中国民航大学地面特种设备研究基地, 天津 300300
构建了波音737—300飞行模拟机的高度保持系统。介绍了飞机高度保持系统的工作原理，建立模拟机高度保持系统的数学模型，分析解决了系统中的静差问题，并对该模型进行仿真验证。根据该模型构建了飞行模拟机的高度保持系统，试验证明该系统在实际运行中能够实现高度保持功能，具有有效性和可行性。
飞行模拟机 高度保持 静差 干扰力矩 flight simulator altitude maintenance static error disturbing moment
Author Affiliations
Abstract
中国科学院上海光学精密机械研究所, 上海 201800
To achieve the laser accurately positioning on the target in high power laser facility, the error analysis method is necessary to actualize engineering of the facility and increase the technology of the correlational systems. The automatic alignment control system is mainly designed to establish and maintain laser chain alignment and eliminate the error, but the traditional error analysis method based on both contingency and system errors does not give a comprehensive analysis. So a new error analysis method based on both static and dynamic errors is developed. The optical system in the target area is analyzed with this method and a common equation of target positioning tolerance has been obtained. The satisfaction and feasibility of the error analysis are demostrated.
激光光学 高功率激光装置 误差分析 动态误差 静态误差 laser optics high power laser facility error analysis dynamic error static error Collection Of theses on high power laser and plasma physics
2004, 2(1): 49
中国科学院上海光学精密机械研究所, 上海 201800
基于高功率激光装置主激光束精确打靶的需要,应用误差分析方法为装置的工程实施和单元技术的改进提供理论指导。针对装置在每发打靶前多应用自动准直技术来消除存在的误差,而传统的误差分析方法即随机误差和传统误差又未能进行全面系统的分析,提出了新的激光瞄准误差分析方法
激光光学 高功率激光装置 误差分析 动态误差 静态误差
