1) Shear bond strength
抗剪切粘结强度
2) 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 the shear 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 the shear 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。
3) shear bond strength
剪切粘结强度
1.
The shear bond strength of three different commercial luting cements to the ceramic material was evaluated.
置于37℃蒸馏水里保存24h后,进行剪切粘结强度测试。
2.
Objective: this in vitro study was firstly to evaluate the effect of two different bleaching regimens and two weeks post-time bonding on the shear bond strength of dentin to composite resin, and observe the dentin/composite interface of each group under scanning electron microscope.
目的:㈠通过用临床两种常用的漂白方法对离体牙进行漂白,采用即刻和延迟2周粘结树脂,分别测定牙本质和树脂剪切粘结强度,并用扫描电镜观察粘结界面超微形态,探讨漂白方法及漂白后粘结时间对牙本质粘结强度的影响,为临床上漂白后牙齿进行树脂粘结修复提供理论依据。
5) adhesive shearing strength
粘结抗剪强度
1.
This paper studied the interfacial adhesive shearing strength between the cement-based mortar and the concrete substrate,and investigated the microstructures of the interfacial zones between the new mortars and the old concretes.
研究了在采用不同的界面剂处理下,水泥基砂浆加固混凝土构件的界面粘结抗剪强度,并进行了加固砂浆和基层混凝土的界面处的微观结构观测分析。
6) bond shear strength between pavement layers
层间剪切粘结强度
补充资料：剪切粘接强度
分子式：
CAS号：
性质：在平行于胶层的载荷作用下，胶接试样破坏时，单位胶接面所承受的剪切力，用MPa表示。根据载荷的方向有拉伸剪切粘接强度和压缩剪切粘接强度。
CAS号：
性质：在平行于胶层的载荷作用下，胶接试样破坏时，单位胶接面所承受的剪切力，用MPa表示。根据载荷的方向有拉伸剪切粘接强度和压缩剪切粘接强度。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条