The intrinsic relationship between color variation and performances of the deteriorated aviation lubrication oil

Jun Ma, S. Ruan, Jianqiang Hu, Yuanbao Sun, Y. Fei, X. Jiang, Shibao Dong, Teng Chen, N. Wu
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引用次数: 5

Abstract

Abstract Dose the blackened lubrication oil needs to be replaced for flying safety? Since there is very limited room for inaccurate assessment of oil quality due to strict flying safety standards, much aviation lubrication oil is disposed in advance long before their service life. More important, aircrafts still face the fatal challenges from unpredictable lubrication oil deterioration. Color change is surely a significant signal to diagnose the quality of lubrication oils. Based on the colorimeter, the color numbers of the testing lubrication oils are measured in this paper to identify the color variation degree of the oxidized lubrication oils. Then the molecular structures of the oxidized lubrication oils are investigated to find the intrinsic relationship between the oxidation products and color numbers. Based on key performances of the oxidized oil samples, the oil quality is undoubtfully deteriorated which is coincident with the variation of color number. The color numbers of the used aviation lubrication oils could provide an alternative way to readily and quickly measure the decline degree and residual lifetime.
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变质航空润滑油颜色变化与性能的内在关系
为了飞行安全,是否需要更换变黑的润滑油?由于严格的飞行安全标准,对油品质量的不准确评估空间非常有限,许多航空润滑油在使用寿命之前就被提前处理掉了。更重要的是,飞机仍然面临着不可预测的润滑油变质的致命挑战。润滑油颜色变化是诊断润滑油质量的重要信号。本文利用比色计对试验润滑油的色号进行测定,以鉴别氧化润滑油的变色程度。然后对氧化润滑油的分子结构进行了研究,找出了氧化产物与颜色数之间的内在关系。从氧化油样的主要性能来看,油品质量无疑是恶化的,这与色数的变化是一致的。使用过的航空润滑油的色号可以提供一种简便、快速地测定其衰退程度和剩余寿命的方法。
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