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1·The design of a testing system of aerial camera circuit board is introduced.

介绍了某型航空相机电路板检测系统的设计方案。

2·Put forward an available method aimed at the requirements of aerial camera with multi-mode.

针对某航空相机的设计要求，提出了一种可行的多模式驱动时序设计方法。

3·A measuring system of the focus plane information of bigger aperture aerial camera was described.

提出了一种测量航空大孔径相机焦面信息的系统，论述了系统的测试原理和组成。

4·Aerial vibration is a key factor affecting dynamic image quality of high-resolution aerial camera.

航空振动是影响动态高分辨率航空相机成像质量的主要因素。

5·Intelligence with broad-face and large-depth will be gotten by strabismus aerial camera in little time.

运用斜视航空侦察相机可以在短时间内获取宽正面、大纵深的情报。

6·Panoramic aerial camera mounted on the aircraft is a fine optical instrument to photograph the ground scene.

全景航空相机是安装在飞机上对地面摄影的精密光学仪器，是侦察载体中的一种重要设备。

7·Detecting the focus plane information is an important prerequisite to ensure the high quality image of aerial camera.

检测航空相机的焦面信息是保证航空相机拍摄出高质量图像的重要的前提条件。

8·The paper researched the panoramic aerial camera dynamic resolution detection system and its key technology in detail.

本文，对全景航空相机的动态分辨率检测系统及其涉及到的关键技术进行具体的研究。

9·To compensate the defocusing of a dual-band aerial camera in a complicated environment, a focusing mechanism is designed.

为了补偿双波段航空相机在复杂环境下产生的离焦，设计了一套调焦机构。

10·The paper analyzes the imaging principle of the panoramic aerial camera in detail and proposes the detection scheme of the dynamic resolution.

论文在详细分析了全景航空相机成像原理的基础上，提出了动态分辨率检测的总体方案。