1) wet bonding
湿粘结
1.
Influence of dry or wet bonding on microleakage of Ti alloy inlay;
干粘结和湿粘结对钛合金嵌体微渗漏的影响
2.
Influence of dry or wet dentin bonding surface on wet bonding strength: a microtensile study;
干燥或润湿表面对牙本质湿粘结强度影响的微拉伸强度研究
3.
To study the microstructural influence of dry or wet dentin bondin g surface on the dentin bonding interface, five wet bonding systems were used to bond Chrisma B20 resin with dry or moist dentin surface with scanning electron m icroscope.
结果湿粘结时5种粘结系统在粘结界面获得良好的渗透图象;干燥粘结时,两种以丙酮为溶剂的粘结系统在干燥粘结时形成的粘结界面,与湿粘结时有明显的区别,混合层较薄,并有明显的不完全渗透的结构和混杂层的形成;以酒精和水为溶剂的粘结系统在两种不同粘结状态时粘结界面的超微结构没有明显的区别。
2) bonding on wet face
湿面粘接
4) Moist Bonding
湿性粘接
1.
Objective To observe the curative effects of the Moist Bonding of Silver Amalgam repairing method on the disto occlusal cavity of free end molar.
目的 观察银汞合金湿性粘接术修复游离端后牙远中邻牙合洞的疗效。
5) over wet clay
过湿粘土
1.
On the basis of studies on the existing methods for over wet clay,treatment research on lime treatment method is emphasized.
在总结分析现有过湿粘土路基处理方法的基础上,着重对掺消石灰法进行了研究。
6) viscous and damp soil
粘湿土壤
1.
According to the special characteristic of viscous and damp soil, liquid bridge forces and viscous forces between soil particles were taken into account, and the conventional DEM model was modified, which provided a stable foundation for exactly simulating the dynamic behavior of viscous and damp soil by DEM.
本文简述了离散单元法的基本原理,根据粘湿土壤的特殊性质,将土壤颗粒之间的液桥力和粘附力引入到模型中,修正了传统的离散元模型,为准确模拟粘湿土壤的动态行为奠定了的基础。
补充资料:湿基湿含量
分子式:
CAS号:
性质:为了表示湿物料的含湿(水)量,常以单位质量湿物料为基准表示所含湿分(水分)的质量,称为湿基湿含量。参见湿含量条目。
CAS号:
性质:为了表示湿物料的含湿(水)量,常以单位质量湿物料为基准表示所含湿分(水分)的质量,称为湿基湿含量。参见湿含量条目。
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