| 1. | Scanning control register
扫描控制寄存器 |
| 2. | The interlayer fusion metallurgy technology based on electron beam scanning control
基于电子束扫描控制的中间层熔炼技术 |
| 3. | This system consist of a single - chip microcomputer , a controlling circuit board , a driving circuit board and sensor for luminosity
采用单片机803设计、制作led显示模块扫描控制板；选用cs - 100色度色差仪来作为亮度传感器。 |
| 4. | In this work we designed and produced an auto - scanning and data - acquisition apparatus of microwave imaging with rectangular open - aperture waveguide as the sensor
摘要采用矩形开口波导作为传感器，建立对成像样品板进行自动扫描控制和数据采集的微波成像装置。 |
| 5. | The scanning control system of afm piezoelectric stage studied in this paper improves the satge ’ s scanning precision , position precision , the reliability of afm system
本文所研究的afm工作台扫描控制系统提高了原子力显微镜工作台的扫描精度和定位精度,提升了原子力显微镜工作的可靠性。 |
| 6. | We have used the electronic scanning of the world ' s leading standard control technology to produce special specifications ( large silk , a few high - eye ) galvanized wire network , stainless steel wire net
我们采用了具有世界领先水平的电子扫描控制技术，可以生产特种规格(大丝号、高目数)镀锌电焊网、不锈钢电焊网。 |
| 7. | We have optimized the software of data acquisition and computer control , and integrated some functions in the program , such as scanning parameters setting , real - time display of scanning images and some essential image processing and three - dimensional display
优化扫描控制和数据采集程序，完成扫描参数设置、扫描图像的实时显示和基本的图像处理功能，例如三维立体显示。 |
| 8. | We have designed the scanning and control system , which includes a pre - amplifier , a pid feedback and scanning - control circuit , high - voltage amplifiers and so on . the function of controlling scan and feedback has been realized
设计完成包含有前置放大电路、 pid反馈和扫描控制电路、高压放大电路等扫描控制电路在内的扫描控制系统，完成各部分电路性能的测试及功能调试，实现反馈和扫描控制。 |
| 9. | 4 . conclude and verify detailedly attitude algorithm and conical scan control algorithm in process of initial alignment . on the base of static initial alignment technology , reach the dynamic initial alignment technology used on moving carrier
四、对在初始对准中采用的姿态解算和圆锥扫描控制算法进行了详细的理论推导和仿真验证,然后在静态初始对准的基础上,引出了用于载体移动过程中的动态初始对准。 |
| 10. | The simulation and experiment results demonstrate that the mathematical model can precisely describe hysteresis phenomenon , and the error between the simulated and the measured is only about 1 % , which provides theory foundation for the control method of afm piezoelectric stage
仿真和实验结果表明,该数学模型可以精确描述迟滞现象,模型的误差在1 %左右,它为afm工作台扫描控制方法的研究提供了模型基础。 |
