Earth Remote Sensing with Adaptive Compensation A CasualTiltesofWaveFront

K. Sviridov
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Abstract

Particularities of observation Earth from the Space are considered. Predetection adaptive compensation a casual tiltes of wave front, generated by atmospheric turbulence, is proposed. Optical Transfer Function (OTF) and resolution ability of ERS system with adaptive compensation a casual tiltes of wave front is investigated. For telescope with annular aperture a dependence OTF from degree screening of annular aperture is investigated and preferences of ERS system with adaptive compensation a casual titles of wave front before system without adaptation are shown.
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基于自适应补偿的地球遥感波前偏差研究
考虑了空间对地观测的特殊性。提出了对大气湍流引起的随机波前偏移进行预检测自适应补偿的方法。研究了具有随机波前倾斜自适应补偿的ERS系统的光学传递函数(OTF)和分辨能力。对于环形口径望远镜,研究了环形孔径度筛选对光场的依赖关系,给出了自适应补偿的ERS系统在无自适应系统前的波前偏好。
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