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Three-Dimensional Wavefront Reconstruction
Applied Optics, 1963Wavefront reconstruction is a process by which a diffraction pattern can be restored into an image of the primary scatterer This process is being used to visualize the molecular structure of matter. Three-dimensional reconstruction is possible by means of a synthesizer which has two optic axes.
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Ocular Wavefront Sensing and Reconstruction
2009Wavefront sensing and reconstruction are essential parts for wavefront-driven vision correction since they were first applied by Liang and coworkers[1] for ocular aberration measurement. Originated from astronomical applications, wavefront sensing is an indirect technique to measure the aberrations of an optical system, such as a telescope with an ...
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Wavefront Reconstruction and Control
2022Robert K. Tyson, Benjamin W. Frazier
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MULTICOLOR WAVEFRONT RECONSTRUCTION
Applied Physics Letters, 1965K. S. Pennington, L. H. Lin
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Wavefront Reconstruction and Control Systems
1998Abstract The control system is the vital link between the wave front sensor and the wavefront corrector in all adaptive optics systems. Its function is to convert the wavefront measurements made by the sensor into a set of commands that are applied to the wavefront corrector to satisfy a suitable performance criterion, such as minimizing
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Review on methods for wavefront reconstruction from pyramid wavefront sensor data
Journal of Astronomical Telescopes, Instruments, and Systems, 2020Iuliia Shatokhina +2 more
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Experimental study on measurement of free-form surface with wavefront reconstruction algorithm
Infrared Physics and Technology, 2021Deyan Zhu +2 more
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