1) acquisition scan methods
捕获扫描方式
1.
Selections of acquisition scan methods decide the acquisition performance of a terminal in intersatellite optical communications under the same external conditions and system parameters.
在相同的外部环境和系统参数条件下,捕获扫描方式的选择直接影响卫星间光通信终端的捕获性能。
2) scan and capture rule
扫描捕获准则
1.
In view of scan and capture playing a decisive role in the employment of intelligent mine,the article discusses three kinds of scan and capture rule such as region,duty ratio and twice scans identification.
在此基础上,讨论了区域识别、占空比识别和二次扫描识别三种不同扫描捕获准则,并应用蒙特卡洛方法计算分析了不同扫描捕获准则对MEFP智能雷毁伤概率的影响。
3) acquisition with the antenna scanning
天线扫描捕获
1.
In this paper, the acquisition with the antenna scanning in intersatellite laser links was studied both in theory and simulation.
对激光星间链路中的天线扫描捕获技术进行了理论分析和模拟实验研究。
4) Bidirectional Scan Acquisition
双向扫描捕获
5) the probability of scan and capture
扫描捕获概率
1.
As a result,the probability of scan and capture of intelligent mine is enhanced.
在分析了壳体参数对智能雷飞行扫描运动影响的基础上,以影响智能雷飞行运动状态的壳体高度、壳体直径、壳体壁厚等主要因素为设计变量,以扫描捕获概率最高为目标函数值,应用正交优化设计方法求出了壳体参数的最优组合。
6) scanning mode
扫描方式
1.
A control method of electron beam scanning track and scanning mode was put forward, in which the curvilinear equations describing the electron beam scanning track were established according to the shape of the actual welding seam, the size of scanning region, scanning mode etc.
提出一种电子束扫描轨迹和扫描方式控制方法 ,采用二维曲线来描述电子束扫描轨迹 ,根据实际焊缝的形状、扫描区域的尺寸、扫描方式等建立曲线方程 ,并对其进行离散化处理 ,然后经D/A转换产生所需的模拟信号 ,该信号经放大后输入给偏转线圈驱动电子束按设定的扫描轨迹和扫描方式运动。
2.
Under the conventional CT scanning mode, some specimens with the flat-type can t fulfill the CT reconfiguration because they are failing to get the complete projection being restricted by the rotated space or detector s dynamic scope.
在常规的CT扫描方式下,对于一些形如扁平体的试件,通常受旋转空间或探测器动态范围的限制而得不到完整的投影,也就不能完成CT重构。
3.
Since 45°rotation scanning mirror is the most mature and common photo-mechanical scanning mode, having the wide range of applications in the satellite remote sensor.
但是由于45°旋转扫描反射镜在扫描过程中会产生像旋,直接采用该扫描方式在应用于线列或面阵探测器并扫成像系统时会造成轴外视场的无法配准。
补充资料：扫描电子显微镜(见扫描电子显微术)
扫描电子显微镜(见扫描电子显微术)
scanning eleetron mieroseoPe
扫描电子显微镜scanning eleetron mieroseope见扫描电子显微术。
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