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首页> 外文期刊>Journal of Applied Polymer Science >Factors affecting the adhesion of ice to polymer substrates
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Factors affecting the adhesion of ice to polymer substrates

机译：影响冰粘附到聚合物基材的因素

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This article reviews the development of a laboratory test with a commercially available instrument for determining strength of ice adhesion. Using this method with standardized parameters, a number of factors affecting the adhesion of ice to a model elastomer, Sylgard 184, are evaluated. P-s, the peak removal force, was dependent on the probe speed and distance of the probe from the surface. A probe speed of 0.05 mm/s and distance of 2 mm was chosen to interrogate other parameters. For Sylgard 184, coating thickness was also found to affect the ice adhesion strength. Peak removal force for ice was correlated with the work of adhesion for water w(a), which is proportional to receding contact angle. Ice adhesion strength for Sylgard 184 was greatly reduced by a combination of oil infusion and microtexturing. These results provide a guide for the preparation of coatings from which ice can be removed easily. (C) 2017 Wiley Periodicals, Inc.
机译：本文综述了具有市售仪器的实验室测试的开发，用于确定冰粘合强度的强度。 使用该方法具有标准化参数，评估影响冰粘附到模型弹性体，Sylgard 184的多种因素。 P-S，峰值去除力，取决于探针从表面的探针速度和距离。 选择探针速度为0.05 mm / s，距离为2 mm以询问其他参数。 对于Sylgard 184，还发现涂层厚度影响冰粘合强度。 冰的峰去除力与水W（a）的粘合性的工作相关，其与后退接触角成比例。 通过油输注和微调化的组合大大降低了Sylgard 184的冰粘合强度。 这些结果提供了一种制备涂层的指导，可以容易地除去冰。 （c）2017 Wiley期刊，Inc。

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