润湿性

Ti（C，N）基硬质合金中的润湿性研究

Wettability of ti ( c , n ) - based cermets

~（60）Co辐照对聚四氟乙烯表面润湿性的影响

The effect of ￣ ( 60 ) Co irradiation on the wettability of polytetrafluoroethylene

用自制的钠—萘处理液，改性聚四氟乙烯（PTFE）微孔膜，改善薄膜表面的润湿性和粘合性。

Using self-prepared sodium naphthaline solution , PTFE micropore membrane was modified to improve its wetness and adhesiveness .

还测定了四元CuNiSnP非晶态钎料的熔点、润湿性、钎焊接头机械强度、电阻以及显微组织随P含量的变化关系，发现随着P含量增加润湿性增加。

Wettability , mechanical and electrical properties , and microstructure on the phosphorus content were determined .

SiCP/Al复合材料中SiCP与铝基体的润湿性研究

The Study on the Wettability of SiC_p and Aluminium Matrix in Composite Material SiC_p / Al

低温等离子体处理聚酯（PET）表面润湿性与表面结构的研究

Studies on the Surface Wettability and Surface Structure of Polyester Treated with Low Temperature Plasma

铝基钎料在SiC及SiCp/6061复合材料上的润湿性研究

Wettability of Aluminum Base Filler Metals on SiC and SiC_P / 6061 Composites

旨在观察熔融镍与固态多晶Al2O3润湿性的改良静滴方法评价

Evaluation of Modified Sessile Drop Method for Observing the Wettability of Molten Nickel with Solid Polycrystalline Alumina

Ce及Mg对SiCp/Al复合材料界面润湿性的影响

Study on the Influence of Ce and Mg on the Interface Behavior of SiC_p / Al Composites

合金元素对TiC与钢润湿性的影响

Effect of Alloying Elements on Wettability between steel and TiC

Mo的加入可以改善金属相对TiC的润湿性。

Adding Mo can improve the interfacial bonding between the metal phase and TiC .

稀土元素Ce对锡银铜无铅钎料润湿性及钎缝力学性能的影响

Effect of cerium on wettability and mechanical properties of soldered joints for Sn-Ag-Cu lead free solder

通过润湿性、亲油化度、沉降速度、SEM等测试对无机抗菌剂的改性效果进行了比较和表征。

The modification effects were compared and characterized by lubricity , lipophilic degree and sedimentation rate tests and SEM .

添加合金元素Zr与B均对钎料的润湿性起到了有利的影响，其中B的影响效果比较明显。

Alloying elements Zr and B have played a beneficial effect on the wettability of filler metals , in which B affects obviously .

结果表明，LSPO结构的衍生物有较好的润湿性；

The results suggest that the derivative with LS PO structure has better wettability .

Al-Si钎料因具有良好的润湿性、流动性、钎焊接头的抗腐蚀性和可加工性，应用非常广泛，但其熔点较高，很难用于低熔点铝合金的钎焊。Al-Si基钎料的液体轧制

The Liquid Rolling of Al-Si Based Brazing Filler Alloys

分析表明：稀土元素La的加入可减少金属胎体中的孔洞等缺陷，改善金属胎体对金刚石的润湿性，从而可以提高复合材料的强度和粘结性能。

Analysis showed that La can reduce void in metal matrix and increase wettability of metal matrix to diamond .

Sn-Ni合金对镀Ti石墨的润湿性的研究

An Investigation on the Wetting of Ti-coated Graphite Surfaces by Sn-Ni Alloys

随着钎焊温度的上升及钎料保温时间的延长，钎料的润湿性提高；但过高的钎焊温度和过长的钎焊保温时间，由于P的挥发将导致钎料铺展面积的减小。

With the increase of brazing temperature and brazing holding time , the wettability of filler metals increase ; but when the spread area of filler metals decreases due to P evaporation .

研究了温度、合金元素Si、Cu、Mg、Ti等对Al－SiC系润湿性的影响。

The effects of temperature 、 Some alloying elements Si 、 Cu 、 Mg 、 Ti On the wettability of Al-SiC system are investigated .

合金元素Cr，Al对Sn-Ag-Cu基无铅钎料高温抗氧化和润湿性的影响

Effect of Alloying Elements Cr , Al on High-Temperature Oxidation Resistance and Wettability of Sn-Ag-Cu Based Lead-Free Solder

CuO添加剂对Ag/SnO2润湿性与界面特性的影响

Effect of CuO Additive on the Wettability and Interface Behavior of Silver / Tin Oxide

本文以两性表面活性剂和脂肪酸对联苯胺黄G表面改性，测定了颜料的流动性、润湿性和分散性。

The benzidine yellow G pigment was modified with amphoteric surfactant and fatty acid , and the flowing , wetting and dispersing properties of the modified pigment were determined .

稀土与Mg、Zn、Cu等合金元素适当组合改善润湿性的效果比单一稀土明显。

The suitable combination of rare earths and alloying elements ( Mg , Zn , Cu ) improves wettability muchmore remarkably than a single rare earth element .

纳米CeO2颗粒在酸性水介质中表面带正电，在碱性水介质中表面带负电，Zeta电位分别在pH值为4和11左右时较高，相应润湿性和分散性较好；

Zeta potential is higher when pH value is about 4 or 11 , corresponding wettability and dispersion are better .

混炼时加入硬脂酸（SA）作为表面活性剂以改善粘结剂对粉末的润湿性。

When mixing , stearic acid ( SA ) was added as a surfactant to improve the wettability of the powder binder .

In-Sn合金熔体在非晶和晶态Cu（46）Zr（45）Al7Gd2合金上的润湿性及界面特性

Wetting behavior and interfacial characteristics of In-Sn alloy on amorphous and crystalline cu_ ( 46 ) zr_ ( 45 ) al_7gd_2 substrates

由于射频溅射于射频溅射的Al、Ti薄膜改善了AlN陶瓷与金属的润湿性，所以AlN／金属的结合强度明显提高。

The strength of the joints was improved because the interfacial sputtering film improved the wettability of AlN . Referring to the self-guard mechanism of G.

多元铜基活性钎料对c-BN的润湿性与微观组织

Wettability and microstructure of multicomponent Cu-based active filler metal on c-BN

尽管已有研究显示加入In、Bi、Al等能提高Sn-Zn钎料这种润湿性和抗氧化性，但这种提高非常有限。

Many elements such as In 、 Bi 、 Al are added to Sn-Zn alloy , but the improvement of wetting is still limited .