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1·The scanning speed of nozzle has a great effect on the pore structure of copper deposits.

喷嘴移动扫描速度对铜电铸层多孔结构有明显的影响。

2·The results show that the width and height decrease with the increase of the scanning speed.

结果表明，熔覆层的宽度、 高度随扫描速率的增大而减小；

3·With the scanning speed going up, the hardness and the wear - resisting property are improved.

随着激光扫描速度的增加，硬化区硬度和耐磨性增大。

4·The laser scanning paths and scanning speed usually influence the machine time of each section.

激光扫描路径和扫描速度影响每层加工时间。

5·The effect of both laser power density and scanning speed on coating microstructure was remarkable.

激光功率密度和扫描速度对涂覆层微观组织结构有显著影响。

6·Application of multi-threading technology to improve scanning speed is the main feature of this program.

应用多线程技术提高扫描速率是本程序的主要特点。

7·The influence of coating, spot size, power and scanning speed on hardening layer features and wear resistance were studied.

研完了表面状态、斑尺寸、率及扫描速度对硬化层特征及耐磨性的影响。

8·Furthermore, the scanning speed has an important influence on the size of phase change region and thermally affected region.

激光扫描速度对相变硬化区和热影响区的大小有极大的影响。

9·If the scanning speed is not changed, the optimization of scanning paths will directly influence the machine time of each layer.

扫描速度一定时，扫描路径的优化与否将直接影响加工时间。

10·In addition, the residual stress and the residual distortion of clad coating will be augmented with the increase of laser scanning speed.

此外，随着激光扫描速度的增大，熔覆层的残余应力和残余变形相应增大。