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Myopic deconvolution of adaptive optics images by use of object and point-spread function power spectra: reply to comment

机译:通过使用对象和点扩展函数功率谱对自适应光学图像进行近视反卷积:回复评论

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摘要

Partial correction in adaptive optics (AO) is well understood now. This partial correction is due to the limitations of the AO system performance, which leaves residual phase fluctuations in the instrument pupil. Knowledge of these residuals allows the optical transfer function (OTF) of the high-angular-resolution imaging system to be estimated accurately. Therefore, light scattering by aerosols cannot be invoked to justify the shape of an AO partial-correction OTF in astronomical conditions. The light scattering does not modify the high-angular-resolution OTF but merely contributes to a slight increase of the sky background.
机译:自适应光学(AO)的部分校正现已广为人知。这种部分校正是由于AO系统性能的局限性所致,在仪器光瞳中留下了残留的相位波动。了解这些残差可以准确估计高角度分辨率成像系统的光学传递函数(OTF)。因此,在天文学条件下,不能利用气溶胶的光散射来证明AO部分校正OTF的形状合理。光散射不会改变高角度分辨率OTF,而只会导致天空背景的轻微增加。

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