Silane coupling agent is a chemical substance, which can enhance the interface adhesion between inorganic fillers and resins.
硅烷偶联剂是应用最广的一类偶联剂。
This paper deals with above phenomena concerning interface adhesion and the engineering measures for improvement of adhesion of metal to enforcements.
本文讨论了与界面粘结有关的这些表面现象以及改善液态金属与增强物界面粘结的工程措施。
It is found that the PA-6 particle size, dispersion and the interface adhesion between PA-6 and PP matrix influence the dielectric properties of the blends.
发现分散相PA - 6粒径大小、分散程度及与PP基体界面粘结程度对共混体系的介电性能有显著影响。
The paper sums up the up-to-date research achievements on interface adhesion between soil and plow moldboard to the theory of interface water film and the theory of interface absorbing.
通过分析，本文将迄今的土壤—犁壁界面粘附的研究成果归纳为界面水膜理论和界面吸附理论。
A study was made on the influence of different contents of nylon short fibers and interface adhesion on physical properties, heat aging properties and swelling of short fiber-CR composites.
该文以尼龙短纤维为例研究了短纤维的不同用量及其粘合性能对短纤维- CR复合材料的力学性能和耐热老化性能的影响；并研究了尼龙短纤维- CR复合材料的耐溶胀性能。
It becomes clear, then, that adhesion of the fiber and the matrix at the composite interface is fundamental to the failure of the composite.
这样，显然，复合材料界面上的纤维与基体的粘接是复合材料失效的基础。
The results show that the interfacial adhesion strength increased noticeably for composites of active aramid fiber but the fracture energy of the interface decreased.
实验结果证明，芳纶表面改性显著提高了其复合材料界面的粘结强度，相反却降低了其界面断裂能。
In a composite system, the adhesion at the interface between fiber and matrix plays an important role in improving the resulting mechanical behavior.
良好的界面粘结是制备高性能复合材料的关键之一，而树脂与纤维的优良浸润则是其首要前提。
The scanning electron microscopy (SEM) indicated that the adhesion at the interface could be enhanced by PP-HBP and the phase separation of PP/PVC blends could be reduced.
扫描电子显微镜（SEM）研究结果证明，PP-HBP增强了PP/PVC的界面粘结作用，减小了共混体系的相分离程度。
ConclusionThe intra-retinal collagen fibrils penetrating the ILL and mixing with the cortical vitreous fibrils appears to underlie the slow adhesion of the vitreoretinal interface with aging.
结论随年龄增长来自视网膜内的胶原纤维逐渐穿透ill与玻璃体皮质纤维缠绕结合，使基底部玻璃体视网膜界面粘连延伸。
The diffusion of Ti, c, W of the substrate into the film improved the adhesion strength of the interface.
基体中的元素在薄膜中有明显的扩散，有助于提高界面结合强度。
All the results show that the rapid variation of temperature will lead to the existence of shearing stress in the interface, which directly affects the durability of adhesion.
结果表明，温度急剧变化导致界面处形成剪切应力，其大小决定了胶结的耐久性。
All the results show that the rapid variation of temperature will lead to the existence of shearing stress in the interface, which directly affects the durability of adhesion.
结果表明，温度急剧变化导致界面处形成剪切应力，其大小决定了胶结的耐久性。
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