| 1. | The slow motion or the pickfinding button has been pressed too briefly . try again
慢速运动或找纬按钮按得太短暂了.再试一次 |
| 2. | The machine runs in the wrong direction during slow motion or pickfinding . the movement is immediately stopped
在慢速运动或找纬时,机器运行到错误的位置,动作将马上停止 |
| 3. | The ins and del keys on the numeric keypad will do two different speeds for slowmotion effects
在慢速运动效果中，数字键盘上的“ ins ”和“ del ”键可以实现两个不同的速度。 |
| 4. | When you are ready , try to swing smoothly and slowly , like slow motion , focusing on programming your muscles
当你准备好了，试著平稳地而且慢慢地挥拍，像慢速运动，聚焦在规画你的肌肉。 |
| 5. | Cleaning method : to clean and machine completely , please place the cleaning solution inside the trough for soaking and the machine will move gently for cleaning
清洗方式：为了能够完全的清洗干净，将清洁溶剂放置于槽桶内浸泡，本机再进行慢速运动搅拌即可完成清洗。 |
| 6. | The single - observer passive locating method with phase difference rate of change and some key technologies - are studied in this dissertation on the applying background of locating remote slow offing targets with fast plane . this dissertation is outlined as follows
本文面向快速运动的空中观测平台对海面慢速运动目标定位的特定应用背景，利用相位差变化率方法进行了单站无源定位体制和关键技术的理论研究。 |
| 7. | Now many countries in the world are making great efforts to develop mtdi systems and explore high efficient mtdi algorithms . this dissertation studies thoroughly the key techniques of mtdi , makes an improvement on it in order to get high detection probability and good image of moving target and presents several novel mtdi approaches that are more efficient and useful in practice . the major devotement of this dissertation is as follows
本论文力图深入研究并改进动目标尤其是慢速运动目标的检测和成像技术，提高动目标检测概率，全面获取动目标的运动参数并对动目标精确成像；同时，试图寻求一些新的动目标检测和成像方法，创新性地解决动目标检测和成像中的关键问题，使之更加先进、高效和实用。 |
| 8. | Synthetic aperture imaging processing and ground slowly moving target detection technology are the key points to improve the performance of the air to surface operation mode for airborne radar . the higher is the requirements for the performance of air to surface mode , the deeper study in the field is needed . this is the main purpose to this dissertation
合成孔径成像和地面慢速运动目标检测技术是提高机载雷达空地性能的两个主要方面，随着机载火控雷达对空地性能要求的越来越高，必须在这一领域开展更为细致、更为深入的研究，这是本文选择机载合成孔径成像和动目标检测技术作为主要研究内容的原因。 |
| 9. | Based on the references available , the principle of moving target detection and relocation of a three - port interferometer is analyzed in chapter 5 . it modifies the view in these references that two - port interferometer can be used to detect and relocate moving target . the influence of factors existing in the radar system on the detection performance is discussed
由本章的分祈和仿真我们可以认为这种于涉动目标检测方法在存在一定的工程误差条件下，仍能较大程度地改善处在主杂波区域的慢速运动目标检测能力，并且结构简单，没有收敛过程，能够适用环境回波变化较快的机载雷达，是一种工程容易实现的动目标检测方法。 |
