bond strength

Indirect Methods: To measure the interface bond strength include the interlaminar shear strength test.

测量界面粘结强度的间接方法包括层间剪切强度试验.

Influence of the Interface Cementing Agent on the Bond Strength of Interface

界面剂对界面劈拉强度的影响

The bond strength accretes with the increase of compressive strength of cement soil, and the bond force also accretes with the increase of bond length and contact area between shape steel and cement soil.

握裹强度随着水泥土抗压强度的提高而提高，握裹力随型钢与水泥土间握裹面积及锚固长度的增加而增大。

This is the most significant factor to reduce the bond strength.

这是使结合强度降低的最主要因素。

The bond strength of Ni-P coating on Mg alloy AZ 91 D is studied with metalloscope, SEM, EDS.

利用金相显微镜 、 SEM 、 能谱仪(EDS),研究了镁合金AZ91D的化学镀Ni-P的结合强度.

Objective To study and shear bond strength of resin-reinforced glass ionomer cement ( RGIC ) on orthodontic brackets.

目的探讨两种树脂加强型玻璃离子水门汀对托槽粘结强度的影响.

The bond strength adhesive tape for repeatability of test results is critical.

胶带的粘合强度对于测试结果的可重复性非常关键.

High Bond Strength and High Quality Hybridized Dentin Layer

高强度和高特性能杂化牙质层的研究

Study on Main Factors of Bond Strength between FRP Bars and Concrete

影响FRP筋与混凝土黏结性能的主要因素

Experimental Study and FEM Analysis for Bond Strength of Thermal Sprayed Coating

涂层结合强度的试验研究及有限元分析

Melt adhesives have good early viscous, achieve maximum bond strength.

熔融型胶粘剂具有良好的初粘性, 并能迅速达到最高粘结强度.

Finite Element Evaluation and Testing Method for Bond Strength of High-Strength Coating

高强涂层结合强度测定方法及有限元评价

This paper further researches the effects of cover thickness and anchorage length of bars on bond strength. The paper puts forward experience formulas of cover thickness and bond strees, that of concrete strength and critical anchorage length.

进一步研究砼保护层厚度及钢筋锚固长度对粘结强度的影响，给出了保护层与粘结应力、砼强度与临界锚长的经验公式。

Influence of Storage Methods on Microtensile Bond Strength of Dentin Adhesive System.

离体牙储存方式对牙本质粘结系统微拉伸强度的影响.

The results indicate that the method accurately measure the bond strength of laser cladding.

结果表明,这种方法较为准确地测量了熔覆层与基体之间的结合强度.

The bond strength is its cohesiveness of adhesives and adhesive and glued bodies adhesive force.

粘结强度是由胶粘剂本身的内聚力和胶粘剂与被粘物体之间的粘附力所决定.

Bond strength between steel and concrete in high temperature

高温下钢板与混凝土的粘结强度

Effect of different pressure time on bond strength of glass ionomer cement

不同加压时间对玻璃离子水门汀粘接强度的影响

For this reason, the increase of bond strength is limited.

因而结合强度的提高也是有限的。

Film forming , suspension performance and bond strength of the coating were investigated experimentally.

结果表明, 该方法是开发研究新涂料配方的有效方法.

Increased sheet material quantity does increase the bond strength;

粘贴强度随片材数量的增大而提高；

The transparency of the composite body and bond strength.

影响复合体的透明度和粘接强度.

The bond exhibited typical glass phase with low melting temperature and high bending strength of strips ( 53.62-93.34MPa). The microstructure analysis indicated the enhancement of the bonding strength resulted from the chemical reaction between the vitrified bond and microcrystal alumina ceramic.

结合剂为典型玻璃相，熔融温度较低，试样抗折强度为53.62-93.34MPa，微观分析表明两者间发生了化学反应，增强了结合剂对磨粒的把持力，提高了磨具的强度。

A popular concept of the view that the more the relatalion glue bond strength.

一种流行的观念认为,浆糊用量越多,粘合强度越强.

The chemical bond energy of a molecule is the one of the its thermochemical properties. The bond strength can measure the stability of the molecule. The bond energies can control the rate of many reactions and determine the chemical reaction mechanism.

分子中的化学键能是分子的热化学性质之一，键的强弱可以用来度量分子的化学稳定性的高低，键能值的高低基本上控制了许多反应速度的快慢，也确定了相应化学反应的机理。

This paper studied the influence of the different conductor material such as AU| Pd-Au, the different film thickness. 125 ℃. 300 ℃ thermal aging and temperature cycle on bond strength with two methods of destructive wire bond pull test and bond contact resistance test.

本文使用焊点破坏性拉力试验和焊点的接触电阻测试两种方法，研究了导体材料（Au、Pd&Au）、膜层厚度、125℃、300℃热老练和温度循环对焊点键合强度的影响。

Adhesion is the bond strength measurement of a coating to a substrate.

粘附力是指涂料粘结到基底材料上的粘接强度衡量标准.

After testing, thermal aging volatility viscosity, slows the permeability of the book, affecting the bond strength.

经老化试验测试, 热稳定性差的胶粘度增高, 会降低书的渗透性, 影响粘结强度.

The strength of the assemblage is bond-strength limited.

纤维集合体的强力受粘合强力的限制.

A theoretical approach to the hydrogen bond strength distribution in polyurethanes

对聚氨酯中氢键强度分布的理论探讨