The conventional mechanical scanning radar is gradually replaced by powerful electric scanning phased array radar in the application as an airborne radar due to its limited scanning speed.
传统的机械扫描雷达由于受其扫描速度的限制，在机载雷达的应用中已逐步被功能强大的电扫描相控阵雷达所取代。
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。
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；
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。
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。
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。
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。
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。
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。
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。
Preset layer thickness and laser scanning speed have definitive matching relation to the content of amorphous in the coatings, respectively;
预置涂层厚度及扫描速度分别与涂层中非晶含量存在着一定的匹配关系；
The martensitic and undissolved carbide contents continuously increase as the laser scanning speed increases while the residual austenite decreases.
随激光扫描速度增大，试样中的马氏体和未溶碳化物的含量不断增加，残余奥氏体含量则连续下降。
The relationship between the section area of the molten layer and the scanning speed of the laser beam is close to hyperbolic under certain conditions.
熔化层的横截面积与激光束扫描速度之间在一定条件下接近双曲线关系。
The external factors, including the slope, gloss, roughness, color of the tested surface and the scanning speed, are discussed from the practical point.
并从实际使用角度分析了影响传感器精度的外部因素，其中主要包括被测表面倾斜、表面光泽、粗糙度、颜色以及扫描速度等。
When the laser scanning speed increases, the laser radiation and cooling time get shorter, so the growing direction of microstructures is changed sharply.
提高激光扫描速率，造成激光辐射和冷却时间变短，合金微观组织生长方向变化显著；
The results show that the laser power and scanning speed affect the performance of coating shaping significantly, while overlapping has less influence on shaping.
结果表明，激光输出功率、扫描速度对熔敷层成形的影响显著，而搭接率的影响程度较小。
The effects of different process parameters such as laser power, scanning speed, preheat temperature, powder-bed depth on the sintered quality were studied systematically.
系统研究了激光功率、扫描速度、预热温度、铺粉厚度等工艺参数对成型试样质量的影响。
Its antenna beam scanning entirely electronically controlled beam scanning speed is not only high, but the number of beams, movement pattern can be arbitrarily controlled.
其天线波束的扫描完全用电子的方式控制，不但波束的扫描速度极高，而且波束的数目、运动方式都可以随意的控制。
Under the conditions of other technological parameters unchanged, the microstructure of the coatings becomes smaller and more homogeneous with laser scanning speed increasing.
在其他工艺参数不变的条件下，随扫描速度的增大，熔覆层组织变得细小、均匀；
The line width of nanostructures is influenced by many factors such as tip curvature radius, detained time in the base surface, scanning speed, humidity, surface roughness etc.
尖端曲率半径、针尖在基底表面滞留时间、针尖扫描速度、空气湿度、表面粗糙度等均会影响纳米结构的线宽。
The influence of laser power, scanning speed, powder feed rate, spot diameter and preheating on the temperature of molten pool were revealed in the process of single-pass cladding.
在单道熔覆中通过跟踪测量研究了激光功率、扫描速度、送粉速率、光斑直径和基体预热温度对熔池温度的影响规律。
Formally speaking, if the parameters such as scanning speed, physical properties are given, the calculation result of heat effect of laser on temperature field can be wholly confirmed.
从形式上来看，对于给定扫描速度及材料热物性参数后，激光热作用温度场的计算结果已经是完全确定的事。
Focusing on the problem such as slow scanning speed, complex system design and low light efficiency, a simple method to obtaining optical sectioning in multiple-beam confocal measurement was proposed.
针对共焦测量中单点扫描速度慢、机构复杂、光能利用率低的问题，介绍了一种利用结构光和共焦显微术相结合来实现多光束测量的新方法。
Focusing on the problem such as slow scanning speed, complex system design and low light efficiency, a simple method to obtaining optical sectioning in multiple-beam confocal measurement was proposed.
针对共焦测量中单点扫描速度慢、机构复杂、光能利用率低的问题，介绍了一种利用结构光和共焦显微术相结合来实现多光束测量的新方法。
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