In this paper SBR modified cement slurry can get best bond effectiveness as interfacial bond materials.
本文研究中的丁苯改性的水泥浆作为界面处理材料可获得最佳粘结效果。
Bond materials: according to the ratio cement 97kg, scale graphite 3kg, clean water 35kg to paste form as backup.
黏结材料：以水泥97KG、鳞片石墨3 KG、清水35 KG左右比例调成膏状备用。
Even one gas molecule can break a silicon-oxygen bond in glass, generating a defect, said Carlo G. Pantano, a professor of materials science at Pennsylvania State University.
“一个气体分子就可以破坏玻璃的硅氧键，并诱生一个缺陷。”Pennsylvania州立大学的材料科学教授CarloG . Pantano说。
It is often necessary to bond plastic materials to metals or other plastic materials, or simply print on a plastic surface.
它往往是必要的债券塑料材料金属或其他塑胶原料，或只是打印在塑料表面。
Semi-weight function method is used and developed in this paper to solve the problem of two bonded dissimilar materials containing a crack along the bond.
应用半权函数法求解双材料界面裂纹的应力强度因子，得到以半权函数对参考位移与应力加权积分的形式表示的应力强度因子。
The properties and qualities of the marking materials with red fluorescence are very important in bond and currency as an anti-fake method.
红色荧光标识材料的物化性能与品质决定了其作为主要防伪手段在证券和货币上的运用。
Based on the investigation results, the structure model of the interfacial bond layer in polymer cement based composite materials is described.
在此基础上，对聚合物水泥基复合材料界面粘结层的结构模型进行了描述。
Suggested Applications: Applied to manufacturing resin bond, ceramic bond and coated diamond products; Processing hard alloy, glass, ceramics, stone and other non-metallic materials.
建议用途：适用于树脂结合剂、陶瓷结合剂和电镀制品，加工硬质合金、玻璃、陶瓷、石材等非金属材料。
Suggested Applications: Applied to manufacturing resin and ceramic bond grinding wheels, coated diamond products; Processing hard alloy, glass, ceramics, stone and other non-metallic materials.
建议用途：适用于树脂、陶瓷结合剂砂轮、电镀产品，加工硬质合金、玻璃、陶瓷、石材等非金属材料。
From the chemical bond viewpoint, dielectric properties of some practical materials with various crystal structures were quantitatively studied.
利用化学键的观点定量地研究了一些具有各种晶体结构实用材料的介电性质。
Substrates: fiber, polyester-coton, waterproof fabrics, various kinds of fabrics, metals, electronic materials, special bond effects in PVC plastics and other materials.
适用基材：化纤，涤棉，防水面料，各类纺织品，金属材料，电子材料，尤其对PVC等塑料有极佳的粘合效果。
Tightsen instant adhesives can fast bond most materials. Such as metal, rubber, plastic, glass, leather, wood, ceramic and so on.
泰盛瞬干胶系列产品适合快速粘接大多数材料，如金属、橡胶、塑料、玻璃、皮革、木材、陶瓷等。
The action forms of different bond force and their effect on the design and the complex properties of the materials are discussed.
讨论了不同粘结力在界面层中的作用形式及其对材料设计和复合性能的影响。
The results were shown its properties are good. It can be used to bond various materials, and manufacture some fine coatings.
结果表明：该胶性能优良，可用于多种材料的粘接，以及制造性能优良的涂料。
The method has some excellent characters, such as low voltage, fine and close texture, metallurgical bond with the substrate, suitable to various metal materials.
该方法具有放电电压低，陶瓷层结构致密与基体冶金结合，适用于多种金属材料等优点。
The test results indicated that the bond splitting tensile strength of modified fly ash mortar was best in joint materials of sorts.
试验结果表明，各种接缝面材料中，粉煤灰改性砂浆的劈裂抗拉强度最大，效果最好。
Adhesive for leather and footwear materials. bond strength. minimum requirements and adhesive classification.
皮革和制鞋材料用胶粘剂。粘结强度。最低要求和胶粘剂分类。
The bond properties of different silicone sealants to PE and PP materials were studies. The results showed that the crosslinkers and interface conditions were the key factors of bond properties.
研究了不同类型的有机硅密封胶对PE、PP材料的粘接性能，结果表明交联剂和界面因素是影响有机硅密封胶粘接性能的主要因素。
Substrates: electric materials; metals; various kinds of fabrics and other kinds of materials. It has special bond effect in all cotton and other heat sensitivity fabric materials.
适用基材：电子材料，金属，各种纺织品等，对全棉，毛麻等热敏性面料有特殊的粘合效果。
The invention relates to a solidification compound of aryl mercaptan-olefinic unsaturated double-bond polyether sulfone, belonging to the technical field of low-temperature solidifying materials.
本发明的芳基硫醇-烯属不饱和双键聚醚砜的固化性组合物属于低温固化材料的技术领域。
SiC is combined by and Si by covalent bond, Which is a kind of non-oxide materials.
碳化硅是由碳和硅以共价键为主结合而成的化合物，属非氧化物材料。
Contrary to the classic seam closure methods using needle and thread, these modern methods bond the materials together using molecular processes such as ultrasound, heat or pressure.
与传统的利用针线的缝合方法不同是，这种现代方法利用分子结构的程序例如超声波，热量或压力将材料结合在一起。
Abstract: Objective: to investigate the influence of different silane coupling agents and different adhesive materials to the shear bond strength of metal brackets bonded to porcelain surface.
摘要[摘要]目的研究不同类型硅烷偶联剂和粘接剂对烤瓷瓷面与金属托槽之间抗剪切强度的影响。
Because it is the core of the first six months, so in order to obtain accurate bond information, the need for regular statistical number of bonded materials.
因是半年核心一次，所以为了得到精确的保税资料，需要定期的统计保税物料数量。
The behaviors of structural materials such as concrete, rebars, and the bond between them; 3.
然后介绍混凝土、钢筋材料的物理力学性能以及粘结与锚固性能；
DING Hong, WU Jian-Yong. The vitro study of the influence of different silane coupling agents and adhesive materials on shear bond strength of metal brackets to porcelain surface [J].
丁宏，吴建勇。不同偶联剂和粘接剂对烤瓷瓷面与金属托槽抗剪切强度影响的体外研究[J]。
DING Hong, WU Jian-Yong. The vitro study of the influence of different silane coupling agents and adhesive materials on shear bond strength of metal brackets to porcelain surface [J].
丁宏，吴建勇。不同偶联剂和粘接剂对烤瓷瓷面与金属托槽抗剪切强度影响的体外研究[J]。
应用推荐