| 1. | High speed thick copper plating of cylinders
圆筒高速电镀厚铜层 |
| 2. | The microstructure of electroless copper deposit is greatly effected by the substrate upon which deposition occurs
化学镀铜层的显微结构受基体的显著影响。 |
| 3. | The electrodeposited coating system used on plastics substrates always consists of an initial thick copper layer
用于塑料的电镀涂层体系总是包含一层厚的起始铜层。 |
| 4. | In the early days copper was normally followed by a relatively thin bright nickel layer with conventional chromium topcoat
早期，涂覆铜层之后，再涂一薄层光亮镍，然后传统的铬层位于最外层。 |
| 5. | A lot of experiments showed that the surface of carbon fibers might gain high quality plating copper coating in citrate solution and craft parameters of plating had great influence on plating copper
试验表明采用柠檬酸盐镀液，可在碳纤维表面获得优质镀铜层，合理控制各种电镀工艺参数对镀铜效果有十分重要的影响。 |
| 6. | The austenitic stainless steel fiber bindles and fiber / cu composite were investigated . ms of the s s fiber / cu composite is much better than that of s s fiber bindles in some temperature range
在对304不锈钢纤维铜复合体磁性研究，实验中发现：在一定的温度范围内， 304不锈钢纤维铜复合体的s大于对应去除铜层的纤维束。 |
| 7. | The metastable austenitic phase of s s fiber at the interface of the fiber / cu composite would turn back to equilibrium with the interfacial energy and inter stain inducing , when the cu films were separated from s s fiber . so the magnetism value of the s s fiber declined . the information of grain - orientation at the interface of the fiber / cu composite can serve as a mechanism responsible for its declining coercivity , and a part of cu elements diffused into s s fibers
不锈钢纤维铜复合体去除铜层后，原有的界面能及应力下降，使得原纤维界面处弱磁性的部分亚稳奥氏体，恢复到平衡态，它们对样品s测试结果不再有贡献；不锈钢纤维铜复合体中，处于界面处的纤维晶粒具有很强的轴向取向排列，当晶粒取向性减弱，磁畴转动的阻力增加，磁体的矫顽力上升。 |
