1) hydrophobic
憎水性能
1.
Traditional segmentation algorithms may bring error segmentation in weak boundary,which affect the accuracy of confirming the level of hydrophobic.
绝缘子憎水性能检测是判断绝缘子抗污闪性能的重要手段。
2) hydrophobic
憎水
1.
Effects of Hydrophobic Treatment of Expanded Shale Ceramisite on the Workability of Fresh Concrete;
陶粒憎水处理对新拌陶粒混凝土工作性能的影响
2.
Investigation on hydrophobicity of thermal insulation mortar with inorganic polymerization;
无机聚合保温砂浆憎水性能研究
3.
The adsorption-desorption behaviors of the fractions of NOM (including the hydrophobic fraction, HyO and the hydrophilic fraction, HyI) and CHA onto alumina were investigated.
考察了天然有机物(NOM)的2种分离组份(憎水部分HyO,亲水部分HyI)和一种商用腐殖酸(CHA)在氧化铝表面的吸附解吸行为规律,从芳香性、分子量、极性的角度探讨了NOM自身特性对吸附性能的影响,并通过改变溶液性质(pH值、离子强度、二价阳离子Ca2+),进一步论证了NOM在金属氧化物表面的吸附机理。
3) hydrophobic electrode
憎水电极
1.
The hydrophobic electrode,hydrophilic electrode and dual-bonded catalyst layer electrode were tested at ambient pressure and 65 ℃,the current density of dual-bonded catalyst layer electrode at 0.
在常压、65℃下进行了憎水电极、亲水电极和双催化层电极的测试,双催化层电极的电流密度在0。
4) hydrophobicity
憎水性
1.
Research on improving hydrophobicity of glass surface using multineedle-to-plane electrode dielectric barrier discharge treatment;
多针-平板介质阻挡放电提高玻璃表面憎水性的研究
2.
The preparation and hydrophobicity of fluorinated activated carbon fibers;
氟化活性炭纤维的制备及其憎水性
3.
The wet-flashover performance of composite insulators in different hydrophobicity and pollution class;
复合绝缘子表面憎水性和污秽对其湿闪电压的影响
5) water repellency
憎水性
1.
The developed flexible waterproof putty is excellent in crack resistance,adhesive strength,breathability and water repellency.
所研制的柔性耐水腻子抗裂性能优异、粘结强度高、具有透气性和憎水性,与外墙涂料配合使用应用于外墙外保温系统可明显提高该系统的耐候性。
6) hydrophobic
憎水性
1.
Algorithm of Distilling Information of Hydrophobic Image of Insulators;
绝缘子憎水性图像水珠/水迹形状提取算法
2.
Preparation and Performance of Hydrophobic Inorganic/Organic Film;
具有憎水性的无机/有机膜层的制备方法与研究进展
3.
Spray image analysis based measurement of hydrophobic of insulator surfaces;
基于表面喷水图像分析的绝缘子表面憎水性检测方法
参考词条
补充资料：憎水性颗粒
分子式：
CAS号：
性质：不能被水润湿的固体颗粒。根据水对固体颗粒润湿性的不同，可将固体颗粒分为疏水性（也称憎水性）颗粒和亲水性颗粒两大类。若不能为水所润湿，而易为“油”（有机溶剂等）所润湿的固体颗粒即为疏水性颗粒或亲油性颗粒，如炭黑、松香和硫化矿物等。它们易为“油”所润湿，能使油包水型乳状液稳定。
CAS号：
性质：不能被水润湿的固体颗粒。根据水对固体颗粒润湿性的不同，可将固体颗粒分为疏水性（也称憎水性）颗粒和亲水性颗粒两大类。若不能为水所润湿，而易为“油”（有机溶剂等）所润湿的固体颗粒即为疏水性颗粒或亲油性颗粒，如炭黑、松香和硫化矿物等。它们易为“油”所润湿，能使油包水型乳状液稳定。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。