1) undercooling of Ni-coating
Ni镀层过冷
2) Ni-P plating
Ni-P镀层
1.
In this paper the properties of electroless Ni-P plating are briefly described,and the application of this process in industry is fairly minutely introduced.
简述了化学镀Ni-P镀层的性能,并较详细地介绍了该工艺在工业生产中的应用。
2.
The Ni-P plating and Ni-P-SiC composite coating were prepared using electroless deposite method on the surface of low-alloy cast iron.
作者利用化学沉积法在低合金铸铁表面分别制取了Ni-P镀层和Ni-P-SiC复合镀层,并就两者的耐磨性与铸铁、磷化处理表面及Cr镀层的进行了对比试验研究。
3.
The acidic-alkaline composite deposits composed of alkaline Ni-P plating as bottom film and acidic Ni-P plating as top film could provide the best protection,and the corrosion resistance of single acidic Ni-P deposit was better than that of single alkaline Ni-P deposit.
5%NaCl溶液中的极化曲线,对比分析了酸性和酸碱复合条件下所得Ni-P镀层的表面形貌。
3) Ni-P coating
Ni-P镀层
1.
Effect of mechanical attrition on microstructure and property of electroless plating Ni-P coatings on magnesium alloy;
机械研磨对镁合金化学镀Ni-P镀层结构及性能的影响
2.
Effect of a Ni-P coating on the tensile strength of carbon fibers evaluated by a Weibull statistical method;
用Weibull统计方法评价Ni-P镀层对炭纤维抗拉强度的影响
3.
The impact of NH_4Cl,NaF and organic compound M on the deposition rate of Ni-P coating is discussed,and the surface morphology,adhesion and corrosion resistance against nitric acid of the coatings are investigated.
结果表明:三种物质都可以作为镀液的加速剂,合理控制它们的比例所形成的复合加速剂可以使加速效果达到最佳状态,而且此时的Ni-P镀层具有良好的表面质量、结合强度和耐蚀性。
4) Cu/Ni coating
Cu/Ni镀层
1.
Interfacial reactions between Sn-Cu solder alloy and Cu/Ni coatings during reflow soldering;
SnCu钎料镀层与Cu/Ni镀层钎焊接头的界面反应
6) Alloy-plating layer of Ni/Zn
Ni/Zn镀层
补充资料：过冷
| 过冷 supercooling 温度低于凝固点但仍不凝固或结晶的液体称为过冷液体。过冷液体是不稳定的，只要投入少许该物质的晶体，便能诱发结晶，并使过冷液体的温度回升到凝固点。这种在微小扰动下就会很快转变的不稳定状态称为亚稳态。 当用适当的方式缓慢冷却饱和溶液时，可使其变成过饱和而不析出溶质的结晶，这种现象也称为过冷，这种溶液称为过冷溶液。过冷溶液也是不稳定的。 在没有尘埃、没有电荷的洁净空间中，使蒸气绝热膨胀，温度突然下降，可以不发生液化现象，而使原来的饱和蒸气变成过饱和，这种过饱和蒸气又称过冷蒸气。过冷蒸气也是不稳定的，如有微粒作凝结核心，就会出现雾滴。核物理实验技术中，利用过冷蒸气的不稳定性来产生液滴，以显示粒子的径迹，这种探测器叫做云室。 |
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