Joint strength has high quality.
联合实力的高品质。
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 larger the plastic deformation of the buffer layer, the higher the joint strength.
缓冲层塑性变形愈大，接头强度愈高。
The paper points out, that both joint strength and weldability should be considered, while selecting welds.
并指出对焊缝的选择，既要考虑连接强度，又要考虑加工的可能性。
The analysis method provides some theories foundation for the safe assessment on welded joint strength in rotation blade.
本分析方法为旋转体焊接接头强度校核提供了一定理论基础。
Shear results of joints show that joint strength can be increased obviously in a certain range with composite soldering materials.
接头抗剪强度表明，在一定范围内，采用复合钎料可以明显提高接头强度。
The results show that the surface treatment before plating and the electroplating materials have great effects on the joint strength;
研究表明， 基体材料的表面处理、镀接材料与电解液的选取对连接强度有着明显的影响。
Where thickness characteristics AT the joint are more important than strength, a thinner welder is possible AT reduced joint strength.
如果焊缝的厚度比强度更重要，则在降低强度条件下可使焊缝更薄。
Furthermore, the formation of cracks results in the degradation of solder joint strength, but affects mildly to the electrical properties.
裂纹的产生导致了两种焊点强度的降低，对其电性能的影响却甚微。
The effect of electromagnetic force on the splash, joint strength and welding process of capacitor discharge projection welding is studied.
研究了焊接过程中焊接电流产生的电磁力对电容储能凸焊喷溅、接头强度及焊接工艺的影响。
After inspected by SEM, the results indicated that the porous surface tubes sintered by the new process had high quality and strong joint strength.
采用扫描电子显微镜(SEM)对表面多孔管进行检测，结果显示用新工艺烧结的表面多孔层质量好、结合强度高。
The results showed that electrode by cryogenic treatment could visibly improve the spot welding procedure and raise joint strength for galvanized sheet.
试验结果表明：电极深冷处理改善了镀锌钢板点焊工艺，提高了点焊接头强度，从而提高了点焊质量。
Interference-fit technology can improve structure joint strength. For composite structures, the key of interference-fit technology is to control interference.
干涉配合能提高接头疲劳寿命，复合材料结构干涉配合连接的关键在于干涉量的控制。
Choosing a appropriate thickness filler metal for brazing metal-ceramic can decrease the residual stresses in the brazed joints and improve the joint strength.
同时，选择合适厚度的钎料会降低钎焊接头的残余应力，改善接头连接强度。
From a yield line model used for calculating RHS-joint strength, a stiffness model is developed for a stepped T-type RHS joint, and a stiffness formulas is established.
在计算节点强度的塑性铰线模型的基础上，建立了不等宽t型方管节点在支杆轴压荷载作用下的刚度模型，推出了刚度简化计算公式。
Influence of Sn and in in silver filler metal on spreadability and joint strength is studied. Microstructure of filler metals and the mechanism of effect of Sn and in are analyzed.
研究了银基钎料中元素锡、铟对钎料铺展性能和接头的影响，分析了钎料的显微组织和锡、铟在钎料中的作用机理。
And it is observed that laser power is the ultimate affection of joint strength, the defocusing amount is the weak influence, and the welding speed between the former affection factor.
进一步分析发现激光功率对接头强度的影响最大，焊接速度的影响仅次于激光功率，离焦量的影响最小。
Under the condition of this experiment, the wrought magnesium alloy AZ31B could be jointed successfully by YAG laser welding process and the joint strength was up to 95% of the based metal.
在本试验条件下采用YAG激光焊接工艺能够成功的实现变形镁合金az31b的连接，接头强度可达母材的95 %。
The test results indicate that cooling beginning temperature after brazing is most influential to its joint strength, then the cooling hours and finally the way of dehydrating before brazing.
试验结果表明，焊后炉中冷却始温对焊缝焊接强度影响最大，冷却时间次之，焊前脱水方式对焊接强度影响最小。
The temperature and time range of brazing through the wetting experiment were confirmed, and the effect of brazing conditions on the joint strength through the shear experiment was discussed.
通过对钎料润湿性的研究确定钎焊试验的温度和时间范围；通过剪切试验研究了钎焊工艺参数对接头强度的影响。
By analyzing the factors affecting the joint strength of transportation belt, and taking into account production requirements, methods of enhancing the joint strength of the belt are suggested.
通过分析影响运输胶带接头强度的因素，结合生产实践，提出提高运输胶带接头强度的方法。
To gain good joint strength, the pulse peak power and defocusing distance should be chosen appropriately to implement welding in keyhole mode, and moreover, pulse duration should not be too long.
为获得较高的连接强度，宜使峰值功率与离焦量适当配合，实现深熔焊模式进行焊接，而脉冲宽度不宜太大。
The results show that the electromagnetic force is the main factor which makes the splash more terrible, the joint strength decreased and it has a certain effect on the applicable charging voltage.
结果表明，电磁力是促进喷溅的重要因素，因而也是造成接头强度下降的重要因素，电磁力对适用充电电压也有一定的影响。还探讨了与之相关的一些其它问题。
The invention is characterized in that the socket and the plug can be tightly jointed to improve the joint strength and avoid incorrect manipulation of positive-negative power supply can be avoided.
本发明可使插头与插座紧固联接，提高联接强度及避免正负电源误操作。
Joint tensile strength was high, generally 95% of base metal.
接头拉伸强度较高，一般为母材95%左右。
Background: The effects of treatment of children with longitudinal radial deficiency are generally evaluated by measuring grip and pinch strength and joint mobility.
背景：对桡骨长度短缩患儿的疗效一般为通过测量握持与拿捏的力量以及关节活动度来评估。
Background: The effects of treatment of children with longitudinal radial deficiency are generally evaluated by measuring grip and pinch strength and joint mobility.
背景：对桡骨长度短缩患儿的疗效一般为通过测量握持与拿捏的力量以及关节活动度来评估。
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