搭接剪切强度,lap shear strength
1)lap shear strength搭接剪切强度
1.Tensile strength andlap shear strength increased with increasing of grafting degree due to great improvement of polarity.离聚体的拉伸强度、搭接剪切强度和乳化性能均随顺酐化程度的提高而改善。
2)joint shear strength接头剪切强度
1.Influences of the metallizing technologic conditions, Ni plating and subsequent annealing on thejoint shear strength were investigated.考察了金属化工艺、镀镍及镀后热处理对接头剪切强度和钎焊效果的影响。
英文短句/例句
1.The Effect of Bi on the Microstructure and Shear Strength of Sn-3Ag-0.5Cu/Cu Solder Joints;Bi对Sn-3Ag-0.5Cu/Cu界面组织及接头剪切强度的影响
2.Experimental Investigation on Shear Strength of Composite Single-lap Joints复合材料单搭接头的剪切强度对比实验研究
3.Effect of phosphorus content on microstructure and shear strength of Sn-2.5Ag-2.0Ni/ Ni(P) solder joint磷含量对Sn-2.5Ag-2.0Ni/Ni(P)钎焊接头组织及剪切强度的影响
4.Shear strength and fracture surface analysis of BiAgNiCuGe/CujointBiAgNiCuGe/Cu接头抗剪强度与断口分析
5.Shear Bond Strength of Orthodontic Brackets Bonded with a Self-etching Adhesive;自酸蚀粘接剂粘接抗剪切强度的实验研究
6.GP shear-out safety joint砾石充填剪切安全接头
7.shear pin safety joint剪切销钉式安全接头
8.shear pin tubing safety joint剪切销式油管安全接头
9.Testing method for compressive shear strength of dowel joint by inorganic adhesivesGB/T11177-1989无机胶粘剂套接压缩剪切强度试验方法
10.Testing method for torsional shear strength of doedl joint by inorganic adhesivesGB/T14903-1994无机胶粘剂套接扭转剪切强度试验方法
11.The Influence of Dentin Desensitizers on the Shear Bond Strength of a Total-etch System;脱敏剂对全酸蚀粘接剂剪切强度的影响
12.Effect of Chlorhexidine Application on Shear Bond Strength of Brackets Bonded with Fuji Ortho LC氯己定对FujiOrtho LC粘接托槽抗剪切强度的影响初探
13.testing methods for shear strength of plastics by punch tool塑料剪切强度试验方法
14.uniform strain shearing strengh tester等应变剪切强度测试仪
15.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。
parison on Shear Bond Strength of Edgewise Brackets Bonding with Three Orthodontic Adhensives under Different Adhensive Conditions;三种正畸秞质粘接剂在不同粘接条件下的抗剪切强度比较
17.Effect of Self-etching Primer on Shear Bond Strength of Orthodontic Brackets within 1 Hour in Vitro自酸蚀粘接系统粘接托槽1小时内抗剪切强度的实验研究
18.Shear bond strength of three different orthodontic adhesives used in Fx glass ionomer cement filling materials三种正畸粘接剂粘接玻璃离子充填体的抗剪切强度
相关短句/例句
joint shear strength接头剪切强度
1.Influences of the metallizing technologic conditions, Ni plating and subsequent annealing on thejoint shear strength were investigated.考察了金属化工艺、镀镍及镀后热处理对接头剪切强度和钎焊效果的影响。
3)strength of brazed joints in shear接头抗剪切强度
4)shear bond strength剪切粘接强度
1.5 mm/min was used to press samples,and values ofshear bond strength(SBS)and types of interface failure were recorded and analyzed statistically.5mm/min的生物力学测试机进行压缩剪切,记录各组剪切粘接强度值和界面断裂类型,并进行统计学分析。
5)shear bond strength粘接抗剪切强度
1.In this study , we bonded resin orthodontic brackets to two kind of commonly - used prosthodontic materials: porcelain and light - cured composite resin with domestic adhesive, ordinary light - cured composite resin and BISCO ORTHO - ONE~? orthodontic Direct Bonding System respectively and then theshear bond strength of the re.本实验通过使用不同的粘接剂粘接树脂托槽与经过不同方式表面处理的瓷和光固化复合树脂修复材料,对其粘接抗剪切强度,影响树脂托槽与修复材料直接粘接的因素以及去粘接后原修复面的完整性进行实验研究。
2.In this study, we bonded metal orthodontic brackets to two kinds of commonly-used prosthodontic materials: porcelain and light-cured composite resin with domestic adhesive and ordinary light-cured composite resin respectively and then theshear bond strength of the metal brackets, the integrity of the prosthodontic surface after debonding and the microsco.本研究使用国产的粘合剂和普通光固化复合树脂粘接金属托槽与瓷、光固化复合树脂两种常用的修复材料，并对其粘接抗剪切强度，去粘接后原修复面的完整性，表面处理后修复面的显微形态结构进行了实验研究。
6)shear strength剪切强度
1.Onshear strength testing method of explosion cladding joint;爆炸复合接头剪切强度测试方法研究
2.Effect of magnetic field onshear strength of adhesively bonded single lap joint;外加磁场对粘接接头剪切强度的影响
3.Interfacial reaction andshear strength of Sn-Zn-Cu/Cu joints;Sn-Zn-Cu/Cu界面反应及剪切强度
延伸阅读
剪切强度分子式：CAS号：性质：剪切试验中，试样能承受的最大剪切应力与试样原始横截面积之比，单位MPa。在进行搭接接头强度试验中，就是使试样移动部分与静止部分呈完全脱离状态所需之最大负荷。测定材料的剪切强度通常可以用扭转试验来进行；层压材料的层间剪切强度可由专门的剪切弯曲试验来进行；搭接接头强度试验用专门的试验片来进行，以检验粘接材料的粘接性能。构件在实际工作条件下的受力情况是复杂的，造成材料破坏的原因也是多方面的，剪切破坏是其破坏形式之一。所以剪切强度这一物理量仅是材料的力学特性之一。
