This paper analysed the influence of specimen thickness on test results of surface bonding strength of thin MDF.
通过试验分析比较铣槽深度的改变对中密度纤维板表面结合强度测试结果的影响。
Conclusion: Low temperature plasma treatment might be used to improve the surface wettability and bonding strength of denture base acrylic resin.
结论：低温等离子体处理树脂材料表面可提高其润湿性及粘接性。
The influences of surface treatments, the pressures during bonding process and the thickness of adhesive layer on shearing strength were investigated with epoxy resin-DDS curing system as adhesive.
采用环氧树脂-DDS固化体系作为胶接剂，探讨了各种金属表面处理方法、胶接时对胶接面施加的压力、胶层厚度等因素对胶接剪切强度的影响。
The effect of the experimental parameters on the interfacial bonding strength was investigated, as well as the influences of the anodic oxidation state on the titanium substrate surface appearance.
研究了试验参数对涂层界面结合强度的影响以及阳极氧化状态参数对钛基体表面形貌的影响；
Objective: To evaluate the surface energy and thermoplastic bonding strength of pure titanium after different surface modification.
目的：观察纯钛表面不同修饰方法对提高表面润湿性及其与热凝树脂结合强度影响的效果。
A review on the development including the equipment, technique, mechanism, bonding strength and the related factors of surface activated bonding at room temperature is given in this paper.
本文从实验装置、工艺流程、接合机理、接合强度以及影响因素等方面综合评述了表面活化常温接合技术研究的进展状况。
The bonding strength is ensured by the correct choice of substrate material, surface preparation, adhesive and process parameter.
粘合强度可以通过选择正确的基体材料、表面处理、胶粘剂和工艺参数得以保证。
PURPOSE: This study evaluated the influence of bonding strength of heat-polymerized denture soft reline resin by 4 different surface treatments bonded to denture base resin.
目的：探讨4种不同表面处理对义齿软衬树脂与硬质树脂之间黏结强度影响。
In order to improve the surface wettability of wheat straw and increase its bonding strength with adhesives, an aqueous alkali was used to modify the surface characteristics.
采用碱溶液对麦秸原料进行处理，以期改善其表面润湿性，提高与胶黏剂的结合强度。
However, the preheating temperature should not be too high, so as to avoid matrix effects of surface oxidation and surface coating and the substrate bonding strength.
但预热温度不宜过高，以免引起基体表面氧化而影响涂层与基体表面的结合强度。
This product can improve the performance of heat insulating board as well as the bonding strength of anti-cracking mortar. It is suitable for surface treatment of plastic extruded board.
本产品能够改善保温板性能，提高抗裂砂浆的粘结强度，适用于挤塑板的面层处理。
The surface modification of titanium was processed by plasma electrolyte oxidation. The microstructure, crystal structure bonding strength and elastic modulus of the film were discussed.
利用等离子体氧化技术对钛进行了表面处理，并对其组织形貌、晶体结构以及结合强度和弹性模量等力学行为进行了讨论。
According to the theory of mechanical bonding, layer-to-layer bond strength was improved by making the surface become more roughness.
本文分析了光固化树脂层间结合机理，根据机械结合理论，增加表面粗糙度，增强层间结合强度。
OBJECTIVE: To compare bonding strength of the fiber post after 4 different surface treatments by using of polyurethane binder.
目的：应用聚氨酯黏结剂比较纤维桩经4种不同表面处理的黏结强度。
Objective: This study is to determine the effect of different surface anodizing and degassing-preoxidation on bonding strength of porcelain to Ni-Cr alloy.
目的：研究非贵金属合金在上瓷前经过不同的阳极钝化条件处理及除气、预氧化对金瓷结合强度的影响。
Fiber post can improve the strength of materials combined with polyurethane binder after 4 different surface treatments; the bonding strength of it is the greatest after hydrogen peroxide treatment.
结果证实经4种表面处理的纤维桩均能提高与聚氨酯黏结材料的黏结强度，过氧化氢处理后黏结强度最强。
The effects of temperature and retaining time in mild melt treatment on the bonding strength, surface morphology and porosity of tin coating are studied.
研究了软熔处理温度与保温时间对锡镀层的镀层结合力、镀层表面形貌和孔隙率的影响。
Composition of the oxide scale formed on the stainless steel surface and the bonding strength between the layer and substrate directly determines the difficulty of pickling.
不锈钢表面氧化皮成分及其与基体的界面结合强弱直接决定了酸洗的难易程度。
Provided is a surface mounting component wherein a shock applied to constitution members in manufacturing process is reduced and sufficient solder bonding strength is achieved after surface mounting.
提供一种表面安装部件，其可以缓和对制造工序中的构成组件产生的冲击，并使表面安装后的焊接强度的达到充分大。
On the coating processing, the surface of basal body is purified and rough treated, so the bonding strength of film and basal body increases greatly.
在涂敷工艺上，对基体表面进行净化和粗糙处理，大大提高了膜与基体的结合强度。
The product has level surface, stable performance, and high bonding strength to copper foil and aluminum foil;
该产品表面平整、性能稳定、对铜箔、铝箔粘接强度高；
Bonding strength. Molecular attraction to the substrate surface to which a powder coating is applied.
粉末涂层与基材之间的分子引力。
Bonding strength. Molecular attraction to the substrate surface to which a powder coating is applied.
粉末涂层与基材之间的分子引力。
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