1) tongue-and groove
封合
1.
The tongue-and groove binding of VRLA cell case and cover,binding processing,various binders for this purpose and a great number of performance data gained after curing were presented in detail,and the perferred binders for this processing were suggested.
研究了阀控铅酸蓄电池槽盖的封合粘接的技术及应用,列出了应用各种粘接剂在固化后所取得的性能数据,并对不同粘接剂的效果进行了综合分析。
2) combination sealing
组合密封
1.
The device integrated the supercharger and the filler within the sliding bulging die,utilizing the interference fit sealing and combination sealing,being of the functions of filling tube quickly,producing the changed ultrahigh pressure,filtrating liquid in cycles and controlling tube-bulging automatically.
研制出将增压器、充液器、滑动胀形模具集成于一体的超高压液压胀形装置,该装置具有快速充填液体、产生变高压、循环过滤液体、自动控制等功能,设计中采用了过盈配合密封及组合密封技术。
2.
The combination sealing including bellows seal,and vane seal with the help of leakage configuration to protect the motor for a low flow (0.
本文阐述了这种组合密封结构的原理及尺寸设计。
3) closed-tube polymerization
封管聚合
4) sealing strength
封合强度
1.
The effect factors such as sealing temperature,sealing time,adhesive layer thickness,and sealing breadth on the sealing strength were assessed.
5s,可取得较高的封合强度6。
2.
Increasing of sealing temperature can increase the sealing strength,but it is unpractical in low temperature production surroundings of cold seal packaging.
升高封合温度虽然可以提高薄膜的封合强度,但在冷封包装的低温生产环境中不现实;改变生产薄膜的印刷工艺参数,可提高冷封薄膜的封合强度。
5) Hydration obturation
水合封闭
6) Composite seal
组合密封
1.
Application of the new composite seal for cutting without forms in the hydraulic support
浅析无模切削新型组合密封在液压支架上的应用
2.
Taking account of the working characteristics of hydraulic hammers, an optimum de- sign of the accumulator and composite seal constructions is conducted- to increase the hammer s total efficiency.
对液压锤合理地设置了蓄能器与组合密封结构，提高了液压锤的总效率，并通过实验证实了该设计方法的合理性与有效性。
补充资料：瓷封合金
分子式：
CAS号：
性质：由真空器件中用来与陶瓷封接的膨胀合金。瓷封合金在使用温度范围内与陶瓷的膨胀系数一致；膨胀曲线的弯曲点接近于玻璃的退火温度；在使用过程中不出现相转变；具有良好的延伸性，可冲制成形状复杂的零件；合金表面与被封接物形成良好的气密封接。瓷封合金采用真空感应炉熔炼，并在退火后冲制成型。
CAS号：
性质：由真空器件中用来与陶瓷封接的膨胀合金。瓷封合金在使用温度范围内与陶瓷的膨胀系数一致；膨胀曲线的弯曲点接近于玻璃的退火温度；在使用过程中不出现相转变；具有良好的延伸性，可冲制成形状复杂的零件；合金表面与被封接物形成良好的气密封接。瓷封合金采用真空感应炉熔炼，并在退火后冲制成型。
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