This dissertation discusses the principles of SAR, imaging conditions, influencing factors and processing methods of In-SAR, and presents new coregistration method and phase noise filtering method.
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To observe linear DNA with atomic force microscope (AFM) and investigate the imaging conditions.
用原子力显微镜(afm)观察线性DNA并探讨其成像条件。
The main steps of specimen preparation and the imaging conditions of beam tilt method were given.
着重叙述和讨论了样品制备的主要环节和倾斜照明法的成象条件。
Conclusion the calibration quality will be enhanced to a great extent under the common imaging conditions by adopting the least square method.
结论采用本方法能在常见的成像条件下较大地提高校正质量，具有通用性。
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