1) lose tack
失粘
1.
The cause for lose tack of thermoplastic elastomer pressure sentsitive adhesive is researched, the effect styrene content in base material, content, shape, storage life of tackifier, aromatic petroleum resin, plastifier etc and adhesive line thickness on lose tack resistance are discussed.
研究了以热塑性弹性体为基料的压敏粘合剂失粘的原因。
2) sticking and defluidizing
粘结失流
3) viscosity loss
粘度损失
1.
On the basis of the data obtained the origin of viscosity loss in injection pi.
聚合物溶液盛于内径 6cm、长 30cm、由不同材料制成的管子内 ,在不同条件下处理 1h和 3h ,测定溶液在实验温度下的粘度 (7s-1)和溶液中Fe3 + 浓度 ,根据测试结果讨论了造成注聚管道中聚合物溶液粘度损失的因素。
2.
The reasons of viscosity loss (VL) are investigated and following results are obtai.
探讨了引起粘度损失的原因 ,结果如下。
4) instability slide
粘滑失稳
5) bonding failure
粘结失效
1.
The piston ring carrier bonding failure of the Cummins company was summed up.
本文总结了Cummins公司在铸铁镶圈活塞粘结失效方面的经验。
6) stiction failure
粘附失效
1.
Mechanism of stiction failure of surfaces-micromachined micro-cantilever is introduced and a stiction reliability prediction model based on macro-mechanical theory and reliability method is presented.
多晶硅微悬臂梁是MEMS中的一个基本结构,阐述了多晶硅微悬臂梁的粘附失效机理,并利用宏观机械中的理论和可靠性分析方法对表面微加工的多晶硅微悬臂梁的粘附可靠性进行预测,建立了在外载荷下的粘附可靠度预测模型,并利用该模型具体分析了微梁尺寸及外界湿度对可靠度的影响。
补充资料：失粘
1.见"失黏"。
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