This paper proposes a learning control based high-speed scanning mode for an AFM system.
本文针对原子力显微镜系统，提出了一种基于学习控制的快速扫描模式。
A method that acquires 2-d distribution of radiation spectra for multi-point objects with non-scanning mode is investigated.
提出在非扫描工作方式下获得二维分布的多个点目标辐射谱的方法。
Effects of the dot matrix scanning mode on the image data mapping within the display volume space, and on the attributes of voxels are analyzed in detail.
深入分析了点阵扫描模式对图像数据在显示空间的映射处理及体像素的影响。
The error analysis of the implementing cell and the experiment result of the scanning mode prove that the miniaturized PAT servo controller is feasible and practical.
对执行部分的误差分析和扫描方式的实验结果验证了该小型化pat伺服控制器的可行性和实用性。
This new kind of scanning mode and its arithmetic have successfully been applied to HRPS series SLS systems developed by Huazhong University of Science and Technology.
这种新的分区变向扫描方式及其算法已经成功地应用到华中科技大学开发的HRPS系列SLS系统中。
Establishing line focus on optical scanning mode.
提出建立线聚焦光学扫描方式。
The chip of AT89C2051 is based on as the core of intellectual electronic-clock, and the scanning mode is applied to display by combining dynamic scan with static scan.
多功能智能电子钟以AT89C2051芯片为核心，采用静态与动态相结合的扫描方式显示。
The communication between PC and the AT89C52 chip is achieved through the RS232 bus, so scanning mode, rotate speed, step and direction of step motor are setup expediently.
利用AT89C52单片机控制两台步进电机，通过RS232总线进行上位机（PC）与下位机（AT89C52）的通讯，可方便地进行步进电机扫描方式、转速、步长和方向的设置，实现了对步进电机的精确控制。
According to the feature of SLS, the parameters of interest are layer thickness, hatch spacing, laser power, scan speed, work surroundings temperature, interval time and scanning mode.
根据SLS加工工艺的特点，研究的工艺参数包括：层厚、扫描间距、激光功率、扫描速度、环境温度、层与层之间的加工时间间隔和扫描方式。
The unified mode can be decomposed into strip-map mode, spotlight mode, sliding spotlight mode and beam scanning mode, and each correspondingly has a simplified 2-d data collection equation.
从统一工作模式可以分解出条带扫描模式、聚束模式、滑动聚束模式和光束扫描模式，及其相应的简化二维数据收集方程。
Theory, characteristics and shortcomings of traditional wind vector algorithm are analyzed in the beginning of this paper, and then, a new wind vector algorithm in scanning mode is delivered.
该文分析了传统风场反演算法的理论依据、特点和不足，提出一种新的扫描模式下的风场反演算法。
A novel wavelength detection scheme is developed with the technique of dynamic filtering in scanning mode and of synchronous process in time domain, which is based on a tunable fiber grating.
基于光纤光栅调谐技术，提出了动态滤波扫描、时域同步处理的新型波长检测方案。
A novel wavelength detection scheme is developed with the technique of dynamic filtering in scanning mode and of synchronous process in time domain, which is based on a tunable fiber grating.
基于光纤光栅调谐技术，提出了动态滤波扫描、时域同步处理的新型波长检测方案。
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