A Multi-Purpose SAIL Demonstrator Design and Its Principle Experimental Verification

机译：多功能风帆演示设计及其原理实验验证

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A fully 2-D synthetic aperture imaging ladar (SAIL) demonstrator is designed and being fabricated to experimentally investigate and theoretically analyze the beam diffraction properties, antenna function, imaging resolution and signal processing algorithm of SAIL. The design details of the multi-purpose SAIL demonstrator are given and, as the first phase, a laboratory-scaled SAIL system based on bulk optical elements has been built to verify the principle of design, which is similar in construction to the demonstrator but without the major antenna telescope. The system has the aperture diameter of about 1 mm and the target distance of 3.2m.

机译：设计并制造了一个完全二维合成孔径成像LADAR（SAIL）演示，以实验研究和理论上分析梁衍射特性，天线功能，成像分辨率和帆的信号处理算法。给出了多功能风帆演示器的设计细节，作为第一阶段，建立了基于散装光学元件的实验室缩放的帆系统，以验证设计的原理，这在施工到演示者但没有主要的天线望远镜。该系统具有约1mm的孔径，目标距离为3.2m。

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《SPIE Conference on Adaptive Coded Aperture Imaging and Non-Imaging Sensors》|2009年||共9页
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作者
Yu Zhou; Aimin Yan; Nan Xu; Lijuan Wang; Zhu Luan; Jianfeng Sun; Liren Liu;
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原文格式 PDF
正文语种
中图分类全集、选集;
关键词
SAIL; HCN; SAR;

机译：帆;哈丁;精华;

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机译：多功能SAIL演示器设计及其原理实验验证

A Multi-Purpose SAIL Demonstrator Design and Its Principle Experimental Verification

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