根据光学传递函数、调制度和空间频率视觉及对物象的感知程度，制作TIFF格式透视灰度图。
According to optical transfer function, degree of modulation and apperceive degree of space frequency vision vs object image, TIFF grayscale scenograph is made.
静态特性计算运用零频率的传递函数。
Calculations of static properties are dealt with transfer functions at zero frequency.
对电子显微解卷，得到与频率无关的传递函数，提高了电子显微像的分辨率。
Tranfer function independent of frequency for electron micrograph deconvolution is obtained, which improves the resolution of electron micrograph.
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