binding strength

binding strength between coating layer and the substrate cladded ni base alloy on the copper alloy by laser

铜基材料上激光熔覆镍基合金的结合强度

It was indicated that the behavior of the intermediate layer at sealing interface affects the binding strength considerably.

结果表明，封接界面上中间层的性状对于接合强度有很大影响。

Analysis of Factors Influencing the Binding Strength of New and Used Concrete

新老混凝土粘结强度的影响因素分析

Effect of Fiber Surface Treatment on Interface Binding Strength of Kevlar Composites

表面处理对Kevlar纤维复合材料界面结合强度的影响

In testing, it is emphasized to test the working principle and strength action rate of horizontal ribs, and studies forced state of structure column and ribs and binding action for bonded structure.

试验中，重点考察了水平钢筋的工作机理和强度发挥率，研究了构造柱配筋的受力状态及对砌体的约束作用。

The binding strength between the steel sheet and the polymer sandwich is increased with the surface coarseness of the steel sheet.

增加钢板表面粗糙度，有利于提高钢板和高聚物间的结合力。

Choice of adhesion agents in the detection of leather coat binding strength

皮革涂层粘着牢度测试中粘合剂的选择

The results indicated that the polyhydrate binding material can produce higher binding strength under lower dosage compared with the ordinary cement, so it is applied to cement total gold tailings.

结果表明，高水单浆料与水泥相比具有用量少、试块早期强度高的特点，适用于金矿全尾胶结。

Joint strength relates to joint area and atomic binding strength.

其接合强度与接合面积、原子结合强度有关.

The manufacture of corn starch binder is studied, which is made in hot state and used in room temperature, and the factor affecting its binding strength and compare the binding property with water glass.

本文研究了热制冷上机玉米淀粉粘合剂的制造工艺与影响其粘合强度的因素，并与水玻璃做了粘合性能的比较。

Manufacturing and property of corn starch binder and Study on binding strength

玉米淀粉粘合剂的制备、性能及粘合强度的研究

Decohesion extends easily along the interface of SiC p/ Fe. Nickel plating on SiC p can remarkably improve the interface binding and increase the bending strength and especially the wear resistance.

裂纹易沿SiC p/Fe界面扩展，SiC p涂覆金属镀层通过镍与铁基体扩散结合来改善SiC p/Fe界面结合，提高材料的强度、韧性及耐磨性。

Adding the additives into chemical displacement Cu plating solution of CuSO 4-H 2 SO 4 and adjusting process parameter, high binding strength displacement copper coat whose thickness is 0.1~ 0.3 μ m can be obtained in 2~ 5 s.

在以硫酸铜和硫酸为主要成分的化学置换铜溶液中加入专用添加剂，并通过调整工艺参数，可在2～5s的反应时间内得到0.1～0.3μm厚度的高结合强度的置换铜层。

The result of mutual diffusion is increase of binding strength between two phases.

扩散的结果强化了两相的结合。

Heat treatment process has great influence on the microstructure and binding strength of the interfaces.

热处理方式对粘结层的显微结构、粘结强度有明显影响。

Heating effect on binding strength of interface of cu/ ti composite plates

加热对铜钛复合板界面强度的影响