics is practical adhesion. A very important method for evaluating the practical adhesion strength is scratch test method. However, the research teams usually use a method based on the non-uniform evaluation of adhesion of biocompatible thin films. We designed new evaluation method and procedure based on international standards and fuzzy rule based expert system in order to help to eliminate these problems. This article is aimed at showing the new possibility of using fuzzy logic and established standards for evaluating adhesion of biocompatible thin films in nano and micro dimensions. We used the fuzzy rule based expert system based on international standards to evaluate the often studied DLC biocompatible layers prepared by pulsed laser deposition.
机译:目前正在深入研究使用新开发的纳米和微薄膜的可能性。许多研究机构正在寻找评估和比较这些膜的机械性能的方法。实用粘附力是最重要且经常研究的特征之一。评估实际粘合强度的非常重要的方法是划痕测试法。但是,研究团队通常使用基于对生物相容性薄膜粘附力的非均匀评估的方法。我们基于国际标准和基于模糊规则的专家系统设计了新的评估方法和程序,以帮助消除这些问题。本文旨在展示使用模糊逻辑和已建立的标准来评估纳米级和微米级生物相容性薄膜粘附性的新可能性。我们使用基于国际标准的基于模糊规则的专家系统来评估通过脉冲激光沉积制备的经常研究的DLC生物相容性层。

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