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1·Its main materials are glass, aluminum stripes, butyl rubber, structural adhesive and desiccant.

其主要材料是玻璃、铝间隔条、弯角栓、丁基橡胶、结构胶、干燥剂。

2·A new type of foamable structural adhesive tape applied in aviation and space flights was introduced in this paper.

本文介绍了一种用于航空、航天领域的新型带状发泡结构胶粘剂。

3·Preparation of phenolic aldehyde-epoxy structural adhesive was elaborated and the factors which effect the properties of this adhesive were primarily discussed.

论述了酚醛-环氧结构胶粘剂的制备原理及工艺，讨论了影响酚醛-环氧结构胶粘剂的性能因素。

4·This paper presents the chemical composition, properties and application of SY-P1A foam adhesive developed in BIAM, which can be used high temperature structural adhesive.

P1A是一种高温使用的结构发泡胶粘剂，本文介绍了这种胶的研制过程、综合性能及其应用情况。

5·Structural adhesive primer cured at high temperature was introduced in terms of its formula, process, compatibility with adhesive, chemical resistance, ageing resistance, etc.

研制了一种高温固化结构胶粘剂底胶。介绍底胶的配方、工艺、与主体胶粘剂的匹配性及耐介质、耐老化性能。

6·This paper reviewed the pre - sent state, research goal and the method of latent system curing at moderated temperature, which was used as the curing agent of structural adhesive.

本文综述了结构胶粘剂的潜伏性中温固化体系的现状、研究方向和方法。

7·The present invention relates bonded structural adhesive for two half cane mold clamping of wind-power generating vane pressure surface and suction surface, and a preparing method thereof.

本发明涉及一种风力发电叶片压力面和吸力面两个半叶片合模用的粘接结构胶及其制备方法。

8·All kinds of structural adhesives emerged subsequently such as carbon fiber adhesive, anchor adhesive, slot filling adhesive and so on met the various needs in the field of civil engineering.

随后，国内涌现出各种各样的建筑结构胶如碳纤维胶、锚固胶、灌缝胶等满足了土木工程领域不同方面的需要。

9·Abstract: Structural adhesive, as a key joining technology in modern car body, can play a significant role in body enhancement including stiffness, crash safety, and fatigue resistance improvement.

摘要：结构胶连接在汽车制造中可以起到辅助车身增强的作用，可有效提高车身刚度、碰撞安全性以及耐疲劳性。

10·The measures of improving locomotive structural design and electric compensation may be taken to raise the utilization factor of adhesive weight of electric locomotives above 94%.

采用机车的结构设计及电气补偿两项措施，可使电力机车的粘着重量利用率增至94%以上。