1) wetting characteristics
润湿性质
1.
This paper mainly analyzed Sn-Cu eutectic solder alloys' research production of wetting characteristics and their tensile property,shear property,creep property,fatigue property and thermal fatigue property when the block of Sn-Cu eutectic solder alloys joined by backing.
主要叙述了锡铜合金的润湿性质以及它们的块材与基材连接时的拉伸特性、剪切特性、蠕变特性、疲劳特性及热疲劳特性等方面的研究结果。
2) wetting
润湿
1.
Study on the wetting of black smoke from coal-fired ceramic kilns by composite surfactant solutions;
复合表面活性剂对燃煤陶瓷窑炉黑烟润湿作用的研究
2.
Studyon improving the wetting property of polypropylene by depositing silica gel;
改善非极性聚合物表面润湿性能的研究
3.
Study of wetting on solid surfaces by measuring height of large sessile drop;
液饼高度法研究固体表面的润湿性质
3) Wettability
润湿
1.
A novel technique for measuring the wettability of fabric;
织物润湿性能测试新方法
2.
Effect of Alloying on Wettability and Microstructure of Sn-9Zn Lead-free Solder Alloy;
合金元素对Sn-9Zn基无铅钎料润湿性和组织的影响
3.
Overcoming Unwettability of Fibers for Liquid-Infiltration;
液相浸渗中纤维非润湿性的处理
4) wettability
润湿性
1.
Wettability of the Organic Bentonite Modified by MDFFA Mixed With Other Alkyl Quaternary Ammonnium Salts;
MD膜驱剂与烷基季铵盐复配改性粘土的润湿性
2.
Effects of wettability and its evolution on oil reservoir recovery;
润湿性及其演变对油藏采收率的影响
3.
Effects of N_2 protection on wettability of Sn-Cu-Ni-Ce lead-free solder;
氮气保护对Sn-Cu-Ni-Ce无铅钎料润湿性的影响
5) wettability
润湿性能
1.
Interface reaction and wettability of the Sn-Zn based lead-free solder alloys;
Sn-Zn基无铅焊接材料的界面反应和润湿性能
2.
Improving the wettability of PET nonwoven fabrics by plasma treatment;
低温等离子体处理改善PET非织造布润湿性能
3.
Design and Fabrication of Bionic Periodic Microstructured Surfaces and Study on Their Wettability;
仿生周期微结构表面设计制备及其润湿性能研究
6) wetting and dispersing
润湿分散
1.
We selected four dispersants with di erent molecule weight and structure to do parallel experiment and compare their wetting and dispersing e ect and storage stability to solve the problems of ooding and oating in blue automobile nish; and theoretically explained the reason why the e ect is di erent.
解决蓝色汽车面漆浮色问题,通过对4种分子量大小和结构不同的分散剂的平行比较,对比不同种类分散剂的润湿分散效果和储存稳定性,以及解决浮色发花问题的效果,并从理论上解释4种分散剂效果不同的原因。
参考词条
补充资料：接触角和润湿
分子式：
分子量：
CAS号：
性质：液体在固体表面铺展开叫润湿（wetting），接触角可作为润湿程度的量度。液滴落在固体表面上，若铺展如图在固、液、气三相交点处作气液界面的切线，切线与固、液界面的夹角θ就称为拉触角(contact angles)。若固体是亲液的，则液体的θ>90°；固体憎液，则θ>90°。有人将前一情况称为液体润湿固体，后者为不润湿。润湿性总是与采矿浮选、石油开采、纺织印染、感光胶片、油漆配方以及防水、洗涤等都有密切关系。
分子量：
CAS号：
性质：液体在固体表面铺展开叫润湿（wetting），接触角可作为润湿程度的量度。液滴落在固体表面上，若铺展如图在固、液、气三相交点处作气液界面的切线，切线与固、液界面的夹角θ就称为拉触角(contact angles)。若固体是亲液的，则液体的θ>90°；固体憎液，则θ>90°。有人将前一情况称为液体润湿固体，后者为不润湿。润湿性总是与采矿浮选、石油开采、纺织印染、感光胶片、油漆配方以及防水、洗涤等都有密切关系。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。