Through microscopic observation and calculation of fractal dimension the seal coating failure of Al-Si.
通过微观观察及分形维数计算结果分析聚苯酯铝硅封严涂层失效原因。
Therefore, it appears increasingly important and urgent for the study of metal corrosion and coating failure caused by ballast water electrolysis treatment technology.
对该技术造成的金属腐蚀和压载舱涂层失效影响的研究显得愈加重要和紧迫。
The pipeline during the initial production run smoothly, but in 2007 and 2008 successively in Lunnan and Hami gas compressor station found a coating failure, corrosion and leakage of buried pipeline.
投产初期管道运行平稳，但2007和2008年相继在轮南和哈密压气站内发现了防腐层失效，埋地管道腐蚀和泄露的情况。
The mechanism of coating residual stress generation was discussed, typical theoretical models at present were summarized, and coating failure behaviors induced by residual stresses were also analyzed.
探讨了涂层残余应力的产生机理，综述了当前残余应力的典型理论模型，并分析了残余应力诱导的涂层失效行为。
The corrosion spot emergence marks the beginning of the part failure of the coating, and the corrosion spot increase and growth present the failure area enlargement.
蚀点的出现标志着涂层局部失效的开始。蚀点增加并长大，则对应着涂层失效面积的扩展。
A coating that has not had sufficient exposure to the combination of heat and time to completely cure. This will lead to failure of the coating when in service.
涂层不能有效地在合适的温度和时间下加热，这会使涂层在使用中出现问题。
It was concluded that an appropriate coating life model and an expert system for life prediction should be set up on the basis of further research of failure mechanism of coatings.
通过机理理论的研究，建立涂层寿命模型及预测专家系统是涂层失效研究的最终结果。
It can be said that wall surface coating quality quality direct relation mural painting success or failure.
可以说，墙面涂料质量的好坏直接关系着墙画的成败。
The thermal shock failure of ceramic coating is essentially the fatigue failure induced by cyclic thermal stress during repeated heating and cooling.
陶瓷涂层的热震失效是由于涂层在循环加热和冷却过程中，涂层内产生循环热应力，导致涂层发生热疲劳失效。
In the Marine environment, the ship's anti-corrosion coating surface will be gradually eroded to failure, eventually leading to the metallic matrix material corrosion damage.
在海洋等服役环境的作用下，船舶表面的防腐蚀涂层会受到侵蚀而逐渐失效，最终导致金属基体材料的腐蚀破坏。
By simulating the failure process of coating in different corrosion environment, a large number of electrochemical impedance test data has been collected.
针对不同的涂层体系，通过模拟其在不同腐蚀环境中的失效过程，获得大量的电化学交流阻抗测试数据。
The failure of coating occurred for a variety of reasons, such as stress, oxide, material properties, etc.
涂层发生失效的原因多种多样，如应力、氧化物、材料性能劣化等。
The wear failure form of the coating is agglutination abrasion and partly rust abrasion.
锌铝合金涂层的磨损失效形式主要是粘着磨损和部分腐蚀磨损。
Thermal barrier coating (TBC) has been used widely in heat components, the residual stress concentrated by thermal load can lead to spalling or failure for the entire coating system.
广泛应用于高温部件的热障涂层，在热载荷作用下各层间所集聚的残余应力是导致其层裂和失效的重要原因。
This article explores the failure mechanism of inner coating and the reaction process of metal underneath, and presents the internal relationship between them.
为此，对内涂层的失效机理和涂层下金属的反应过程进行了探讨，并找出两者之间的内在联系。
Scanning electron microscopy were used to observe the changes in the microstructure of YSZ coatings before and after thermal shock, to study the failure process of coating during thermal shock;
利用扫描电镜观察YSZ涂层热震前后显微组织的变化，研究涂层在热震过程中的失效过程；
The critical load of failure is an important index for the comprehensive performance of coating-substrate systems.
评价膜-基体系的综合性能的重要指标是其失效的临界载荷。
Abstract: The major failure mechanisms of diamond coated cutting tools are flaking and breakthrough of diamond coating.
文摘：金刚石薄膜涂层刀具失效主要形式是膜剥落或膜被磨穿。
Through the analysis of the failure of paint coating and study of the techniques to prevent the coating from spalling, the phosphorus-based prime coating was selected to solve this problem.
通过对漆膜损坏原因分析及解决漆膜脱落方法研究，确定选用磷化底漆来弥补人工除锈的不足。
Water and oxygen are the causes of failure. Corrosion degree depends on the water content and oxygen content. Timely inspection and repair of the anticorrosive coating will be very effective.
指出水和氧气是防腐层失效的原因，含水量和含氧量决定腐蚀程度，应采取有效措施对防腐层进行及时检查与修复。
Causes and modes of the failure of anticorrosive coating on pipelines are introduced.
介绍了管道防腐层失效的原因和方式。
Causes and modes of the failure of anticorrosive coating on pipelines are introduced.
介绍了管道防腐层失效的原因和方式。
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