1) Depth Peeling
深度剥离
1.
Then we Introduce Depth Peeling technique to implement order-independent transparency,achieving better comprehension of the volume data and defect inspection.
最后在表面绘制中引入深度剥离技术实现顺序无关透明度显示,对帮助理解锥束CT体数据和缺陷检测起到很好的效
2) Denudation depth
剥蚀深度
3) barking depth
剥皮深度
4) peeling strength
剥离强度
1.
Several methods of improving peeling strength of polyurethane adhesive for shoes;
提高鞋用聚氨酯胶粘剂剥离强度的几种途径
2.
Analysis of the influence factors on peeling strength of the nonwonvens used for micro-fiber synthetic leather
浅析影响超纤合成革用非织造布剥离强度的因素
3.
The results showed that when ACM was added,the adhesive property of IIR to metal was greatly increased,and it could make 180° peeling strength enforcing 2~3 times due to synergestic effects of physical adhesion and chemical adhesion in the interface of blends-metal.
对剥离强度、断面形貌及表面能等的研究结果表明,引入ACM有效地改善了IIR与钢片的粘接性能,使其剥离强度提高2~3倍;并用ACM后,体系剥离强度的提高是物理黏着和化学黏着共同作用的结果;钢片-橡胶复合制件的破坏形式主要是橡胶部分的破坏及橡胶与胶黏剂之间的破坏。
5) peel strength
剥离强度
1.
Effect of crosslinking on T- peel strength of aqueous polyester polyurethanes;
聚酯型水性聚氨酯的交联对T剥离强度的影响
2.
Through the research of properties of peel strength,uptake water and glass-transition temperature ,the optimum method in disposing adhesive joints were obtained.
采用不同的表面处理方法处理粘接接头,在湿热老化条件下通过元素分析法测定了样品中碳、硅、氧的含量,以及对胶粘剂粘接接头剥离强度、吸水率,玻璃化温度等湿热老化性能进行了考查,得出最佳处理粘接接头的方法。
3.
The experiment data showed that the peel strength of adhesion for polyurethane elastomer and metals has the highest value 31 kN/m.
实验数据表明,聚氨酯弹性体硬度较高时,柔性材料与金属粘接的剥离强度最高可达31 kN/m,聚酯型聚氨酯弹性体与金属粘接比聚醚型聚氨酯弹性体的粘接性能好。
6) overburden thickness
剥离厚度
补充资料:180°剥离
分子式:
CAS号:
性质:剥离角为180°的剥离是受力方向与剥离方向相平行,剥离角成180°的剥离方法,其试样由刚性材料及柔性材料构成。强度用kN/m表示。
CAS号:
性质:剥离角为180°的剥离是受力方向与剥离方向相平行,剥离角成180°的剥离方法,其试样由刚性材料及柔性材料构成。强度用kN/m表示。
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